Mobile Threat Defense Software: The Market in 2026

Most security teams have spent a decade building defences around laptops and servers. Work, meanwhile, moved onto phones. Employees now read emails, approve payments, open customer records, and join meetings on devices that sit outside almost every control the security team owns.

Mobile threat defense software exists to close that gap. It sits within the wider field of mobile security software, and it is separate from device management. The difference matters more than the names suggest.

This guide covers what mobile security involves, what mobile threat defence software does, how it differs from the tools sitting next to it, and which providers are active in 2026.

Note: Corrata publishes this guide and is one of the providers listed.

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What is mobile security, and why you need it

Mobile security is the practice of protecting phones and tablets, along with the company data they reach, from attack and loss of data.

It isn’t simply desktop security on a smaller screen, as mobile operating systems are built differently. Apps run inside sandboxes, and neither platform permits the kernel-level access that laptop security tools rely on. What they offer instead is a set of narrow, sanctioned interfaces, and mobile security products are built on those. 

The two platforms differ in how much they allow. Android permits inspection of installed applications, so app scanning is possible there. iOS does not, which is why coverage on Apple devices depends more on network signals and device configuration. 

The exposure is different too. A phone leaves the corporate network constantly. It joins hotel and airport Wi-Fi, moves between mobile networks, and receives messages through channels that no email gateway inspects. Some phones reaching company data are personally owned, which limits what the organisation can reasonably control. The result is an attack surface that is heavily used, lightly monitored, and reachable by anyone.

Phishing is the threat that matters most, and on mobile it arrives through far more doors than email. Links come in by text message, WhatsApp, LinkedIn, Signal, dating apps and voice calls. Small screens make it harder to spot. Addresses are truncated, there is no hover preview, and mobile interfaces are designed to strip away detail rather than show it.

QR codes push this further again. A code on a poster, an invoice or a parking meter takes the attack off the corporate network altogether, because the person scans it with a personal camera app and reaches a page that isn’t being inspected. This is known as quishing.

Apps are another route in. App store review catches a great deal, though not everything, and sideloading bypasses review completely. Legitimate apps create risks of their own when they request more access than they need, or send data to places the organisation would not sanction.

Networks are yet another way. Rogue access points, protocol downgrade attacks, and certificate manipulation all let an attacker read or alter traffic that the user believes is protected.

Then there are unpatched devices. Mobile operating systems receive frequent security updates, but users defer them, and older Android handsets stop receiving them at all, keeping known vulnerabilities open on devices that are still accessing company systems on a daily basis.

Commercial spyware sits at the severe end. Surveillance tooling sold to government customers is used against journalists, campaigners, officials and senior executives. Some of it requires no interaction from the target at all.

Finally, employees now paste company information into consumer AI apps and chat interfaces on their phones. The data leaves without passing any control the organisation owns.

Mobile security software covers a wide range of tools addressing these risks, from consumer antivirus apps through to enterprise platforms. Some of those platforms manage devices. The category built to detect and block the threats above is mobile threat defence.

What is mobile threat defense software?

Mobile threat defense, commonly shortened to MTD, is software that detects and blocks threats on iOS and Android devices. It usually works across three layers:

• At the device layer, it checks the state of the phone itself, looking for jailbreaking or rooting, missing security updates, weak configuration, and signs of compromise.
• At the app layer, it assesses installed applications for malicious behaviour, excessive permissions, and unsafe data handling.
• At the network layer, it inspects connections to catch interception attempts, and to block traffic to phishing and command-and-control infrastructure.

Deployment is usually through an app pushed out by whatever management platform the organisation already runs, though most products also support devices that are not enrolled in management at all. That matters for contractors, and for staff who decline to enrol a personal phone.

Where the analysis happens varies between products, and it is one of the more meaningful differences between them. Some run detection on the device itself, so the threat decision is made locally rather than in the cloud, which means protection continues when the phone has no connectivity and the content being assessed is never sent away for analysis. Others send telemetry to a cloud service that assesses risk centrally, which allows heavier analysis and correlation across a fleet. Several combine the two.

