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2022 Global Mobile Threat Report

October 8, 2022

97 minutes

Reports

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2022 Global Mobile Threat Report

Executive Perspectives

1.1: Mobile Security At This Moment In Time
1.2: Mobile Security and the Broader Enterprise Security Strategy
1.3: The Continued Role for AI and Machine Learning in Mobile Security
1.4: Managing Mobile Risk in 2022

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The Mobile Attack Surface

2.1: 2021 Mobile Threats in Review
2.2: State of Mobile Endpoint Security in 2022
2.3: State of Mobile Application Security 2022

Mobile Threat Trends

3.1: Global Threat Breakdown by Region
3.2: Breakdown of Exploited Vulnerabilities of 2021
3.3: The Rise of Mobile-Specific Phishing
3.4: Risks and Attacks: Mobile Malware, Bugs, and Profiles
3.5: More Apps Signify More Than Data Is at Risk

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Insight from the Broader Security Ecosystem

4.1: Why MTD Matters for XDR
4.2: Establishing Mobile Device Trust in Zero Trust Security Architectures
4.3: The Large and Growing Smartphone Attack Surface
4.4: The Increased Risks of Mobile Productivity Tools to Enterprises

Summary

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5.1: Conclusion

6.1: Sources
6.2: Glossary of Terms
6.3: Credits
6.4: About Zimperium / Legal

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1.1

2022 Global Mobile Threat Report

Mobile Security At
This Moment in Time
Shridhar Mittal, CEO, Zimperium

I don’t have to tell you that the last few years have changed the
modern workforce in ways we could have only imagined a decade
ago. Distributed and hybrid forces, ever-connected devices, high
speed 5G connectivity, and increased critical data access from
remote locations have spread enterprises worldwide. I also don’t
need to tell you that 2022 will look very different from 2021 and
2020. As we all know, in the current moment, we are light years
beyond what work, collaboration, and productivity looked like
before and leading up to the end of 2019.
For decades, IT and security teams built on-premise
infrastructure to support the on-site employees, with a fringe few
moving beyond the office walls. Security and services were
implemented to build a digital fortress of layers to keep
employees, endpoints, and data secure. But legacy off-site
services like VPNs were not designed to handle this influx of
external connections back to corporate. Once most employees
moved beyond the physical and digital protections, and once
locally-installed productivity tools moved to software as a service
(SaaS) models, security organizations began investing in
advanced security controls for the endpoints and infrastructure
they supported.
Thankfully, the motivation and mindset to enable secure, remote
collaboration had been set in motion for many enterprises even
before COVID-19 came along, as global businesses pursued
mobility, remote access, zero trust, and productivity initiatives.
Enterprises began investing in cloud-based services and
applications, moving data from on-site storage servers to scalable
solutions around the globe. Because some foundation was then
set, the global pandemic acted more as validation and as a
catalyst than as a disruptor to their businesses. In that context,
flexibility, scalability, and accessibility were primary and crucial
requirements for these new investments. But what about
security?
Despite their best efforts, the reality is that the workplace evolved
much faster than many of these teams and strategies had
planned for. During the last two years specifically, many
organizations sacrificed security controls in order to
support productivity and ensure business continuity.

It must also be said that IT and security organizations have
always invested heavily in endpoint security but have historically
underestimated the potential impacts of the blurred line between
mobile and traditional endpoints.

66% of organizations surveyed recently have
active BYOD programs in place, with 11% looking
to implement the policy over the next year.
1

Now more than ever, both managed and unmanaged devices
connect to corporate data through unknown and unmanaged
networks. Necessarily, security teams need to approach every
endpoint with a brand new mindset. It all begins with visibility into
all devices connected to corporate systems, whether managed or
unmanaged. Otherwise, security teams are left blind to the threats
and risks introduced every day without data attribution and device
attestation. Organizations need to move beyond mobile device
and application management toolsets and address the more
significant security challenges that mobile devices introduce.

10% of the applications installed on the average BYO
mobile endpoint are enterprise-focused, from multifactor authentication (MFA), data access tools, and
communications.
2

As enterprises evolve, they also introduce more applications
connected to critical data systems to better support their nowglobal workforce, which means these new risks move beyond the
mobile device itself. The enterprise attack surface grows with
each new application adopted and deployed in the spirit of
productivity. After all, each of these applications introduces
unique sets of risks to an environment, from misconfigured code
and exposed APIs to leaky cloud connections uncovering
customer data.

2022 Global Mobile Threat Report

The world during the global pandemic was sustained significantly by mobile connectivity, enabling a huge swath of businesses to remain
afloat. From global enterprises powered by knowledge workers accessing corporate data from their personal devices, to small restaurants
relying upon menu QR codes, online orders, and contactless payments, mobile connectivity enabled the world to remain connected in a
time of necessary isolation. And there is no “putting this rabbit back” into the proverbial hat. This level of mobile connectivity will remain the
expectation for workers, customers, constituents, users, and enterprises for decades to come. It is now time to come to terms with how we
must effectively secure those connections in order to continue to enable them.

How We Hope
You’ll Use This
Year’s Report

For all of these reasons, and specifically at this moment in time and history, we wanted to
provide greater insight into the role that mobile threats to devices and applications are
playing in the overall cybersecurity threat landscape.
Our 2022 Global Mobile Threat Report aims to collect, organize, arrange and provide
insight that empowers global enterprises and organizations to take well-informed and
decisive action to secure their data. We have mined our data to derive meaning from a
variety of perspectives, including soliciting those outside of our organization, to enable you
to see the mobile threat landscape from a multitude of angles.
First, we take a look at the mobile attack surface, examining a year’s worth of
mobile threat data in review, including deeper concentration on mobile device
threat and mobile application threat trends, specifically.
Next, we explore how mobile threats and a modern mobile security strategy
drive impact throughout the entire security ecosystem, with contributions from
our ecosystem of partners including SentinelOne, Ping Identity, and Intertrust.
We then provide a roundup and topical analysis of mobile threat data from the
field, including prominent mobile attack vectors, regional analyses, exploited
mobile vulnerabilities, mobile phishing trends, and mobile malware trends.

It is our most sincere hope that this information and these perspectives will directly inform your organization’s strategy and investments
in the coming year as we all do our part to support a more secure and increasingly connected world.

1.2

2022 Global Mobile Threat Report

Mobile Security and the Broader
Enterprise Security Strategy
Jon Paterson, CTO, Zimperium
Over the last few years, security toolsets surrounding XDR and SOAR have risen to drive the traditional security evolution against the
advancing threats. Identity and access management tools have expanded to support remote access at scale, and 36% of enterprises we
surveyed are prioritizing the investment of zero trust architectures over the next year. These advanced layers of security enable
enterprises to scale beyond the corporate walls effectively, integrate into effect identity management workflows, and establish a perimeter
of one around the devices and applications connected through the myriad of networks.
3

But all of this security investment crumbles without mobile inclusion. From modern and mobile endpoint defense and device attestation, to
securing enterprise applications through the complete development lifecycle, enterprises need their security to scale with their data,
access, employees, and customers.

The inclusion of modern and mobile endpoint and application security into
enterprise mindsets is not the final frontier but the beginning of what is to come.
The integration of devices into our every day is paving the way for the convergence of the modern endpoint. Apple has already started to
integrate OSX and iOS services across their platforms, and Windows 11 is soon introducing the ability to run Android applications on the
desktop natively. Google’s ChromeOS project further blurs the line between desktop and mobile endpoints with shared applications,
extensions, and services.
When we consider developing applications for the modern endpoint, building secure and compliant applications begins with choosing the
right architecture and framework for devices and platforms that support your business needs. Security by design allows for good
foundational decisions around code, data, and cryptographic key protection. Security measures will need to account for hardware and
software fragmentation. As data stewards, enterprises must assume that applications will, and do, operate in hostile
environments, making run-time visibility and protection of data at rest, use and transit a priority.

2022 Global Mobile Threat Report

Enterprises that get ahead of establishing zero trust architectures and
applying security mindsets to application development will be ready for
this coming evolution of the modern endpoint. Threats and risks will be
capable of jumping across devices just like legitimate data and services,
and vulnerabilities to critical systems will be shared. As recently as
September 2021, the first inclination of a multi-device, single
vulnerability (CVE-2021-30860) was revealed as part of the Pegasus
spyware attack, impacting iMessage on iOS and OSX devices.

And this is just the beginning. The line between the mobile and traditional endpoint will continue to blur, and with it, the security
mindsets will need to be in place and ready to provide visibility, attest and secure access to enterprises from our modern endpoint
devices.
Multi-experience platforms will continue to transform how
applications are designed and built but will exponentially
increase the need for comprehensive and integrated security
platforms.
The enterprise attack surface will also continue to change and
evolve, driven by the challenge and opportunity that the
growing attack surfaces present. From state-sponsored
techniques, application exploits, and commercially available
threats, the business of cybercrime is growing year over year
and shows no signs of slowing down. The impact on the
business is not small either, with the cost of a data breach in
2021 increasing from $3.86 million to $4.24 million.
4

For over a decade, we have been pushing the boundaries of
mobile endpoint and application security, working with forwardthinking partners to stay ahead of the risks and threats to the
modern workforce. None of us could have predicted the impact
the last three years had on global business, but Zimperium was
prepared to scale with the mobile needs of enterprises globally.
Whether you are looking to understand the risks mobile
endpoints introduce to your corporate environment, or you are
exploring threats to your internally developed mobile apps, I
hope the 2022 Global Mobile Threat Report provides you with
data and research to direct you towards mobile security
confidence.

1.3

2022 Global Mobile Threat Report

The Continued Role
for AI and Machine
Learning in Mobile
Security
Esteban Pellegrino, Chief Scientist, Zimperium
Late in 2019, an incredible story began to circulate on various scientific-focused news
sites talking about the power of the iPhone compared to the computers that took NASA
to the moon. It was an exciting exploration into the history of the computing power of
one of humankind’s most incredible achievements 50 years prior and how it lined up to
the little device we slide into our pocket every day. Without getting into the math of it all,
it’s safe to say the 2019 Apple iPhone 11 would have been more than capable of
processing the data and powering all six moon landings combined. And with
processing power to spare.
The capabilities of these mobile devices are often taken for granted by users, looking at the tiny screen that is always connected to a
network, browsing, exploring, navigating, and computing. Sometimes they are even used to make a call. But the iPhone and Android
devices that dominate the mobile market today are more computer than phone, connected into critical data systems, packed full of
private information, and relied upon for daily work and personal life.
15 years ago, the first iPhone launched, and we saw the smartphone begin to make its way into enterprises through managed and
rudimentary unmanaged programs. These handheld computers evolved from consumer accessories to business tools, keeping
employees connected with work as they roamed. Access was basic at first, but as the years have gone by, the mobile device has grown
from accessory to critical access device for services, data, and identity, with equal importance of access to the supplied laptop. But
unlike the laptop, mobile endpoints and the apps they were running traditionally lacked the advanced security to keep up with the
context of the current threat landscape.
10 years ago, the team that founded Zimperium recognized this lack of advanced mobile security tools to keep data and access safe.
We knew we needed to understand the threats beyond human capabilities, to detect patterns impossible to see even for
experts, and most importantly, to continuously learn from the evolving mobile experience.

2022 Global Mobile Threat Report

In 2012, we invented and patented Zimperium z9, the dynamically updatable machine learning framework that transformed Zimperium
into the first mobile threat defense (MTD) vendor fully powered by on-device artificial intelligence.
5 6

For the past ten years, we’ve been delivering the most advanced security to endpoints and applications globally, keeping ahead of the
growing threats to the mobile market. Our mission is now to unify the security of applications and endpoints through one single
technology, minimizing the attack surface of mobile devices and the applications installed within. We aim to provide the most
advanced, enterprise-ready, on-device zero-day protection to mobile endpoints and applications during development and run-time.

Today, our advanced AI provides on-device
protection from malware, network
reconnaissance and interception attacks,
phishing, hooking, tampering, debugging, and
exploiting mobile devices and applications.
Endpoints and apps alike are leveraging our AI
technology to be ready when novel threats
emerge in the wild, and our experience will
continue to provide the security needed to stay
ahead of the threat.

Mobile and traditional devices are converging, and the mobile versions are increasingly
replacing their traditional counterparts, capable of accessing and processing high amounts of
data far from the confines of an office. With each new application’s advancement in technology,
there are unknown risks and threats to overcome. It is time to address them head-on, increase
mobile security confidence, and be ready for whatever comes next.
One day, our mobile devices will go to the moon and far beyond, communication devices untethered from the walls but connecting future
explorers more than ever. Just as the Apollo scientists could not have predicted the computer power of today’s devices, we don’t know
what the next evolution in technology will be, but we can be confident that mobile is here to stay.

1.4

2022 Global Mobile Threat Report

Managing Mobile Risk in 2022

Malcolm Harkins, Chief Security & Trust Officer, Epiphany Systems
surrounds and envelops us. Without understanding it, we risk
“ Risk
everything, and without capitalizing on it, we gain nothing”
This quote from Glynn Breakwell in her book The Psychology of Risk says it all. I have seen, experienced, and helped promote mobile
computing for decades, dating well back into my days at Intel where I was Chief Security & Privacy Officer.
When the first truly mobile laptop with ubiquitous wireless connectivity (Centrino platform) was launched in March 2003, my team and I
enabled it. When the iPhone launched in 2007, we enabled it – instantly creating 50,000 BYOD devices overnight. When various
enterprise apps became mobile, we enabled them. In the years since those early days of mobility, there has continued to be an
explosion of devices and apps, creating new opportunities for economic growth as well as social benefits that have positively impacted
businesses as well as consumers.

But have we truly understood the risks we have taken and the potential impact? In some organizations,
the answer is clearly yes, but unfortunately, in far too many organizations, the answer is no.
For example, one trend mentioned in the report identifies that many have allowed iPhones and mobile devices in their ecosystem. Was
that a calculated risk worth taking when security wasn’t established for those channels of data access? Or, did the pursuit of the potential
benefits cause a bias that not only suppressed the real risk to the organization but also created a substantial risk to individuals whose
personal and financial data is now at risk?
Zimperium has created the most comprehensive mobile threat report published to date. It contains a broad view of the threat and
vulnerability trends as well as the implications they could have on the security of our organizations. The World Economic Forum’s global
risk report for 2022 states, “growing cyber threats are outpacing society’s ability to effectively prevent and manage them.” The attack
surface will always grow and change as computing evolves but understanding the attack depth within the context of your enterprise
infrastructure is the key to understanding how mobile apps and devices could generate a material exposure that could impact your
business.
In this report, in-depth details are shared from the Zimperium zLabs advanced threat research team that provide the comprehensive
insight security teams need to understand the mobile risk landscape. One such trend that will reshape the risk landscape detailed in the
report is the convergence of systems, blurring of mobile apps/desktop apps into the modern OS. This trend in particular will “surround and
envelop us,” and without proper mitigations implemented, we will “risk everything.”
Here’s another of my favorite quotes, this time from Art Turock:

a difference between interest and commitment. When you’re
“ There’s
interested in doing something, you do it when circumstances permit.
When you’re committed to something, you accept no excuses, only
results.”

2022 Global Mobile Threat Report

It’s clear, given the trends, that we have collectively underestimated the mobile risks we have and the
exposure that has been created. I learned many years ago that there are two types of mistakes. Ones you have to live with and
ones you can fix. When I have been in the latter position, I have considered myself lucky and fixed it. All our security investments
crumble without the inclusion of mobile endpoints and apps. We can fix the mobility security mistakes of the past and better position
ourselves to avoid risk mistakes in the future.
The choice is yours, and the time is now. If you don’t make a choice to commit to addressing these risks head-on, it should be clear
from this report that, inevitably, the choice will be made for you.

2.1

2022 Global Mobile Threat Report

2021 Mobile Threats
in Review

42%

Reported mobile devices &
web applications led to
security incident

42%

Reported unauthorized apps
& resources accessing
enterprise data

10%

Reported unsecured
applications due to lack of
authentication or encryption

56%

Rely on at least four to eight
enterprise applications on
their mobile device

17%

Depend on more than eight
work-specific apps on their
mobile device

Mobile devices aren’t just a personal communication accessory— today, they’re an integral
part of how we get work done in an enterprise. With increased capabilities and connectivity,
smartphones and tablets can now access the same data and services as traditional devices
and a wealth of new cloud-based business services. In order to support both the productivity
of remote workers and the security of corporate assets, mobile endpoints must be proactively
and intelligently protected.
While traditional endpoints continue to be leveraged, security teams are challenged to gain
the visibility they need into mobile device usage and activity. This lack of visibility makes it
difficult and time-consuming for teams to detect threats and prioritize remediation efforts.
Further, with each new endpoint that starts accessing enterprise systems, the organization’s
attack surface expands, thus increasing the risk of nefarious activity.
In a recent survey, technology leaders were asked to highlight the five threats that had the
most significant impact on their systems in the previous twelve months. 42% of
respondents reported that mobile devices and web applications have led to a security
incident. It is not just mobile endpoints introducing risk into corporate systems: another 42%
of respondents reported unauthorized apps and resources accessing enterprise data, and
10% reported unsecured applications due to the lack of authentication or encryption.
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It is now more critical (and more challenging than ever) to strike a balance between
enabling mobile access and minimizing the enterprise’s exposure to attack. Whether a
business relies on managed, corporate-owned endpoints or has an active bring-your-owndevice (BYOD) program, mobile endpoints and applications introduce increased risks. 56% of
technology leaders surveyed rely on at least four to eight enterprise applications for
productivity. 17% of the surveyed technology leaders depend on more than eight workspecific apps on their mobile device. Although these applications vary between vendorprovided services and internally developed toolsets, both categories rely on access to
corporate data systems for effectiveness.
8

Attacks on mobile devices and applications had a negative impact on systems, privacy,
customer data, and more. With these devices processing and accessing critical information
like passwords, multi-factor authentication apps, and corporate files and communications, it’s
no surprise that the threats have increased over the last few years—and that malicious actors
continue to invest more in targeting these devices and applications with increasing levels of
sophistication.

2022 Global Mobile Threat Report

Before the COVID-19 pandemic arose, 60% of organizations had no BYOD policies in place. Over the last two years, many teams
have responded heroically and rapidly to support remote workers. But the resulting increase in the introduction of BYOD policies continues
to blur the lines between devices and data, and between consumer threats and enterprise threats. In addition, it’s important to recognize
that just like consumers, employees are concerned about their privacy. In fact, trust and privacy concerns among employees continue to
slow the adoption of device management policies in enterprises.
9

As we analyzed the mobile threat landscape, 2021 was the year of big revelations and reboots of previously discovered malware. Pegasus,
the spyware program sold to governments around the world, reappeared in the news after revelations of a campaign targeting 50,000
journalists, human rights activists, political leaders, and more. Initially unveiled by Amnesty International, the spyware campaign featured
zero-day exploits targeting iOS devices. Shockwaves of this discovery have continued for months as additional information about the
attacks and victims is revealed.
Initially discovered in 2017, the Joker Trojan reappeared in 2021, targeting Android devices with updated capabilities. These trojans are
malicious Android applications that have been notorious for performing bill fraud and subscribing users to premium services. As with
previous forms of these attacks, the newly discovered trojans had the same objective: financial gain. Successful infections of mobile
devices often slide under a victim’s radar until long after the money is gone, leaving them with little to no recourse for recovery.

Over 1,000 samples of the Joker malware were discovered
in mid-2021, and these more recent variants had new
security-bypassing techniques built into their code.

From device exploits to application misconfigurations, malware, and leaky databases, the mobile device has become a ripe target for
malicious actors globally. Zimperium’s 2021 data proves there was no shortage of threats targeting mobile ecosystems. However, with the
lessons learned from last year, 2022 should be the year people start approaching mobile devices and apps with the same advanced
security mindset as traditional endpoints.

2022 Global Mobile Threat Report

2022 Zimperium zLabs
Research Highlights
The Zimperium zLabs Advanced Research Group continuously investigates mobile
device and application threats targeting users worldwide. Compared to prior years, data
and news coverage of mobile threats increased in 2021, and there was a greater focus on
iOS and Android attack vectors. In 2021, the Zimperium zLabs team discovered
numerous threats impacting over 10 million devices in at least 214 countries.

Here is a summary of the most notable discoveries from the Zimperium zLabs Advanced Threat Research team:

GriftHorse

PhoneSpy

FlyTrap

Forensic evidence of this active Android Trojan attack, which we named
GriftHorse, suggests the threat group has been running this campaign since
November 2020. These malicious applications were initially distributed through both
Google Play and third-party application stores. The campaign targeted mobile users
from more than 70 countries. GriftHorse is exceptionally versatile. The campaign
could change the language and content displayed based on the user’s IP address.
Between November 2020 and September 2021 (when it was publicly disclosed),
GriftHorse infected over 10 million devices. Google removed the malicious
applications upon reporting by the Zimperium zLabs team.
The Zimperium zLabs team identified 23 applications targeting South Korean
citizens to date. This spyware campaign infected thousands of victims’ devices.
These malicious Android apps are designed to spy on their victims constantly. They
run silently in the background without raising any suspicion. We believe the
malicious actors responsible for PhoneSpy have gathered significant amounts of
personal and corporate information on their victims, including private
communications and photos. After public disclosure, the specific campaign was
deactivated, and the command-and-control server was taken down. Infected
devices are no longer under the control of the attackers.
Forensic evidence of this active Android Trojan attack, which we dubbed FlyTrap,
points to malicious parties operating in Vietnam. This hijacking campaign has been
running since March 2021. These malicious applications were initially distributed
through both Google Play and third-party application stores. The threat actors take
advantage of the fact that users commonly have the misconception that logging into
the right domain is always secure, irrespective of the application used. The targeted
domains are popular social media platforms, and this campaign has been
exceptionally effective in harvesting social media session data of users from 144
countries. These compromised accounts can be used as a botnet for different
purposes. For example, actors can boost the popularity of specific pages, sites, and
products. In addition, these accounts can be utilized to spread misinformation or
political propaganda. Once reported by the Zimperium zLabs team, Google
removed the malicious applications.

2022 Global Mobile Threat Report

Android System
Update

Unsecured &
Misconfigured
Cloud Storage

The “System Update” app was identified by the Zimperium zLabs team using the z9
malware engine, which powers zIPS on-device detection. After an investigation,
researchers determined it to be a sophisticated spyware campaign with complex
capabilities. The mobile application poses a threat to Android devices by functioning
as a remote access trojan (RAT). The application receives and executes commands
to collect and exfiltrate a wide range of data and perform a diverse set of malicious
actions. Once in control, hackers can record audio and phone calls, take photos,
review browser history, access WhatsApp messages, and more.

Through the Zimperium zLabs team’s analysis, researchers found that 14% of iOS
and Android apps distributed globally revealed several significant configuration
issues. These apps used cloud storage with unsecured configurations. These
misconfiguration issues exposed personally identifiable information (PII), enabled
fraud, and exposed IP addresses or internal systems and configurations.
Misconfigured applications were found in almost every category.

The image below shows the distribution of apps with unsecured storage issues across various categories.

Apps by Category
Travel & Local
2.9%
Health & Fitness
5.9%
News & Magazines
5.9%

Tools
8.8%
Social
8.8%

Casual
5.9%
Business
17.6%

Music & Audio
2.9%

Shopping
8.8%
Lifestyle
8.8%
Education
2.9%
Sports
2.9%
Finance
2.9%

Game
2.9%
Communication
8.8%
Trivia
2.9%

Figure 1: Apps with unsecured cloud storage, by category.

2022 Global Mobile Threat Report

The 10 Attacks that Made Mobile
Threats Into Headlines in 2021
With the rise in sophisticated attacks, zero-day vulnerabilities, and notable exploits, it is no surprise that the media coverage on these
topics has been substantial. According to the Cision media monitoring platform, iOS and Android security news was widely covered
across global media organizations.

Here are the top 10 most frequently covered threats and links to sample articles.

Apple iOS: iOS 14.4.2 Vulnerability in Apple’s
WebKit Browser Engine

Coverage: WIRED, PC

Coverage: Forbes, CNET,

Magazine, Forbes, ZDNet, CPO
Magazine, Security Week,
Threatpost, Security Affairs, The
Record, SensorsTechForum,
HackRead, Android Headlines,
Android Authority, TechTimes,
iTechPost

Android: Qualcomm +
Mail GPU
Vulnerabilities

Android: PhoneSpy
(Zimperium
Disclosed)

9to5Mac, MacObserver, MacWorld,
MacRumors, Appleosophy,
TechGig, Laptop Mag

Android: GriftHorse
(Zimperium Disclosed)

May 2021 – CVE-2021-1905 (NIST-CVSS
score: 7.8)
May 2021 – CVE-2021-1906
(NIST-CVSS score: 5.5)
May 2021 – CVE-2021-28663 (NISTCVSS score: 8.8)
May 2021 – CVE-2021-28664 (NIST-CVSS
score: 8.8)

Coverage: ArsTechnica,
Security Week, Threatpost,
Security Affairs, Bleeping
Computer,The Record, IT Pro UK,
TechNadu, Tom’s Guide

Verge, ComputerWorld,
TechRepublic, TechRadar,
TechNadu, Macworld, Ubergizmo,
Apple Insider, TechStory,
MacRumors, PhoneScoop

ZDNet, The Hacker News,
Security Week, Threatpost,
Bleeping Computer, Security
Affairs, TechRadar, HackRead,
Android Community, Android
Headlines

Android: Qualcomm Vulnerability
CVE-2020-11261 (NIST-CVSS score: 7.8)

Coverage: Forbes, CNET, The

Coverage: TechCrunch,

Apple iOS: iOS 14.8 Spyware Flaw
(Pegasus)

Android:
SharkBot
Coverage: SC Magazine,

ZDNet, BankInfoSecurity, The
Hacker News, Security Week,
Security Affairs, The Record,
TechTimes, The Digital Hacker

Coverage: Security Week, The Hacker

News, Threatpost, Security Affairs, The
Record, IT Pro UK, SensorsTechForum

Android: FlyTrap
(Zimperium Disclosed)
Coverage: Business Insider
India, InfoSecurity Magazine,
TechRepublic, PC Magazine,
ZDNet, Threatpost, Bleeping
Computer, Security Affairs,
TechRadar, TechNadu,
TechTimes, iTechPost

Apple iOS: 14.7 WifiDemon Flaw
Coverage: The Hacker News,
BleepingComputer, Threatpost,
Security Week, The Record,
Help Net Security, We Live
Security, Security Affairs,
HackRead, Tom’s Guide,
iPhone Hacks

Android: Kernel Vulnerability
November 2021: CVE-2021-1048 (NIST-CVSS score: 7.8)

Coverage: Security Week, Threatpost,

Security Affairs, Bleeping Computer, We Live Security,
9to5 Google, SensorsTechForum

Total Mentions Over Time

Credit: Cision

2.2

2022 Global Mobile Threat Report

State of Mobile Endpoint
Security in 2022
Mobile Device Market
Our smartphones continue to enable us to innovate, be entertained, and enjoy an
improved quality of life. Consequently, mobile device purchases continue to grow. In 2020,
nearly 1.38 billion smartphones were sold worldwide. In the United States, there are more
than 290 million smartphone users. The penetration rate has risen consistently year over
year, reaching 85% in 2021.
10

NUMBER OF SMARTPHONE USERS IN THE UNITED STATES IN 2021

294.15M

U.S. SMARTPHONE SHIPMENTS IN 2021

147.48M

U.S. SMARTPHONE SALES VALUE IN 2021

$73B USD

The US smartphone market is projected to reach $73 billion, which is a significant increase from 2010 when revenues were $18 billion. In
the US market, Apple and Samsung are the leading smartphone manufacturers. Together, they account for 82% of sales. As the mobile
device market continues to grow, so will mobile threats.
12

For security teams, the harsh reality is that it only takes one—one shared password, one deceived employee, one compromised device—
to expose the business to a devastating breach. Amid the pandemic and the corresponding explosive growth in remote and hybrid work,
the threats associated with mobile devices have expanded rapidly. While battling consistent, constantly evolving attacks, security teams
need to safeguard more endpoints and ever-expanding attack vectors.

2022 Global Mobile Threat Report

BYOD Stats
Despite the escalating threats, enterprises continue to enable BYOD policies.
Too often in the rush to support remote work requirements teams fail to
implement the robust security mechanisms needed to protect such devices.

In one survey we found that 74% of
respondents indicated they have a BYOD
policy in place. Yet in another survey, 30% of
the respondents considered BYOD a top
endpoint security worry within their
organization.
14

Endpoint Security Worries

35% 30% 11%

REMOTE OFFICE /
USERS

BYOD

MOBILE PHONES /
DEVICES

Time to Patch
In a distributed workforce, employees use their
own network and, in some cases, their personal
devices to conduct business. These practices
introduce significant risk into an enterprise,
broadening the attack surface and limiting the
security team’s ability to detect or remediate
malicious activity. As teams seek to mitigate risk
and prevent unauthorized access to sensitive
corporate data, enforcing BYOD and guest
access policies represent top challenges, as cited
by 42% of respondents.
15

After the release of an emergency or
high-priority patch, it takes teams this
long to implement a hotfix:
16

42% say less than two days
28% say three to seven days
20% say one to two weeks

In 2021, nearly 50% of respondents said their work-from-home strategy was
a significant factor in cybersecurity incidents.

2022 Global Mobile Threat Report

Mobile Endpoints:
A Critical Part of The Cybersecurity
Landscape
If organizations are not securing mobile endpoints, their security operations center (SOC) won’t
be able to establish “single-pane-of-glass” visibility into their cybersecurity posture. When
employees use a personal mobile device to send an email, respond to text messages, or access
secure company applications, the SOC can’t monitor that activity or detect potential risks. In the
wake of the growth in BYOD and work-from-home scenarios, leaders must start changing how
they look at mobile device security.

Nearly half of survey respondents (44%) have added security policies or
requirements due to cyber security incidents occurring within the distributed
workforce. Of that population, 40% have changed authentication procedures for
employees, while 34% have switched security vendors or service providers.
17

48%

of organizations review their
cybersecurity strategy regularly
and adjust as needed

26%

of organizations develop their
cybersecurity strategy in realtime or as needed

23%
Microsoft Office is a prime target among bad actors. According to one report, Microsoft Office
accounted for more than 72% of exploits, with browsers representing 13%.
18

These numbers may seem troubling, but nearly half of technology leaders think the current
procedures are sufficient for reacting to zero-day incidents. However, the truth is, without
comprehensive mobile threat defense in place, mobile endpoints will continue to be a black hole
when it comes to incident response. 39% of these leaders understand that reaction time is too
slow using their current procedures.

of organizations have a formal
cybersecurity policy but barely
review it, or no strategy at all

Figure 2: The breakdown enterprise
cybersecurity strategy 21

2022 Global Mobile Threat Report

Mobile Devices within the
Corporate Ecosystem
IT and security teams will continue to be under increasing pressure as the threat of cyber attacks grows, as CISOs implement more
stringent cybersecurity policies, and as employees express rising concerns about privacy. Over half (61%) agree that trying to set and
enforce corporate policies around cybersecurity is nearly impossible as lines blur between personal and professional lives.
While 46% say mobile devices in the corporate ecosystem are acceptable, 34% are concerned about privacy.
22

66%

55%

29%

39%

of smartphones within the
enterprise are employee-owned 24

of tablets within the enterprise
are employee-owned 25

of tablets within the enterprise
are purchased by the company

of smartphones within the
enterprise are purchased by the
company

Figure 3: The breakdown of mobile
devices in enterpprises

Mobile Threat Landscape in
Enterprises
In 2021, Zimperium analyzed a range of mobile threats, including malware, unauthorized access, and vulnerabilities by device. Successful
mobile attacks affect the bottom line, costing enterprise organizations millions of dollars. Penalties include loss of consumer trust, legal
fees, fines, reputational damage, theft of sensitive data, and more.
Insider threats can cost the most to detect and remediate. While, corporate-owned and BYO devices are used to access corporate
data, without tools such as mobile threat defense, mobile devices have limited visibility to IT departments and can take longer to detect
malicious activity, if at all. According to survey data, the finance department is the group that poses the biggest internal threat to
enterprises due to the sensitive financial and corporate data these teams process daily. These statistics underscore why CEOs and
CISOs must focus on this issue and increase investment in endpoint security.
26

In 2021, VC funding of cybersecurity surged to a record $11.5 billion. Survey respondents estimate that 43% of their funding will be spent
on securing the cloud, 14% on security consulting, and 14% on risk and compliance. During the COVID-19 pandemic, organizations
realized the greatest return on their investment from endpoint security spending, with investments in business continuity and disaster
recovery planning following right behind. Meanwhile, 45% of technology leaders are reporting that mobile devices represent the weakest
security.
27

2022 Global Mobile Threat Report

Threats Affecting the Enterprise in the Past 12 Months

54%
Malware (Virus,
Phishing, Ransomware)

46%
Identity or Account
Theft

42%
Mobile or Web Application
Security Exposure

42%
Unauthorized App or
Resources Access

Mobile Security Market
Investments in endpoint detection and response are proliferating
due to increased cyber threats affecting mobile devices. A large
part of this growth is driven by mobile payments and the increasing
need to secure BYOD programs in the enterprise.

Additionally, MTD protects end users against phishing attacks that
target such vectors as SMS text messages, messaging apps,
personal email, and corporate email, whereas MDM lacks these
capabilities.

Relative to major global security market regions, North America
holds the highest share of investment at 41.1%. However, this
could quickly change as several Asian countries, including China,
Singapore, and Japan, have invested heavily in developing national
cybersecurity defenses, especially in mobile security.

MTD goes far beyond managing settings and passcode capabilities
and protecting the network through a built-in virtual private network
(VPN). Detection capabilities alert administrators of rogue Wi-Fi
access points, analyze the mobile ecosystem’s risk, and track outof-date operating systems (OSs), enabling teams to mitigate
malicious activity. The threat intelligence from devices enables
MTD to offer the visibility needed to improve detection and identify
the lateral movement of attackers. In this way, MTD can be part of a
more extensive, unified endpoint security (UES) infrastructure.
MTD will continue to take the lead in mobile security and be a critical
part of a UES or extended detection and response (XDR) system,
improving an organization’s overall security posture.

Mobile threat defense (MTD) is a distinct category of mobile
security technology that is rapidly growing its market share as it
elevates detection and response on mobile devices. Security
experts have argued that MTD, at a minimum, is required to be
effective against modern-day mobile threats, as the solution can
protect against attacks at the device, network, and application level.

2.3

2022 Global Mobile Threat Report

State of Mobile
Application Security
2022
Over a relatively short period of time, our usage of mobile devices and apps has
changed and grown dramatically. Enabled by evolving mobile and cloud technologies,
innovative mobile apps continue to fuel digital transformation for businesses and
remove friction from our everyday lives.
Today, the scope of the mobile app market is massive. There were over 218 billion
app downloads in 2020 alone. By 2023, annual revenue from mobile apps is
predicted to reach $935 billion, with categories such as video streaming, gaming, and
online fitness all generating billions of dollars in revenues. The payments segment
alone accounted for $1.3 trillion globally in 2020.
31

Application Development Trends
Driven by the profitability of apps, innovation in mobile app development has also accelerated. Here are some of the key application
development trends changing the mobile app landscape:

Cross-platform App Development
Through hybrid app approaches, developers can work with a single code base that can run on both Android and iOS platforms, which
offers a number of appealing benefits. Developers can choose from several modern mobile application architectures. These alternatives
support all types of devices (including phones and tablets) and all platforms (including Android and iOS). These hybrid approaches
provide significant benefits when it comes to portability, maintenance, and distribution. Not surprisingly, the popularity of hybrid
frameworks, such as React, Flutter, Uno, Kotlin, and Xamarin, has grown significantly.
Native Hybrid and Web Hybrid Apps both contain a combination of native and web code but in varying degrees. Web Hybrid applications
are mostly stand-alone web applications that you can run in a standard web browser. In both these cases, the web code is more
challenging to secure due to the lack of security features in the web control and the lower availability of SDKs and tools for web code.
Progressive Web Applications are an evolution of traditional web applications but have the look and feel of native mobile applications. A
single code base supports multiple platforms for portability but makes it exceptionally challenging to secure data and code.

Mobile App

Native

Interpreted Native

Web Hybrid

PWA

Native UI

Web Code

Webview

Browser

JavaScript
Bridge

Browser
APIs

Native APIs

Architecture
Profiles

Native UI
Native Code
Direct API
Access
Native APIs

Native Code
JavaScript
Bridge

Direct API
Access

Native APIs

2022 Global Mobile Threat Report

Low-Code and No-Code Platforms
While the move to no-code and low-code development platforms has been underway for some time, the significant talent shortage that
hit organizations in recent years has served to dramatically accelerate this transition. Given this staffing shortage, development will
increasingly morph from writing code into an effort of assembling and integrating open-source and third-party components.

Frictionless, Immersive Mobile User Experience
Increasingly, advancements in password-less authentication and voice integration will
continue to make our mobile app interactions more seamless and immersive. The biometric
authentication market is expected to exceed $8.79 billion by 2026. Facial recognition and
other biometrics have become increasingly common in consumer apps, and the constant
evolution of Fast ID Online (FIDO) protocols will continue to fuel growth in enterprise mobile
application markets. Increased integration of voice recognition in mobile apps is inevitable,
as there are few things simpler for the consumer than asking for something. This will
eventually remove the need for users to unlock their phones hundreds of times a day.
3

Voice technology is becoming increasingly accessible to developers, and security
will need to be front and center as advances continue in AI, natural language
processing (NLP), and machine learning. But mobile applications with Voice User
Interfaces raise several concerns around privacy (is the app always listening?) and
security(how are you securely storing what I said?). GDPR and other privacy laws globally
will need to evolve with this trend to protect speech data just like other PII.

Key Technology Trends With Mobile App Security Implications
5G: With mobile device usage and cloud adoption proliferating, the volume of sensitive data being shared continues to see explosive
growth. Now, 5G communications networks are able to deliver higher data transfer speeds with lower latency. By the end of 2024, it
is predicted that there will be 1.5 billion 5G mobile subscriptions, and 5G will handle 25% of all mobile data traffic. This of
course means there will be even more sensitive data being shared, transmitted, and accessed—which, in turn, translates into even
more data for cybercriminals to target.
35

Mobile Payments: Over the past several years, Android and iOS phones have begun to be used as point-of-sale (PoS) terminals,
which has helped usher in a boom in contactless payment adoption and usage. Mobile payments revenue reached $1.3 trillion in 2020
and was expected to hit $1.7 trillion in 2021. Technologies like NFC, Bluetooth, and QR codes, will increasingly enable smartphones
to displace payment terminals and physical wallets.
36

2022 Global Mobile Threat Report

QR Codes: The resurgence of QR codes during the pandemic has lulled us
into believing that their use is not only convenient, but through their
pervasiveness, that they are also benign. More than ever, QR codes are
transforming products and packaging into smart products. According to a
survey by Statista, in the US alone, an estimated 11 Million households
were forecast to have scanned a QR Code in 2020. In addition, there is
significantly more adoption in Asia, especially in China and India.
But various threat actors are using QR codes as an attack vector against
enterprises and individuals. In the USA, the Federal Bureau of Investigations
(FBI) released a Public Service Announcement warning mobile phone users
against the rising scam and attack vector taking advantage of the increase in
QR code adoption. Threat actors are tampering with or deploying their own
QR codes in an attempt to steal a victim’s financial information or critical data,
as well compromise the device through malicious applications.
37

Mobile Cloud Computing: The mobile cloud refers to cloud-based data, applications, and services designed specifically to be used on
mobile and other portable devices. In 2020, the mobile cloud market reached a value of $30.71 billion, and it is expected to reach $118.70
billion by the end of 2026. Communication between mobile devices and cloud services is maintained via a wireless network in these
applications. Since we cannot trust the security posture of the mobile device at any moment, securing data, keys, and cloud connections
within the application is critical.
38

A few patterns stand out when we look at the causes of critical breaches related to mobile applications:

App vulnerabilities. Repeatedly, the code of mobile app developers exposes employee and customer data,
putting privacy and security at risk. Recent examples of compromised apps include the mobile app used by Ring
doorbell customers, the Android version of the business communication app Slack, and the Klarna payment app.
39

Third-party components and developers. Mobile app developers continue to grow increasingly reliant

on third-party components and service providers—and this has ushered in a significant level of risk. In 2021, the
private data of 21 million customers of ParkMobile, a mobile parking app, was exposed by third-party
software the company used. Third-party libraries will continue to dominate mobile apps as they represent ease of
development, speed to market, and potential cost savings. But they are a double-edged sword. They expand the attack
surface and create over-privileged applications, both characteristics that cybercriminals look for in exploitable
applications.

Misconfigured cloud services. One investigation into 23 mobile apps found that data of more than 100

million users was exposed. The culprit? Developers failed to properly configure their third-party cloud services.
Based on our analysis of more than 1.3 million Android and iOS apps, we found that 131,000 used public
cloud services in their backend, and 14% of those apps had misconfigurations exposing users’ personal
information.
42

“

Cyberspace is not a specific environment. In 2022, cyberspace has become a free fire zone with a multiplicity of actors. As
the physical world and cyberspace have converged via smart phones; mobile malware, proximity attacks and application
attacks are allowing for cybercriminals and spies to manifest in both your digital and physical life. From stealing your money;
to turning on the microphone and camera specific to your location, to using your device to compromise your work network,
cybercrime cartels have gone wireless. Security and safety are dependent on mobile security.”
Tom Kellermann
Head of Cybersecurity Strategy for VMware and Global Fellow for Cyber Policy at the Wilson Center

3.1

2022 Global Mobile Threat Report

Global Threat
Breakdown by Region
From a global perspective, there is no denying that mobile endpoints are exposed to
increased threats, putting enterprise data and services at risk. Several observations emerge
from the enterprise clients and the risk data reported back from the Android and iOS
devices secured by Zimperium globally. To note, the data provided in these charts is
inclusive of all threats and risks detected and prevented on Zimperium secured enterprise
clients. This anonymized enterprise data also includes detected threats reported on
installation as part of the visibility stage of deployment.

Unless stated otherwise, the following data and analysis is derive
Unless stated otherwise, the following data and analysis is derived
from the anonymized and aggregated data provided with permission
to Zimperium from its enterprise clients.

Mobile malware is more prolific than many believe to be the case, with a global average of
23% of endpoints encountering one form or another of these malicious applications in 2021.

Whether sideloaded from a third-party source or direct from an OEM
store, malware presents the greatest statistical risk to mobile
devices, users, and cloud-connected data.

Man-in-the-middle attacks
and scans also presented
significant risks to
endpoints as part of larger
attack chains against
corporate systems and
highly valued data access,
acting as critical steps in
attack chains for
intelligence gathering and
reconnaissance. An
average of 12% of mobile
endpoints, or 1 in 10,
encountered phishing and
the malicious websites,
risking user credentials,
device integrity, and
enterprise security.
23% encountered malware

Expected Events per Year per Device | Global Average

13% encountered man in the

Global Mobile Threat Events

middle

12% encountered a malicious

Mobile Malware

website

Man-in-the-Middle

12% encountered scans

Threat Category

Malicious Website

Scans

encountered a known
malicious network

encountered traffic
manipulation

compromised devices

encountered a rogue
access point

Known Malicious Network

Traffic Manipulation

Compromised Devices

Rogue Access Point

15
Event Count (%)

2022 Global Mobile Threat Report

Threats to Mobile Endpoints by Region
26% encountered a

Expected Events per Year, per Device | APAC

malicious website

20% encountered malware

Asia/Pacific, Mobile Threat Events (2021)

17% encountered man
in the middle

Mobile Malware

encountered a known
malicious network

encountered scans

Malicious Network

compromised devices

Traffic

encountered traffic
manipulation

encountered a rogue
access point

Man-in-the-Middle

Threat Category

Malicious Website
Scans

Compromised Device
Rogue Access Point
0

Event Count (%)

APAC | Mobile users in Asia/Pacific Region are twice as likely to
encounter malicious websites compared to the worldwide average.

1 in 4 – or 25% – of mobile enterprise devices encountered phishing at least once in 2021.
Phishing dominated the Asia/Pacific region, targeting mobile devices through common
communications tools like SMS, social media, and other chat programs. In-app messages
also bypassed many external security controls, delivering phishing websites directly to the
mobile device. 1 in 5 mobile devices encountered malware, with evidence indicating the
top culprits were third-party app stores and sideloading through phishing. 17% of
enterprise secured mobile devices encountered man-in-the-middle attacks, with just under
10% having their devices scanned from critical data and information by a network.

2022 Global Mobile Threat Report

30% encountered malware

Expected Events per Year, per Device | Africa

13% encountered a

malicious website

Africa, Mobile Threat Events (2021)

13% encountered traffic
manipulation

Mobile Malware

encountered man
in the middle

Scans

encountered scans

Malicious Network

encountered a known

Man-in-the-Middle

Threat Category

Malicious Website

malicious network

Traffic
Compromised Device

encountered a rogue
access point

compromised devices

Rogue Access Point
0

Event Count (%)

Africa

| In 2021, a staggering 30%, or 1 in 3, mobile endpoints in

Africa encountered malware, accounting for the biggest risk to
enterprises and users in the region. Phishing and spear-phishing attacks using

SMS or communication tools were detected on 13%, or just over 1 in 10, mobile devices.
Another 13% of endpoints encountered traffic manipulation, impacting the actual security of
the connection the mobile device had with its network. Around 8% of devices are connected
to risky networks, and these connections put the communication and data at risk through
man-in-the-middle attacks.

2022 Global Mobile Threat Report

24% encountered malware

Expected Events per Year, per Device | Europe

19% encountered scans
14% encountered man

Europe, Mobile Threat Events (2021)

in the middle

encountered a known
malicious network

encountered a
malicious website

Malicious Network

compromised devices

Traffic

encountered traffic
manipulation

encountered a rogue
access point

Mobile Malware
Man-in-the-Middle

Threat Category

Malicious Website
Scans

Compromised Device
Rogue Access Point
0

Event Count (%)

Europe

| 1 in 4, or 24%, European mobile users encountered

malware on their devices, putting personal and enterprise data at
risk.

All combined, compromised and malicious networks and data handling accounted for the
biggest risk to mobile users in European nations. 1 in 5, or 19%, mobile users encountered
network reconnaissance through scans, potentially revealing critical data about the
device. 14% of devices experienced man-in-the-middle attacks, with 7% connecting into
networks with high risks and security concerns.

2022 Global Mobile Threat Report

22% encountered malware

Expected Events per Year Per Device | North America

13% encountered man
in the middle

North American Mobile Threat Breakdown
Mobile Malware
Man-in-the-Middle

Threat Category

Malicious Website
Scans
Malicious Network
Traffic
Compromised Device
Rogue Access Point
0

Event Count (%)

North America

| 1 in 4 enterprise mobile devices encountered

malware in North America, putting devices and data at risk for both
the end user and organization. Man-in-the-middle attacks were also prominent

against phones and tablets, accounting for 13% of the attempts to intercept
communications. While not as pronounced as the other two threats, known malicious
network and traffic manipulation risks highlight data tampering as an enterprise risk arising
from poorly secured networks.

encountered a known
malicious network

encountered traffic
manipulation

encountered scans

encountered a rogue
access point

compromised devices

encountered a
malicious website

2022 Global Mobile Threat Report

24% encountered malware

Expected Events per Year Per Device | South America

19% encountered scans
13% encountered a

South America Mobile Threat Breakdown

malicious website

13% encountered man

Mobile Malware

in the middle

Man-in-the-Middle

12% encountered a known

Threat Category

Malicious Website

malicious network

Scans
Malicious Network

compromised devices

Traffic

encountered a rogue
access point

encountered traffic
manipulation

Compromised Device
Rogue Access Point
0

Event Count (%)

South America

| 1 in 4 mobile endpoints, or 24% of those in South

America, encountered mobile malware in 2021. It was usually
delivered through either direct downloads from app stores or
sideloaded to bypass regional restrictions. 1 in 5 mobile devices

encountered network scans, putting critical device information at risk from attackers. 13% of
devices, or a little over 1 in 10, in South America also encountered phishing and man-in-themiddle attacks, putting critical data at risk through communication monitoring or credential
theft.

The data shows the diversity in risks,
threats, and attacks targeting mobile
endpoints on a global scale. Mobile
malware continues to dominate the
threat landscape, acting as the most
efficient and effective methods to
attack, compromise, and steal from
mobile endpoints. Network-based
attacks are also incredibly effective
and prominent, taking advantage of
the mobile phone’s significant
differentiator – the ability to always
seek connectivity. With the rise in
remote and distributed workers and
customers, enterprises need to
prepare and secure against an everchanging landscape of threats
based on where their employees,
apps, and data are in the world. The
modern attack surface has grown,
and the threats against enterprises
continue to be prevalent and
effective against unsecured devices.

3.2

2022 Global Mobile Threat Report

Breakdown
of Exploited
Vulnerabilities of 2021
2021 was the “Year of the Exploit.” Security teams fought against an increase in zero-day,
or never-before-seen, exploited vulnerabilities across endpoint systems, including mobile

Android and iOS systems. The increased reliance on and growth of the
mobile market has presented viable opportunities for malicious
actors to exploit typically unsecured systems, with over 30% of
known, zero-day vulnerabilities discovered in 2021 targeting mobile
devices44. This trend represents the most significant increase in
zero-day exploits in the history of smartphones and tablets. Even

Google’s Project Zero addressed this in a recent disclosure of multiple zero-day
vulnerabilities.

“The growth of
mobile platforms
has resulted in
an increase in the
number of products
that actors want
capabilities for.”
—Maddie Stone & Clement Lecigne,
Google Threat Analysis Group, 2021

Whether known or unknown, each exploit presents a potential gap in managing a mobile
device’s attack surface. In the world of BYOD, the mobile device attack surface is no longer
a consumer-only threat. Each one represents a risk to enterprise security. In the hands of
the right attackers, any exploit could be an effective tool in an attack on a managed or
unmanaged mobile endpoint, helping them gain a foothold in enterprise systems and
networks.

Unpatched and unaddressed, these known CVEs put enterprises at risk by leaving gaps in
systems. To complicate matters and environments further, manufacturers manage their
security release cycles differently. Meanwhile, many older phones do not receive the newest
updates, leaving them at risk to older, known vulnerabilities and easier targets by malicious
actors.
Over the last few years, researching mobile device zero-day vulnerabilities has become
increasingly lucrative. With that in mind, more researchers are actively looking for exploits.
In response, enterprises need to mitigate these new threats to their systems and networks.

2022 Global Mobile Threat Report

As discoveries of mobile exploits become increasingly profitable for many security
researchers, more zero-day exploits have been discovered and reported. Official and
unofficial bug bounties abound with big payouts for advanced discoveries, at least
compared to exploits for traditional endpoints. For previously unreported mobile exploits,
Zerodium, an exploit acquisition platform for premium zero-days and advanced
cybersecurity research, currently has bounties up to $2,500,000.46 Since mobile device
bounties can yield researchers more than double the payout, they are high-value research.
Here is a summary of the Android and iOS vulnerabilities in 2021, highlighting the complex
attack surfaces of these two mobile ecosystems. Included is a history of the zero-day
vulnerabilities, used in real-life attacks against mobile devices, throughout the mobile
endpoint history.

Android CVE Tracker 47
According to vulnerability tracking, the Android operating system saw a dip in the number
of vulnerabilities discovered in 2021, with 574 CVEs tracked. In 2020, 859 were
discovered. The most common vulnerabilities were code execution, system bypassing,
and overflow of code or memory.

Android CVEs by Year
1000

Of the reported and
tracked vulnerabilities:
21% are categorized with a

medium attack complexity.

# of Vulnerabilities

750

500

250

79% are categorized with a low
attack complexity.

135 (23%) of the tracked CVEs rated
a CVSS score of 7.2 or higher,
with 18 falling into the critical
category. This is a decrease
from the previous year, with 62
critical vulnerabilities discovered
and reported in 2020.

2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
Year

2022 Global Mobile Threat Report

iOS CVE Tracker 48
According to vulnerability tracking, Apple iOS had 357 CVEs assigned throughout 2021.
This is an increase from the 305 discovered and reported in 2020. The most common
vulnerabilities were code execution, followed by memory corruption and overflow of
memory or code.

iOS CVEs by Year
400

attack complexity

are categorized with high
attack complexity.

74% are categorized as medium
attack complexity.

(17%) of the CVEs rated a CVSS
score of 7.2 or higher, with 45
falling into the critical category.
In 2020,
67 critical vulnerabilities were
identified and reported.

19
20

Year

14
20

10
20

0
20

24% are categorized with low

100

Of the reported and
tracked vulnerabilities:

200

# of Vulnerabilities

300

2022 Global Mobile Threat Report

Zero-Day Exploits Discovered in the Wild in 2021 49
Zero-day, in the wild, exploits are vulnerabilities detected in actual attacks against
users where neither the public nor the vendor knew of the vulnerability. This means that no
patch was available when the attack took place.

Exploited In-The-Wild Mobile Zero Days
20

2021 was the year of
mobile-specific zeroday exploits, as is
evident by the markedly
sharp increase from
previous years.

Individual Exploits

2015

2016

2017

2018

2019

2020

2021

A look at the trends gives insight into the changing mobile device zero-day vulnerability
landscape:

The zLabs research team
attributes this rise to the increase
in personal, private, and critical
data systems connected to mobile
endpoints. When malicious threat
hunters seek out new, exploitable
opportunities, they look for
devices with data access and
low security coverage. Mobile
endpoints present viable targets
that, when exploited, become
the keys to the data kingdom.

In 2021, there was a 466% increase in exploited, zero-day
vulnerabilities used in active attacks against mobile endpoints.
• 2021: 58 total zero-day exploits, with 31% (17) mobile-specific
• 2020: 26 total zero-day exploits, with 11% (3) mobile-specific
• 2019: 21 total zero-day exploits, with 19% (4) mobile-specific
Despite the massive popularity of mobile devices over the previous decade, the last three
years saw zero-day vulnerabilities that target mobile endpoints – like phones and tablets becoming a more significant challenge than ever before.
In 2021, iOS vulnerabilities accounted for 64% of mobile-specific exploited zero-days
attacks.

3.3

2022 Global Mobile Threat Report

The Rise of MobileSpecific Phishing
References to phishing go back as far as 1995, but unfortunately, rather than receding into
history, it has remained a significant part of the cyber attacker’s arsenal. At a high level,
here’s how phishing works:
• Criminals create websites that mimic well-established organizations and then
attempt to lure users to visit those sites.
• When a user submits their credentials or confidential information to the site, the
attacker can use those credentials to take control of accounts and pursue other
tactics.
• Because many users have the same password across sites, one successful attack
can often expose multiple services and accounts.
• It uses social engineering to exploit the end-user’s trust and curiosity in official
looking communications.
Attackers typically target victims through electronic channels, such as email, website
hijacking, and SMS messaging. However, attackers can also use phone interactions to
dupe a target. Over the years, some different subcategories have emerged:
• Spear phishing. An attacker targeting a specific organization or person.
• Whaling. Attacks targeting senior high-level executives and other highprofile targets.

Phishing continues to be employed
because, quite simply, it works.

2022 Global Mobile Threat Report

Phishing Prevalence

61%
of respondents said
they’d seen a spike
in phishing attacks
during the COVID-19
pandemic

Typically, mobile endpoints don’t have any security or, if they do, those security
mechanisms are not up to the same level as on a traditional endpoint. When teams attempt
to apply legacy security tools to mobile devices, they often encounter several limitations.
For example, processing constraints may limit potential analysis capabilities. On mobile
devices, sandboxing tools don’t deliver all the information needed for advanced threat
detection.
Further, mobile devices inherently present additional challenges. The smaller screens of
mobile endpoints may hide clues that could tip off a user about a malicious site, as the
screen size may hide a red flag from view. Mobile devices are used for many communication
vectors, including email, chat, in-app messaging, instant messaging, and more. These
various channels offer an expanding number of attack surfaces for criminals to exploit.

2022 Global Mobile Threat Report

When you couple the insecurity of mobile devices with the fact that those devices are now
gateways to sensitive corporate and personal assets, it is no surprise that these devices are
increasingly the focus of attackers.
While phishing used to be predominantly device-agnostic in nature, Zimperium has
detected a rise in mobile-specific phishing websites. We conducted an analysis of our data
and public data over a period of two and a half years. For the analysis, we analyzed more
than 500,000 sites. Over that period, the number of mobile-specific

phishing websites grew by 50%. Further, over the course of 2021,
75% of the phishing sites analyzed specifically targeted mobile
devices and deliver content appropriate for the mobile format.

Phishing Sites Exploiting Mobile, 2019-2021
100.00%

75.00%

50.00%

25.00%

0
-1
21

-0

7
20

-0

4
20

-0

1
20

0
-1

21
20

20
20

-0
20

4
20

-0
20

1
20

-0
20

-1

0
20

-0

7
20

4
-0

19
20

-0

0.00%

Figure 4: The number of phishing sites that specifically target mobile devices has seen rapid growth,
and now these mobile-targeted sites make up more than three-quarters of all sites analyzed.

In addition, there has been an increasing sophistication in the attacks being tracked.

Between 2019 and 2021, for example, the percentage of phishing
sites using secure communication (commonly known as HTTPS)
has grown steadily, making it increasingly difficult for users to
distinguish these sites from those that are legitimate.

2022 Global Mobile Threat Report

Phishing Sites Using https, 2019-2021
80.00%

60.00%

40.00%

20.00%

0
-1

7
-0

21
20

4
-0

21
20

-0

21
20

-1
20
20

-0

20
20

-0
20

0
20

-1
19
20

-0

4
-0

19
20

-0

0.00%

Figure 5: The percentage of phishing sites that use the HTTPS protocol has seen consistent growth.

How Attackers Target Mobile Devices

To target mobile devices, attackers use either adaptive or responsive techniques. Here is a
summary of some of these approaches.

Adaptive Websites
Adaptive websites can load completely different content and redirect to alternate
sites, depending on the device being used. Attackers adapt content based on the
user agent of the mobile endpoint. Through this approach, an attacker can exclusively
target mobile devices. For example, if a desktop is detected, they can keep the page
from loading at all. In this way, attackers can avoid detection by desktops with threat
detection tools.

Figure 6: While a user browsing this
malware site with a laptop will receive a
404 error message, a mobile device
user will see a phishing site that mimics
a PayPal login screen.

Responsive Websites
Responsive websites adapt the placement and size of objects according to the
screen size of the endpoint in use, and show OS appropriate dialog interfaces. While
this responsiveness enables legitimate app developers to provide a better user
experience, these same capabilities can give attackers an edge in phishing.

2022 Global Mobile Threat Report

Figure 7: An example of a responsive phishing site targeting Chase customers. This is the view a
desktop user would see.

Figure 8: An example of a mobile
user’s view of the same phishing site.

The Most Phished Brands, Globally

When waging phishing attacks, criminals aim to fool their victims into thinking they’re
hearing from an organization they routinely conduct business with. Given that, it’s no
surprise that there is a clear correlation between a brand’s popularity and its propensity to
be targeted. The most recognizable, consumer-facing retail, social

media, technology, and financial services institutions dominate the
phishing category. Phishers hope that a consumer’s trust or
reliance on a specific brand will get that individual to submit their
credentials. Following are region-specific results in terms of brands most used by
phishers.

2022 Global Mobile Threat Report

North America
Other
17.6%
DHL Airways Inc.
2.2%
Apple
2.2%
Orange
2.5%
AT&T Inc.
3.1%
Chase Personal
4.4%
PayPal Inc.
5.1%
Tencent
5.6%
Amazon.com Inc.
8.3%

Microsoft
29.0%

Facebook Inc.
20.0%

Figure 9: The percentage of businesses mimicked by phishing sites targeting users in North America.

In North America, almost
one-third (29%) of enterprise
phishing attacks purported to
be from Microsoft. Phishing
sites emulating Facebook and
Microsoft (20%) accounted for
nearly half of all attacks waged.
Amazon was a distant third, with
slightly over 8.3%. The remaining
sites also included financial
services institutions (with PayPal
and Chase combined accounting
for 9.5%), telecommunications
companies (with AT&T
accounting for 3.1% and Orange
2.5%), and a shipping business
(DHL Airways had 2.2%).

Central / South America
Other
18.3%
Bank of America
2.2%
DHL Airways Inc.
2.6%
International Card
3.0%
Credit Agricole S.A.
4.6%
Itau Unibanco S.A.
6.3%
Chase Personal
6.3%
La Banque postale
10.7%

Amazon.com Inc.
23.4%

Facebook, Inc.
11.7%

Figure 10: The percentage of businesses mimicked by phishing sites targeting users in
Central and South America.

Microsoft
11.0%

Within Central and South
America, Microsoft and
Facebook, number one and two in
North America, were supplanted
by Amazon, which appeared
in almost one-quarter (23.4%) of
all phishing sites. Facebook and
Microsoft were number two and
three, respectively. With the
exception of DHL Airways
(2.6%), the remaining top phished
brands were all financial services
firms, with La Banque postale
featured in 10.7% of attacks.

2022 Global Mobile Threat Report

Europe / Middle East
Other
21.5%

Royal Mail
2.8%
Coda Payments
2.8%
Chase Personal
2.8%
PayPal Inc.
4.1%
Microsoft
10.4%

Facebook Inc.
45.0%

In Europe and the Middle East,
Facebook is by far the favored
brand for phishing attacks. The
social media firm accounted for
45% of targeted brands.
Microsoft was a distant second at
10.4%. Financial services firms
were targeted in six of the
remaining nine most targeted
brands.

Figure 11: The percentage of businesses mimicked by phishing sites targeting users in Europe and
the Middle East.

Africa
Other
13.2%
Bank of America
1.3%
La Banque postale
1.4%
LinkedIn Corporation
1.4%
Orange
3.1%
Wells Fargo
4.1%
Chase Personal
6.7%
Microsoft
14.4%

Facebook Inc.
29.6%

Alibaba
23.7%

Figure 12: The percentage of businesses mimicked by phishing sites targeting users in Africa.

In Africa, as in Europe and the
Middle East, Facebook was the
number one choice of attackers,
featured in 29.6% of phishing
sites. The large market share of
Alibaba in Africa was reflected in
the result, comprising 23.7% of
attacks. Microsoft (14.4%) was
number three, followed by Chase
(6.7%) and Wells Fargo (4.1%).

2022 Global Mobile Threat Report

Australia
Other
15.0%

Australia
La Banque postale
2.2%
Facebook Inc.
3.1%
PayPal Inc.
3.1%
Chase Personal
4.0%
ASB Bank Limited
4.9%
DHL Airways Inc.
5.7%
Netflix Inc.
7.9%

Microsoft
28.0%

Amazon.com Inc.
13.2%
Commonwealth Bank
12.8%

In Australia, as in North
America, Microsoft is the most
targeted brand, appearing in
28% of phishing sites. Amazon
(13.2%) and Commonwealth
Bank (12.8%) were followed
by Netflix (7.9%), which didn’t
feature nearly so prominently
in other regions. In addition to
Commonwealth, several financial
services firms were in the top 10,
including ASB Bank (4.9%),
Chase (4.0%), PayPal (3.1%), and
La Banque postale (2.2%).

Figure 13: The percentage of businesses mimicked by phishing sites targeting users in Australia.

Asia/Pacific
Other
16.8%

Amazon.com Inc.
22.7%

Steam
2.3%
SMBC
2.8%
Chase Personal
4.7%
Credit Agricole S.A.
4.8%
DHL Airways Inc.
5.4%
PayPal Inc.
7.4%
Facebook Inc.
8.5%

Wells Fargo
14.5%

Microsoft
9.3%

Figure 14: The percentage of businesses mimicked by phishing sites targeting users in the AsiaPacific region.

In the Asia Pacific Region,
Amazon (22.7%) was the brand
most used by phishers. Wells
Fargo, while present in several
regions, shows up higher here
than anywhere else, with 14.5%.
Despite having a dominant market
position in the area, Steam only
showed up in 2.3% of attacks.

3.4

2022 Global Mobile Threat Report

Risks and Attacks:
Mobile Malware,
Bugs, and Profiles
Malware is in every bad actor’s arsenal because it is easy to access and deploy while
wreaking havoc on a massive scale. There are millions of unique malware variants, with
thousands of new apps created and released daily. Malware has become the single biggest
source of profit for attackers, and for this reason, it is a moving target.

In 2021, Zimperium’s mobile security analysis uncovered 2,034,217
new malware samples detected in the wild. On average, that is nearly
36,000 new variants of malware a week – over 5,000 a day.

New Android Malware, 2021

Although the number of new, unique malware is down 50 percent from the prior year, our
findings indicate that contributions to this change included recycled families of malware.
2020 was the year of big changes, from an increase in mobile workers to workflows with
new apps and services, along with health apps related to the COVID-19 pandemic, giving
malicious actors unique opportunities to deliver malware. 2021 experienced far less change
and disruption to everyday life, and the novel impact of the previous year’s news wore off,
forcing malicious actors to focus on more effective exploits and attacks. Researchers also
noted that threat actors have invested heavily in sophisticated frameworks in 2021, like
Flutter, Cordova, and Unity, over traditional code from years past.

2022 Global Mobile Threat Report

In 2020, attackers took
advantage of the pandemic
lockdowns that forced
companies worldwide
to adopt a distributed
workforce.

In 2020, attackers took advantage of the pandemic lockdowns that forced companies worldwide to adopt a distributed workforce. These novel situations accounted for a significantly
larger attack surface as workforce members often use both company-supplied and personal
devices, like mobile devices, to maintain productivity. Ultimately, this situation contributed to
increased malware, ransomware, and exploitation across enterprise organizations.
In 2021, our data showed that new mobile malware variants increased from October and
reached a peak in December. The increase was no surprise. Bad actors leverage online and
retail discounts promoted through links in emails and text messages during shopping
holidays, hoping users will download malware through their mobile phones.
Mobile malware is unique because the mobile attack surface is different. Some mobile
malware variants act like traditional endpoint attacks, like spyware and trojans. Others
malware can impact users in a way traditional malware cannot, including:
• Stealing 2FA credentials through SMS or app notifications
• Performing overlay attacks where a user enters credentials into a secondary app,
believing it to be the legitimate app
• Monitoring other installed apps through Accessibility Service permissions
• User location tracking through GPS services
• Activate the cameras and microphone, recording audio and video
• Access sensitive content like photos, contacts, and personal data
• Capture and track sensor data such as gyroscope and location / nearby devices
Evasion and exploitation techniques evolve to circumvent detection mechanisms and avoid
killing the golden goose, evidenced by the number of new mobile malware samples we
see every single day. Not only is detecting mobile malware increasingly sophisticated, but
mobile devices collect high-value data. This creates a perfect storm for bad actors who want
to carry out a quick, high-payout attack.

Advanced Novel Malware Techniques Targeting Mobile

Mobile malware is following the path of traditional, advanced attacks in what can almost be
described as a renaissance period. New and advanced capabilities are making their way into
the mobile attack chain, taking advantage of the new capabilities, constant data access, and
lack of security across the ecosystems. Past samples of mobile malware were often viewed
as simple and granular, but recently discovered samples of mobile malware and attacks
show complicated techniques used in targeting traditional endpoints and services are
starting to make their way into mobile attacks.

2022 Global Mobile Threat Report

2FA Interception
Sample: 4a7d9ee4d3a7132d2838a78a8744522b5324c7267fa2675ab70e36b73ceecf
Disguised as an adult version of TikTok. After installation, it asks for the user’s phone
number and immediately sends it to the C&C. The backend starts generating login attempts
for a series of services, like Telegram, Google, AliPay, Amazon, MPL, Ludo, Viber, and as
well as various Russian services. The app is then responsible for intercepting the 2FA
codes. The codes are then sent back to the C&C, completing the account takeover.

Persistent Attacks
Sample: ed4a7d9ee4d3a7132d2838a78a8744522b5324c7267fa2675ab70e36b73ceecf
A new variation of a classic banker trojan, this app mimics a flash player but doesn’t have
any function. This advanced mobile malware heavily relies on the TOR network to
anonymously deliver a malicious payload and communicate with the C&C. The flow of the
attack starts with the extraction and execution of the payload in memory (no traces on disk).
Afterward, the app downloads the TOR binaries for the specific architecture, requesting the
C&C address via the TOR network, and downloads the overlay payload from the C&C.
From there, additional APK payloads are downloaded, leading to an overlay attack on 238
target applications with the capability to dynamically add support for additional targets. It
aggressively asks for accessibility services and cannot be uninstalled or opened again.
There is no way to remove the malware after installation and requires a factory reset of the
device.

Credential Theft
Sample: 1f403159ec3c5e1f1ef739ca01f5eff76d3fdfe1d8b7dd40d75de9cf30506958
This credential stealing app disguises itself as an Instagram follower tool. In actuality, it is a
Facebook credential stealer, getting the cookies after a legit login attempt.
Sample: 5d065ed8c31e32041120722db9f3b7c24225e07935c720efe345ffd1e86b-d8ce
targets
Facebook credentials, injecting malicious JavaScript in the displayed WebView to intercepts
a victim’s credentials. Credential theft mobile malware is on the rise due to the common
practice of reusing passwords across multiple services, giving attackers access to various
tools and logins.

2022 Global Mobile Threat Report

Apple iOS’s Increased Attack Surface

It is not just malware that can directly impact the security of an iOS-powered device. iOS
configu ation profiles give businesses the capability to install and run applications signed by
the provider without the scrutiny of Apple’s App Store submission and were initially designed
for configuration management, for example, use by MDMs. Once approved, Apple provides
the developer a signed certificate for the business to apply to the device, enabling them to
install any app they have produced in-house onto the device. However, this feature also
allowed end-users to sideload unapproved and often unsecured apps without established
OEM protections from third-party stores, increasing the risk of data theft and exploitation on
the device as there are limited or no vetting of submitted apps in these third-party stores.
iOS configuration profiles serve a wide range of legitimate scenarios for enterprises that
have adopted mobile-managed and unmanaged mobile devices into their ecosystem.
For example, MDMs use profiles to enforce configurations in the devices, and 30% of the
profiles Zimperium evaluates are? from management tools. But the remaining 70% are
installed by users, outside the control and visibility of the enterprise.

Most common end-user installed iOS configuration profiles
Certificate Authority

Wifi Configuration

Web Clip

VPN

Device Restrictions

Certificate Authority

VPN

Wifi Configuration

Web Clip

Device Restrictions

Figure 15: Zimperium researched data highlighting the most common end-user installed iOS
configuration profiles.

Each iOS configuration profile type exposes the user to a different potential risk. While a
profile used to set up a font on the device or to install a printer through Airplay could be
considered as a low-risk profile to a user, the installation of a new certificate authority could
allow a potential attacker to decrypt all the secured traffic from a specific device while a
malicious VPN profile or proxy configuration can redirect all the network traffic on the device
to a server controlled by a malicious actor.

2022 Global Mobile Threat Report

A malicious profile would enable system-wide settings and allow untrusted certificates to
be installed on the device. From free VPNs to proxy configurations, third-party app stores to
root certificates, data can be re-routed and shared in its unencrypted state, or data such as
contacts and email credentials shared to malicious parties. There is no way to know where
any data from compromised devices is sent or decrypted after a malicious profile is loaded.

Risk distribution of unmanaged iOS configuration profiles
Medium
11.7%

Low
14.8%

High
73.5%
Figure 16: Zimperium researched data highlighting the risk distribution of unmanaged iOS
configuration profiles

However, in a report released in October 2021 aiming to defend its locked ecosystem, Apple
revealed that this program had inadvertently increased the attack surface of iOS devices
with little way to stop the exploitation. A rise in third-party services, like external stores and
app signing services, has taken advantage of the feature since its launch to bypass Apple’s
AppStore security controls, allowing signed applications on non-jailbroken devices.

2022 Global Mobile Threat Report

“Despite the program’s tight controls and limited scale, bad actors have found unauthorized
ways of accessing it, for instance by purchasing enterprise certificates on the black market…
Apple has increased efforts to tighten controls on the program and add user protections, but
abuse has persisted.” 52
A compromised certificate enables malicious actors to develop applications that Apple
ecosystem will consider legitimate and exempt from any review process. Unfortunately, the
organizations only detect the abuse when the certificate is revoked. This user-activated
option poses a considerable risk to enterprises.

In 2021, 11 separate zero-day exploited in-the-wild vulnerabilities
were revealed targeting Apple iOS and Apple WebKit, accounting for
19% of all zero-day exploits for the year. 53 While malware used against iOS

devices is not as common in the news, the bugs and vulnerabilities receive significant
attention due to their impact and customer base.

Security vendor ZecOps also revealed research behind WiFiDemon, a zero-click Wi-Fi
proximity vulnerability on iOS 14 through iOS 14.4 without any assigned CVE. The research
team at ZecOps reported that the network crash issue was actually an unpatched zero-day
vulnerability. The vulnerability enabled attackers to remotely execute code on the victim’s
phone or tablet without any interaction by or notification to the end-user. While the zero-click
component of the vulnerability was patched with iOS 14.4, newer versions of the mobile OS
did not receive the patch until iOS 14.7 was released.

3.5

2022 Global Mobile Threat Report

Mobile App Threats:
More Than Data
Is at Risk
For mobile app developers, having an incredible, one-of-a-kind mobile app idea is one thing.
But what about security? The security of a mobile app is critical, especially as attacks on
mobile devices continue to evolve and expand. Mobile phones and apps are a soft target,
and attackers are keenly aware of this.

As of the first quarter of 2021, close to 3.5 million apps were
available on the Google Play Store and 2.2 million apps on the Apple
App Store.54
In the 2nd half of 2021, Zimperium researched and analyzed the risk posture of over 160

global financial mobile applications. Our research found that approximately 81% of

those financial applications potentially leaked sensitive information,
either directly from the application or indirectly through integrated libraries and SDKs.

Adopting encryption is insufficient as poor implementations and key management practices
can expose confidential and cryptographic data to bad actors. Expanding the breadth of
applications beyond financial applications to include healthcare, retail, and lifestyle apps,

we found that 77% of Android and 46% of iOS apps use, or
potentially use, at least one vulnerable encryption algorithm. This can
jeopardize data at rest, in transit, or on access in any of these highly critical categories.

Securing, and protecting an app does not stop once the application is published. Through
reverse-engineering tactics, malicious actors can find weak entry points within the
application’s code. Therefore, it’s critical to do penetration testing of applications on an
ongoing basis. However, 24% of respondents state they perform these tests on their mobile
applications once a year.55

2022 Global Mobile Threat Report

Privacy and security are top priorities for consumers and enterprises, so it is vital that
developers harden their mobile apps. Why is this critical for enterprises? Consider 51% of
our respondents say they have installed four to eight work-specific apps on their mobile
devices, while 31% have at least one.56
The mobile threat landscape constantly evolves as new vulnerabilities and techniques are
discovered. This requires security solutions to be comprehensive and fast and easy to
update. When left unchecked, vulnerabilities in mobile apps can have a devastating impact
on revenue, brand reputation, and operations.
However, in a recent survey, 49% of respondents say that when a new risk is discovered,
they only update their apps at the time of the next planned release.57 Further, even after a
new release is issued, customers may not actually deploy those updates immediately.
Particularly for enterprises with large application footprints, this could mean apps and data
remain exposed for 12 to 18 months while the entire install base chooses to upgrade the
app.

Mobile Application Risks by Industry

As bad actors continue to exploit mobile apps, compliance and regulatory factors are at play
in several industries:
• Healthcare. If health data gets into the wrong hands, healthcare organizations are
subject to Health Insurance Portability and Accountability Act (HIPAA) fines and
penalties.
• Financial services. Financial organizations are subject to fines for data breaches
and compliance failures. Further, breaches have skyrocketed since the COVID-19
pandemic.58
• Retail. Poor security practices can leave retailers vulnerable to fines for breaches of
the Payment Card Industry Data Security Standard (PCI DSS). These businesses
could also face legal fees and penalties if consumers are affected by a cyberattack.

2022 Global Mobile Threat Report

Businesses across industries must comply with relevant regional privacy regulations,
including the European Union’s General Data Protection Regulation (GDPR) and the
California Consumer Privacy Act (CCPA). These laws give consumers specific rights
regarding how their data is managed and used. In addition, they apply to any organization
that manages personally identifiable information (PII) of people in regions governed by
these laws. Therefore, these rules apply to financial, retail, and healthcare apps, as well as
lifestyle apps. Failure to comply can leave a business subject to fines and class action
lawsuits. This includes cases where customer data is part of a data breach or cyberattack
due to a lack of adequate security measures.

Android

iOS

Data Protection Lacking

49.9%

41.2%

Use Vulnerable Encryption Algorithms

79.8%

42.3%

Code Protection Lacking

64.4%

71.9%

Data Protection Lacking

45.4%

36.6%

Use Vulnerable Encryption Algorithms

72.4%

41.4%

Code Protection Lacking

82.4%

72.2%

Data Protection Lacking

61.1%

48.0%

Use Vulnerable Encryption Algorithms

80.4%

54.0%

Code Protection Lacking

69.7%

82.34%

Data Protection Lacking

54.6%

44.5%

Use Vulnerable Encryption Algorithms

77.4%

49.0%

Code Protection Lacking

74.8%

74.0%

Financial Apps

Healthcare Apps

Retail Apps

Lifestyle Apps

2022 Global Mobile Threat Report

App Cloud Storage and databases – the developer shadow IT service
Many apps rely on cloud storage or databases to perform their functions and provide
centralized support. Developers can use the cloud to store configuration files, media files,
and other resources. Setting up cloud storage or remote datastores for an app is extremely
easy. However, setting up the needed security configurations is often either not prioritized or
completely overlooked. This poses a significant risk: By analyzing apps, attackers can
determine if an app is using cloud storage, and more importantly, whether any security
measures protect that cloud storage.
It should be noted that in some cases, developers may be working with sample code or
libraries that access cloud storage and not even be aware of these interdependencies. As a
result, they may not know about, let alone address, the potential risks.
By accessing cloud storage, an attacker can extract sensitive information, such as health
information, configuration files, personally identifiable information (PII), and much more.

Total number of apps with
leaky cloud configuration

Android

iOS

18.85%

8.19%

4.1

2022 Global Mobile Threat Report

Why MTD Matters
for XDR
Rick Bosworth, Director of Product Marketing, SentinelOne

Mobile devices have become a must-protect asset class. Work-from-anywhere and BYOD policies are
now the rule, not the exception, with 7 of 10 organizations stating that mobile devices are critical
to their business. That same proportion of employees are using their personally-owned mobile
devices to access corporate resources – customer lists, account strategies, financial models, the list
goes on. Ironically, mobile devices are the primary means (i.e., via a 2FA app) of verifying identity and
trust when accessing those resources. And that makes them a prime target in your enterprise attack
surface, highlighting why mobile threat defense is a critical component of an XDR security stack.
59

7 of 10

organizations say mobile
devices are critical to
their business

1 of 3

zero-day attacks targeted
iOS and Android devices

There is a common misconception that mobile operating systems are secure by design. While security
practitioners know this to be false, they still must convince a skeptical management upline – you know,
the ones holding the purse strings – of the need. Zero-day exploits, malicious apps, risky user behavior,
and phishing attacks are very real threats to the mobile enterprise. Google Project Zero reports that in
2021, 1 of every 3 zero-day attacks targeted iOS and Android devices; it was 1 in 10 the year prior.
App stores have malicious apps uploaded that sneak past the security gatekeepers; a malicious 2FA
app was removed from the Google Play Store in Feb 2022, after having been downloaded 10,000
times. Users jailbreak their devices and sideload apps. Rogue access points positioned in high-traffic
areas such as coffee shops intercept traffic. And then, of course, there is the omnipresent specter of
phishing (email) and smishing (SMS) attacks.
60

Mobile threat defense (MTD) is specifically dedicated to threat prevention, detection, and response for
mobile devices running on iOS, Android, and even Chrome OS. Most organizations already have a
mobile device management (MDM) system in place, but MDM is not security. It is management:
administration and basic enforcement. Calling an MDM a security solution is like calling a handyman a
plumber: sure, there’s a little overlap, but you know who to call when a freeze causes your pipes to
burst. An MDM is great for management: track a mobile, lock it, wipe it. In contrast, MTD shields an
organization from phishing attacks, malware, and network exploits like man-in-the-middle (MitM)
attacks. An MTD and an MDM are complementary solutions, not mutually exclusive.

Securing mobile devices is a vital aspect of any XDR strategy.

2022 Global Mobile Threat Report

Mobile devices are just one of many attack surfaces – user endpoints, cloud workloads, IoT, email, identity, and so on. The nature of XDR is
a 3-step, machine-speed process: (1) ingest data from these multiple attack surfaces, (2) automate its analysis and correlation, mining for
insights, and (3) prescribe and potentially automate some response action on the insights gathered. There are some powerful reasons to
weave an MTD solution into your security stack. The mere detection alone of an attack on a mobile user, even when successfully
blocked by an MTD solution, can prove to be powerful, actionable information to a SOC.
Consider the example of a high-value target, perhaps a CEO, being driven to the airport. She is taking calls and reading emails, one of
which comes from a division GM with a link to information requiring her disposition. Of course, it is a carefully engineered spear-phishing
attack. With an MTD solution, the attack on her mobile is immediately detected via behavioral AI, stopped, and the SOC alerted. With
cross-stack visibility, the attack is immediately traced to a successful phish of the division GM’s email. In an XDR world, this confirmation
automatically triggers a reset of their email credentials. The SOC then calls the CEO to assure her that not only is she secure, but also they
have identified the cause and are on top of the situation, all within the span of 2 minutes… or less. Bigger picture, the SOC is alerted to an
active campaign targeting highly positioned executives.

Knowing that a mobile device has malware on it allows us to cut off
access, and can also tell the SOC something about user security
competency.

A proper XDR model will automatically assign a riskier profile to that user, and might even use a linked entitlements tool to restrict access
as much as possible, thereby limiting the risk to the organization. Or it might force more frequent 2FAs on the user until such time as the
risk abates, such as by removing the malicious app.
The way an enterprise functions has fundamentally changed, accelerated by the events of the last two years. With so many employees
thriving beyond the corporate perimeter, our security strategies are evolving to meet the challenge of keeping our assets both
available and confidential. Mobile threat defense is vital to the success of our cohesive, cross-platform XDR security.

4.2

2022 Global Mobile Threat Report

Establishing Mobile Device
Trust in Zero Trust Security
Architectures
Loren Russon, Vice President of Product Management, Ping Identity
The pandemic-driven shift of employees to more virtual, mobile work environments has inspired large
enterprises to move away from conventional, static, perimeter-based security approaches. This shift has made
it more urgent for enterprises to invest in identity-based security capabilities as part of a strategy to implement
zero trust security models for their dispersed workforce.
The zero trust security model – based on the principle of Never Trust; Always Verify – treats everyone as a potential threat and
prevents access to data and resources until verified. The zero trust transformation promises to address new challenges in keeping
employees, customers, and operations safe from ever-evolving cyber threats, while also improving compliance and employee
productivity. The goal is to deliver a superior online experience for employees and customers, regardless of where work gets done.

But with the rapid proliferation of mobile devices accessing enterprise assets, security teams need
better ways to establish more trusted relationships with devices on the network. To ensure employees
have secure access to the data they need on the devices they use the most, zero trust must be enabled
with advanced mobile threat defense.
That’s where the partnership between Ping Identity and Zimperium excels. Our two companies work closely together to enhance zero
trust security models by delivering comprehensive mobile risk posture data. The Ping Identity/Zimperium security solution enables large
enterprises to establish more trusted relationships with all elements in the network: users, devices, applications, transactions, APIs, etc.

2022 Global Mobile Threat Report

Building Trusted Relationships
Identity is the crucial first step towards building a zero trust
architecture, since you can’t trust what you can’t identify. Identity
security is structured around the idea that all users and devices
must first be authenticated before they can gain access to
sensitive resources or data. This may seem obvious in the
current era, but it is a departure in thinking from the security
approaches of the past, where users were trusted once they
were on the corporate network.
Ping Identity provides the identity-based platform and underlying
suite of services that help security teams implement more robust
security controls and policies on virtually any user, device, or
other element in the network, whether the elements work in any
cloud, hybrid, or on-premise environment.
Users, for example, must be intelligently authenticated. They
must prove their identities with multiple pieces of evidence, also
known as multi-factor authentication (MFA). The combination of
factors often breaks down into a piece of evidence that the user
knows, such as a password, a device they own, like a
smartphone, and perhaps a biometric factor such as facial
recognition or fingerprint. Different levels of activities and
security risk may require employing different levels of multifactor authentication.
Solely relying on authenticating users is not sufficient for
achieving zero trust. Even properly authenticated users can fall
prey to using compromised mobile devices. Authenticating these
endpoints is just as critical to establishing effective mobile threat
defenses since compromised devices can be exploited by
threats like ransomware, spyware, and trojans.

But security for mobile devices is often sacrificed for
convenience. Consequently, these mobile endpoints
are exposed to increased attack vectors that
enterprises have no visibility into, much less the ability
to prevent, leaving gaps in their zero trust architecture.
And even if a mobile device has been proven not to be
tampered with, it could be missing a security patch that
could compromise an enterprise’s security posture.

Zimperium and Ping Identity work together to enhance mobile
device identity management and access controls, bringing all
mobile endpoints into a security perimeter. Zimperium provides
real-time, on-device, AI-based protection against Android, iOS,
and Chromebooks threats. This real-time intelligence, in turn,
enhances Ping Identity’s platform with greater security visibility,
access control, and device security needed to secure both
enterprise-owned and mobile endpoints. Security teams can
better understand their whole risk posture and strengthen their
mobile security protection against device, network, phishing,
and malicious app attacks.
The technology continuously monitors devices and delivers
clear, actionable alerts that direct security teams on how to
resolve security or compliance issues. With the real-time mobile
threat detection, notification, and response from Zimperium,
security teams using the Ping Identity platform can ensure
mobile endpoint coverage is an integral part of their zero trust
security posture.

Identity is the new perimeter that enterprises need
to secure, and the best way to effectively do that is
to leverage a zero trust approach that unifies
mobile threat defense with strong authentication.

The integration of Ping Identity’s IAM platform with Zimperium
will make zero trust implementation easy for security teams to
deliver a more seamless and secure user experience.

4.3

2022 Global Mobile Threat Report

The Large and Growing
Smartphone Attack Surface
Julian Durand, VP Product Management, Intertrust
The number of internet-connected mobile smartphones has grown rapidly. As they become more essential to our personal and work lives,
their technology and applications have become more complex and more connected and, accordingly, more of a target for bad actors. But to
best prepare for the threats of today and tomorrow, we must understand smartphone mobile attack surface and explore three key maturity
levels of detect, protect, and defend to mitigate attack surface risks.
Worldwide yearly smartphone shipments have grown from 173.5m in 2009 to 1.43 billion forecasted for 2022 with an over 10% compound
annual growth rate of 23 years. It would have been even higher had semiconductor supply chains not been adversely affected by the
pandemic.
61

Today the number of
internet-connected
mobile phones slightly
exceeds the world’s
population of 7.6 billion.
While density varies from the
Maldives (246 mobile connections
per 100 citizens) to very low ones
such as Cuba and North Korea (12
connections per 100), the reality is
that mobile phones have become
ubiquitous.
62

To better understand the cybersecurity threats to these ubiquitous devices, the U.S. National Institute of Standards and Technology (NIST)
offers a mobile threat catalog. It’s a useful framework to enumerate the growth of the attack surface of these systems, especially when
considered through the lens of enterprise cyber risk identification and mitigation. As we shall see, the attack surface has been growing nonlinearly, perhaps even exponentially, as each element of complexity, the number of connections, and the centrality of these devices to our
lives have each exhibited such dramatic growth. Taken together, these represent compound growth as each element exacerbates the next
threat level and further expands the overall attack surface associated with enterprise mobility.
63

The technology stack of a smartphone today starts with the chips providing application and communication performance. For example,
Qualcomm’s flagship Snapdragon 8 Gen1 gives an idea of what 2022 smartphones will feature. These include a 3 GHz multi-core CPU; a
high performance AI engine; a 5G modem clocked at 10 Gbps; a console-class gaming engine; an advanced location module supporting 6
separate multi-constellation Global Navigation Satellite System (GNSS) satellite systems; advanced camera, video, and sensor processing
modules and the latest Wi-Fi, Bluetooth, NFC modems all packed into an 4 nm process node.
64

2022 Global Mobile Threat Report

All this hardware requires firmware to access the power on self-test, initial boot loader, and
drivers for each of these technology cores.
A mobile operating system like iOS or Android further builds on the firmware. Android, the
world’s most popular mobile phone OS by volume, recently released it’s 11th version.
Updating a smartphone requires a download of approximately 2 GB. That is a lot of
software with any number of new features, each representing a significant complication
and potential opportunities for multiple new threats. The size of the OS alone is a
significant contributor to the rapidly growing attack surface associated with mobile devices.
65

And what would a smartphone today be without app downloads?
Apps offer an even wider and much more heterogeneous source of threats since they can be loaded
with malware, vulnerabilities to malware, or often both.
A modern smartphone today offers a wide range of connectivity modalities, each of which can offer a bad actor a direct avenue of attack.
These include:
A cellular modem that will connect automatically to a cell tower with the best signal. Rogue stations can be tuned and
focused on a victim device to provide the impression that it is the station the phone should connect to.
Bluetooth has been widely criticized for its security limitations. Bluetooth related attacks include:
• Bluejacking – sending arbitrary malicious messages to a person’s phone
• Bluesnarfing – theft of information
• Bluebugging – remote code execution and device take over
Wi-Fi has several security protocols; most are ineffective and broken. Even when the network layer is secured, a
smartphone will often connect to hotspots of dubious trustworthiness in public places such as cafes, hotels, and
airports. Even if the link is protected, it is trivial for a hotspot controlled by a bad actor to spy on, intercept and modify
communications.

2022 Global Mobile Threat Report

Zero Trust Network Architecture (ZTNA) is one
approach, independent of the state of network security, to
assure the integrity and privacy of communications.
Intertrust offers a ZTNA based solution that brings an endto-end, mobile device to cloud architecture that enterprises
can use to further protect sensitive data.

Smartphones are mobile general purpose computers that are customized with apps. These apps are downloaded from app stores, so if
you trust the app store, you generally trust the apps it distributes.
This can be taken to an extreme. The current dispute between the largest game maker in the world versus one of the largest technology
companies in the world is an example. Epic Games filed suit against Apple for its control of the Apple smartphone ecosystem, making it
impossible for Apple users to use a competing app store. Epic filed suit because they feel Apple’s 30% revenue share requirement for
apps makes freemium games like Fortnite too expensive. Apple claims the issue is all about cybersecurity, when the truth is far more
complicated. But it does point to the essential need for apps to be reviewed and cryptographically signed for integrity and authenticity.
Enterprises increasingly develop their own apps that they verify themselves and sign cryptographically to ensure the
app’s integrity and authenticity. Done well, this is a secure way of adding functionality to a company’s workforce.
Done badly, it represents another vector for attacks.
In all cases, enterprise-developed apps add yet another fast growing element of the mobile attack surface in the
enterprise.

2022 Global Mobile Threat Report

Smartphone as IoT hub
Because smartphones are ubiquitous and have significant hardware cybersecurity features, they are often used to manage IoT devices
and networks. Even cars may be turned on and off by your phone.
This convenience is popular with both consumers and enterprises. But, it significantly grows the available attack surface because many
IoT devices and networks, especially those used by consumers, do not have the same sophisticated cybersecurity features used in
modern smartphones. As such, attackers can take over devices, hubs, and gateways and lay in wait for a vulnerable device to connect.
This is how malware that propagated the Mozi botnet spread so rapidly around the world.
66

Malware like Mozi can lay in wait. When a smartphone with a vulnerability connects to a compromised IoT hub, it will attack. If the
smartphone hasn’t been updated or employed other defenses, it may well become infected.

Mitigating threats – three phases of security maturity
1. Detecting Threats
• Monitor a smartphone
• Machine learning detection algorithms are needed because the polymorphic code capabilities used by many
malware developers elude signature checkers. Send alerts if a device is believed to be under attack or contains
known vulnerabilities

2. Protecting Smartphones
• In addition to capabilities for detecting threats, the device should have additional automated cybersecurity
features, for example, automated downloading and application of the latest authenticated cybersecurity patches
• Protections from phishing messages using sand boxing techniques
• On-demand VPN capabilities to protect data from untrusted gateways and (especially) Wi-Fi routers
• Access controls to compartmentalize sensitive information and processes
• For enterprises, it is especially important to scale policy enforcement to be confident cybersecurity risks are
properly addressed

3. Defense
• In addition to detection and protection, defense is about scaling an enterprise’s defensive efforts
• It includes device-agnostic cybersecurity systems, centralized web security for both devices and servers; as
well as tools for unified Identity and Access Management (IAM), Data Loss Prevention (DLP), and Cloud
Access Security Broker (CASB)

2022 Global Mobile Threat Report

End-to-End Data Cybersecurity

On top of all these, employing zero trust architecture in
the network is essential, especially for enterprises and
IoT related use cases, because of the existence of
many significant and very capable network focussed
attack techniques. Use a device-to-cloud service to
ensure data is kept safe as it traverses networks,
whether it is trusted or not. This, in turn, will further
provide a layer of defense since the service includes
device authentication which helps prevent attacks.

The growth of mobile hyper-connected computing has brought unprecedented access to inexpensive communications, access to
knowledge, and sophisticated computing to most of the world’s population. The wide reach and sophistication of these mobile
computing platforms has also put us at risk, particularly in enterprises that manage sensitive data. Acknowledging this threat landscape
is the first step, and maturing processes to detect, protect and defend ourselves is more important than ever. Fortunately, we have the
tools and expertise to both reduce attack surfaces and minimize exposure to risks. But it takes commitment, tools, and a concerted
effort that needs to be driven by senior management.

4.4

2022 Global Mobile Threat Report

The Increased Risks of Mobile
Productivity Tools to Enterprises
JT Keating, SVP of Product Strategy, Zimperium
The COVID-19 pandemic sparked a wave of employees working from home, significantly changing the way organizations do business in
now what is referred to as “today’s workplace.” At the beginning of the shut down, employees were quickly packing up laptops, monitors,
and other devices to begin their new work from home journey. While working from home was seen as added perk prior to 2020, it is now a
way of life for most. At the same time, BYOD significantly increased, along with employers enabling the use of productivity tools on
personal mobile devices to ensure their distributed workforce had the tools and connectivity they needed to be just as much, or more
productive, in their new environment.
Since then, mobile devices have become indispensable productivity tools in today’s modern workplace, providing its users with the same
level of access to applications and data that traditional endpoints have had for years. In fact, 84% of the security professionals responding
to a recent Zimperium poll said they had enabled Microsoft Office 365 on mobile devices.
67

84% of security
professionals have
enabled Microsoft
Office 365 on mobile
devices.

Enabling the use of productivity tools like Office 365, authorize devices that are approved by an
organization to access Office 365 content, such as emails, messages from teams, documents,
and more, improving communications and team collaboration. These cloud-based productivity
apps allow the remote workforce to finally break away from the desk and be productive on the go.
While IT admins use mobile device management (MDM) to have a higher level of control over
devices that access apps like Word, Excel, PowerPoint, Outlook, and OneDrive content, the
level of access does not come without risk.
If 2020 proved anything, it’s that attackers are taking advantage of the COVID-19 pandemic, and
the expansion of a remote workforce. It is no surprise that mobile vulnerabilities have grown 50%
since the pandemic. A common vulnerability that various security researchers can agree on is,
since the height of the pandemic, BYOD has broadened the attack surface for organizations of all
sizes. As teams rushed to set up a remote workforce, some had to prioritize implementing a
distributed workforce over securing all BYOD devices, including their own endpoints.

2022 Global Mobile Threat Report

36% of Zimperium’s survey respondents said they had finished
implementing security solutions to protect Office 365 on mobile
devices, while 38% are still in the process. Commenting on the
disconnect, Eric Green, former global head of mobile security for
HSBC, said, “Since O365 on mobile gives the same depth of
access that was once only provided to users on fully secured
desktops or laptops, it would be irresponsible not to secure
the data on mobile devices too.”
68

In today’s threat environment, mobile devices must be
equipped to protect against the full spectrum of device, network,
phishing, and malicious app risks and attacks.
Protecting the enterprise against mobile attacks involves much more than MDM compliance checks or having to over restrict the device,
preventing employees from downloading certain apps. As a result, over restricting the device with additional management policies can be
contradictory to improving productivity.
Securing mobile access to Office 365 along with a better end-user experience involves organizations lowering security restrictions with a
Mobile Threat Defense solution. MTDs can detect threats, prevent incursions, and provide the essential device risk attestation and scoring
features required for Zero Trust and conditional access models.
Despite having to choose between an MDM and MTD, organizations
can leverage both to supplement the gaps in coverage, data coverage,
and security. Privacy is a major component of securing BYOD that
contributes to lower than expected adoption of mobile security, but
leveraging both an MDM and MTD allows the enterprise to loosen
restrictions. The workforce community is reluctant to give full access to
BYOD devices because of trust and the thought of corporate IT teams
having access to personal information like photos, phone numbers,
and messages.
It would seem prudent to ensure these mobile devices cannot easily be
compromised. If a breach occurs, the resulting incident response and
recovery efforts can be costly and include significant regulatory
penalties if personally identifiable information is exposed.
Few would disagree. Today there is broad industry consensus that
mobile devices must be secured. However, the efficacy of these mobile
defenses remains to be seen. They will be probed and tested by
cybercriminals who correctly perceive mobile devices as the weakest
link in the security chain.

5.1

2022 Global Mobile Threat Report

Conclusion
In 2021, the mobile attack surface experienced complex attacks
and exploitations, fueled by threat actors exploring the increased
attack surface and opportunities the mobile endpoint provides. We
witnessed privacy and critical information breaches targeting
mobile devices used by everyone from world leaders to journalists,
business leaders to private citizens, and more. Globally popular
applications were exploited by threat actors, revealing customer
data, critical investor information, and more. Spyware, scamware,
misconfigurations, and poor security filled the news headlines. In
2022, these mobile exploitations and attacks will continue and
increase in number and severity as the reliance upon our mobile
devices steadily grows.
The past novelty of mobile data access often overshadowed the
need for advanced security measures, but 2021 proved that the
mobile security risks to enterprises, governments, and people are
higher than ever. The techniques and capabilities behind the
threat actors are continuously refined, pulling back the curtain of
confidence in the mobile device. Their goals range from but are
not limited to financial crimes to data exfiltration, capitalizing on
the “lesser” security posture that often exists on mobile systems.
With each new vulnerability discovery, threat actors will target
more enterprises and critical systems through the exploits. And if
the past year’s data points to any definitive takeaway, it is maybe
this: no one mobile ecosystem is more secure than the other.

It is essential for enterprises not to lose
sight of the strategic importance of
comprehensive mobile security
surrounding the devices and applications
connected to their critical systems.

The mobile world grows in complexity, with new apps, features,
and capabilities introduced yearly. Still, it is essential to realize that
security, like these devices, is a constantly moving target. It is
about understanding the risks involved and their potential impact
and making a calculated decision with the right tools and
resources in place.
With each new technological innovation comes the adoption of
new practices, technologies, and workflows into the enterprise. IT
and security teams must continuously monitor their growing attack
surface, balancing the user experience with a security mindset.
Developers need to adopt new security perspectives to protect IP,
data, consumers, and employees from increasingly capable threat
actors. As devices, data, and employees have gone mobile, so
must the advanced security solutions.
As mobile threats continue to evolve and expand, Zimperium
remains dedicated to providing the advanced mobile threat
defense and mobile application security tools necessary for
organizations to stay ahead of the threats. We hope this report and
the data herein serves as to inform how your organization tackles
the current challenges, as well as the evolving challenges that will
undoubtedly arise as we all explore the infinite new use cases for
these complex computing devices we refer to as our “phones.”

6.1

2022 Global Mobile Threat Report

Sources
1. Zimperium. (2021).

When did your organization actively enable BYOD?. Pulse QA

2. Zimperium. (2021). How many work-specific apps are installed on your mobile device?. Pulse QA
3. Zimperium. (2021). Which technology will be your top priority to invest in next year?. Pulse QA
4. IBM. (2021) Cost of a Data Breach Report 2021. https://www.ibm.com/security/data-breach
5. Karta, Y. (2013, January 14). Classifier-based security for computing devices. Google Patents. https://patents.google.com/patent/US9208323B1/en
6. Margaritelli, S. (2018, September 7). Detecting malware in mobile applications via static analysis. Google Patents. https://patents.google.com/patent/US10929532B1/en
7, 15, 20, 29. Zimperium. (2021). Secure Access Practices In North America. Pulse QA
8. Zimperium. (2021). How many work-specific apps are installed on your mobile device?. Pulse QA
9. Zimperium. (2021). When did your organization actively enable BYOD?. Pulse QA
10. Statista. (2021). Number of smartphones sold to end users worldwide from 2007 to 2021. https://www.statista.com/statistics/263437/global-smartphone-sales-to-end-users-since-2007/
11, 12, 13. O’Dea, S. (2021, August 4). Smartphones in the U.S. – Statistics & Facts. Statista. https://www.statista.com/topics/2711/us-smartphone-market/#dossierKeyfigures
14. Zimperium. (2021). What’s your top endpoint security worry?. Pulse QA
16. Zimperium. (2021). How long does it take your organization to patch impacted endpoints in your enterprise after an emergency or high-priority patch or hotfix that would affect security becomes available?. Pulse QA
17. Zimperium. (2021). How have you shifted your remote work strategy as an organization as a result of cybersecurity incidents in the past year?. Pulse QA
18. Chebyshev, V. (2021, April 28). IT threat evolution Q3 2019. Statistics. Securelist. https://securelist.com/it-threat-evolution-q3-2019-statistics/95269/
19. Zimperium. (2021). AI In Cybersecurity. Pulse QA
21. Zimperium. (2021). How would you currently describe your company’s cybersecurity strategy?. Pulse QA
22. Zimperium. (2021). Do you agree with this statement? IT teams agree trying to set and enforce corporate policies around cybersecurity is impossible now that the lines between personal and professional lives are so blurred. Pulse QA
23. Zimperium. (2021). Is it right for a company to expect you to use your personal phone number when you work from home? Pulse QA
24. Zimperium. (2021). The majority of smartphone devices in my organization are:. Pulse QA
25. Zimperium. (2021). The majority of tablets in my organization are:. Pulse QA
26. Zimperium. (2021). Which departments/groups within your organization present the biggest risk for insider threats?. Pulse QA
27. Zimperium. (2021). Which of the following areas will receive the greatest investment by the end of the year? Pulse QA
28. Zimperium. (2021). Which of the following category of endpoints represents the weakest security in your organization?. Pulse QA
30. Hunt, S. (2021, December 22). Mobile Security Market 2022. Datamation. https://www.datamation.com/security/mobile-security-market/
31. TechJury. (2022) 55+ Jaw Dropping App Usage Statistics in 2022. Techjury. https://techjury.net/blog/app-usage-statistics/#gref
32. Statista. (2021). Mobile app revenue worldwide 2017–2025, by segment. https://www.statista.com/forecasts/1262892/mobile-app-revenue-worldwide-by-segment
33, 36. Curry, D. (2022, January 11). Mobile Payments App Revenue and Usage Statistics (2022). Business of Apps. https://www.businessofapps.com/data/mobile-payments-app-market/
34. ReportLinker. (2021). Biometric Authentication and Identification Market – A Global and Regional Analysis: Focus on End User, Function, Product Type, Deployment Model and Country – Analysis and Forecast, 2021–2026. https://
www.reportlinker.com/p06178590/Biometric-Authentication-and-Identification-Market-A-Global-and-Regional-Analysis-Focus-on-End-User-Function-Product-Type-Deployment-Model-and-Country-Analysis-and-Forecast.html?utm_source=GNW
35. Ericsson. (2018). 5G estimated to reach 1.5 billion subscriptions in 2024 – Ericsson Mobility Report. Telefonaktiebolaget LM Ericsson. https://www.ericsson.com/en/press-releases/2018/11/5g-estimated-to-reach-1.5-billion-subscriptionsin-2024–ericsson-mobility-report
37. FBI. (2021). Internet Crime Complaint Center (IC3) | Cybercriminals Tampering with QR Codes to Steal Victim Funds. https://www.ic3.gov/Media/Y2022/PSA220118
38. Mordor Intelligence. (2021). Global Mobile Cloud Market | 2022 – 27 | Industry Share, Size, Growth – Mordor Intelligence. https://www.mordorintelligence.com/industry-reports/global-mobile-cloud-market-industry
39. Morrison, S. (2019, December 28). His Amazon Ring doorbell got hacked. Now he’s suing. Vox. https://www.vox.com/recode/2019/12/27/21039517/amazon-ring-hacking-lawsuit
40. Page, C. (2021, February 11). Slack Urges Users To Reset Passwords After Android Bug Potentially Exposed Credentials. Forbes. https://www.forbes.com/sites/carlypage/2021/02/11/slack-urges-users-to-reset-passwords-after-android-bugpotentially-exposed-credentials/?sh=64d367cf683c
41. Abrams, L. (2021, May 27). Klarna mobile app bug let users log into other customers’ accounts. BleepingComputer. https://www.bleepingcomputer.com/news/security/klarna-mobile-app-bug-let-users-log-into-other-customers-accounts/
42. Sharma, M. (2021, May 20). Android apps put data of 100 million Google Play Store users at risk. TechRadar. https://www.techradar.com/uk/news/android-apps-put-data-of-100-million-google-play-store-users-at-risk
43. Newman, L. H. (2021, March 4). Thousands of Android and iOS Apps Leak Data From the Cloud. Wired. https://www.wired.com/story/ios-android-leaky-apps-cloud/
44, 49, 53. Google Project Zero. (2021). 0day “In the Wild.” Google Docs. https://docs.google.com/spreadsheets/u/1/d/1lkNJ0uQwbeC1ZTRrxdtuPLCIl7mlUreoKfSIgajnSyY/edit#gid=2129022708
45. Stone, M. (2021, July 14). How we protect users from 0-day attacks. Google. https://blog.google/threat-analysis-group/how-we-protect-users-0-day-attacks/
46. Zerodium. (2021). How to Sell Your Zero-Day (0day) Exploit. http://zerodium.com/program.html
47. CVE Details. (2021). Google Android : CVE security vulnerabilities, versions and detailed reports. https://www.cvedetails.com/product/19997/Google-Android.html?vendor_id=1224
48. CVE Details. (2021). Apple iPhone OS : CVE security vulnerabilities, versions and detailed reports. https://www.cvedetails.com/product/15556/Apple-Iphone-Os.html?vendor_id=49
50. Verizon. (2021). 2021 Data Breach Investigations Report. Verizon Business. https://www.verizon.com/business/resources/reports/dbir/
51. Johnson, J. (2021, September 9). Phishing – statistics & facts. Statista. https://www.statista.com/topics/8385/phishing/
52. Apple. (2021) Building a Trusted Ecosystem for Millions of Apps: A threat analysis of sideloading October 2021. https://www.apple.com/privacy/docs/Building_a_Trusted_Ecosystem_for_Millions_of_Apps_A_Threat_Analysis_of_Sideloading.pdf
54. L. Ceci. (2021). Mobile app usage – Statistics & Facts. Statista. https://www.statista.com/topics/1002/mobile-app-usage/
55, 56, 57. Zimperium. (2021) – When did your organization actively enable BYOD?. Pulse QA
58. Woollacott, E. (2021, January 4). Fines against banks for data breaches and noncompliance more than doubled in 2020. The Daily Swig | Cybersecurity News and Views. https://portswigger.net/daily-swig/fines-against-banks-for-data-breachesand-noncompliance-more-than-doubled-in-2020
59. Verizon Business. (2021). 2021 Mobile Security Index. https://www.verizon.com/business/resources/reports/mobile-security-index/
60. Humphries, M. (2022, January 28). Did You Install This Malicious Android 2FA Authenticator App? PCMAG. https://www.pcmag.com/news/did-you-install-this-malicious-android-2fa-authenticator-app
61. IDC. (2021). 2021 Smartphone Growth to Reach Its Highest Level Since 2015, According to IDC. https://www.idc.com/getdoc.jsp?containerId=prUS47770921&utm_medium=rss_feed&utm_source=alert&utm_campaign=rss_syndication
62. WikiWand. (2021). List of countries by number of mobile phones in use. https://www.wikiwand.com/en/List_of_countries_by_number_of_mobile_phones_in_use
63. NIST. (2021). Attack Surface · Mobile Threat Catalogue. https://pages.nist.gov/mobile-threat-catalogue/background/mobile-attack-surface/
64. Qualcomm. (2022). Snapdragon 8 Gen 1 Mobile Platform. https://www.qualcomm.com/products/snapdragon-8-gen-1-mobile-platform
65. Rutnik, M. (2022). When will your phone get the Android 11 update?. Android Authority. https://www.androidauthority.com/android-11-update-tracker-1155652/
66. Durand, J. (2021, October 26). The IoT is Breeding Killer Botnets. Device Authenticity and Data Integrity Can Save It | IOT. MyTechMag. https://iot.mytechmag.com/the-iot-is-breeding-killer-botnets-device-authenticity-and-data-integrity-cansave-it-1336.html
67. Zimperium. (2021)., Has your organization enabled employees to access Office 365 from mobile endpoints?. Pulse QA
68. Zimperium. (2021). What is your organization’s current status for implementing endpoint security to protect O365 on mobile devices?. Pulse QA
69. NIST. (2021b). Glossary | CSRC. https://csrc.nist.gov/glossary/term/compromise
70. NIST. (2021b). Glossary | CSRC. https://csrc.nist.gov/glossary/term/malware
71. NIST. (2021b). Glossary | CSRC. https://csrc.nist.gov/glossary/term/mitm

6.2

2022 Global Mobile Threat Report

Glossary of Terms
Known Malicious Network

locations previously detected with risky networks and attacks. Can include an open
Wi-Fi network that presents persistent security risks to devices that connect to it

Device Compromise
A cybersecurity incident where unauthorized access to a device that undermines the endpoint’s
confidentiality, integrity, or availability. Impacted resources can include manipulation, theft,
modification, substitution, or use of sensitive information

Malicious Website

A compromised or malicious website that is part of a phishing or spear-phishing
attack chain masquerading as a legitimate or reputable source in an attempt to
steal sensitive information, execute an exploit, or sideload malicious applications

Malware

A malicious software or firmware that can be file-based or fileless malware used to perform
unauthorized activities on a device to undermine an information system’s confidentiality, integrity, or
availability. Examples of this malicious code include a virus, worm, Trojan horse, spyware, and adware

2022 Global Mobile Threat Report

MITM

Man in the Middle

An attack that uses insecure networks to intercept and modify data during its
transmission between a device and application. MitM can be used to compromise
personal information, like login credentials
71

Phishing / Smishing

A widespread social engineering attack vector using authentic-looking assets, such as e-mail,
webpages, and text messages, to trick users to reveal critical data or direct them to a fake website
that requests information. Spear phishing, or smishing, is a direct-target form of phishing

Rogue Access Point

A wireless access point that has been installed on a network’s wired infrastructure
without the consent of the network’s owner. Often used for various attacks, including
denial of service, data theft, and other malware deployment

Scan

Malicious actor is scanning across a network during the reconnaissance phase of an
attack to find hosts, identify devices, and collect information for use in subsequent stages
of an attack

Traffic Manipulation

A tactic deployed across multiple traffic-based threats, including SSL Stripping, Traffic
Tampering, and TLS Downgrade. Malicious actors can use external, forced reductions
to traffic security or packet manipulation

6.3

2022 Global Mobile Threat Report

Credits
Contributing Zimperium Writers
Adam Wosotowsky
Asaf Peleg
Esteban Pellegrino
Jon Paterson
JT Keating
Kern Smith
Krishna Vishnubholta
Monique Becenti
Nico Chiaraviglio
Richard Melick
Santiago Rodriguez
Shridhar Mittal
Jessica Vose
Contributing Partner Writers
Julian Durand, VP Product Management, Intertrust
Loren Russon, Vice President of Product Management, Ping Identity
Rick Bosworth, Director of Product Marketing, SentinelOne
A Special Thank You To
Malcolm Harkins, Chief Security & Trust Officer, Epiphany Systems
TK Kellermann, CISM. Head of Cybersecurity Strategy, Networking & Advanced Security
Editors
Eric Block
Jennifer VanAntwerp
Jessica Vose
Karen Walsh
Randy Budde
Richard Melick
Layout and Design
Tom Green
Douglas Kraus

Tags : Mobile Threat

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2022 Global Mobile Threat Report

2022 Global Mobile Threat Report

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