Most products also feed a signal into access decisions. If a device is judged risky, conditional access policies can block it from reaching email, files or business applications until the problem is resolved.

It is worth being clear about the limits. Mobile threat defence does not manage devices, distribute software, or enforce configuration, nor does it replace the security controls sitting in front of your applications and data. It detects and responds to threats reaching the phone. 

MTD, MDM, UEM and mobile EDR: what the differences are

These four terms are used loosely, and the overlap may cause genuine confusion during procurement:

Mobile device management, or MDM, handles enrolment, configuration and policy. It sets passcode rules, pushes applications and certificates, separates work data from personal data, and wipes a device when someone leaves. MDM administers a phone, but it is not built to detect an attack on one.

Unified endpoint management, or UEM, is the broader version of the same idea. It brings phones, tablets, laptops and desktops into one console. Several UEM products bundle some threat detection, which is often adequate for lower-risk fleets, and it is worth establishing what yours already includes before buying anything additional.

Mobile threat defence (MTD) sits alongside both. It may assume devices are managed, and concentrates on identifying threats and stopping them. In most deployments, MTD and MDM run together and exchange information, with the management platform acting on what the threat product finds.

Mobile endpoint detection and response, or mobile EDR, is a newer framing borrowed from the laptop world. The emphasis shifts from detection towards investigation: collecting operating system telemetry, reconstructing what happened on a device, and supporting a forensic response. Several established providers now use this label for products that differ considerably in what they actually collect and support, so it tells you less than the underlying capability does.

One further category is often mistaken for this one. In-app protection, sometimes called app shielding or mobile application security, protects software your organisation publishes to its own customers. It strengthens your app against tampering and reverse engineering. It is useful work, aimed at an entirely different buyer, and not what this guide covers.

Mobile Threat Defense Software in 2026

The providers below are sold as distinct offerings for iOS and Android, with published technical documentation and integration into at least one major management platform. Entries are not ranked.

One thing worth knowing before you read on: the number of vendors in this market is larger than the number of independent detection engines. Some products are built on licensed technology from other vendors in this same list, which is noted in the relevant entries.

Corrata

Headquarters: Dublin, Ireland

Corrata delivers threat detection and response and data loss prevention for mobile endpoints on iOS and Android. It uses deep packet inspection on the device to inspect traffic across all ports and protocols, giving real-time visibility into threats.

It blocks phishing attacks across every channel, detects spyware and cuts off its communications, controls the use of Shadow AI, prevents data loss, protects against adversary-in-the-middle interception, monitors device configuration for vulnerabilities, and keeps compromised devices away from sensitive data.

Features:

1. On-device deep packet inspection: Inspects app traffic on the device across all ports and key protocols, not DNS alone, with IP and port blocking and dynamic malware detection.
2. Mobile phishing protection beyond email: Catches attacks delivered via notifications, text messages, QR codes and social media posts, including credential harvesting, MFA bypass and authentication cookie theft.
3. Shadow AI governance and DLP: Monitors policy breaches on connections to consumer AI services, unsanctioned SaaS and ad tracking, and intervenes automatically.
4. Spyware and malware detection with quarantine: Intercepts command and control traffic to stop exfiltration, guides users through removal, and automatically quarantines at-risk devices per specifications in your policy.
5. Device trust and conditional access: Assesses posture on both corporate and personally owned devices, and blocks access from any device that fails.
6. Deployment: Zero-touch for managed and unmanaged devices, with manual enrolment by email or SMS for BYOD fleets and organisations without MDM.
7. Integrations: Microsoft Intune and VMware Workspace ONE for management, Microsoft, Google and Okta for identity, and Microsoft Defender for Endpoint for XDR. ISO 27001 certified.
8. Privacy-preserving architecture: No location tracking, no file scanning, no browsing history and no access to message content.

Check Point Harmony Mobile

Headquarters: Tel Aviv, Israel 

Check Point Harmony Mobile is the mobile threat defence component of the Check Point Harmony suite. It secures iOS and Android devices across app, network and OS attack vectors, and integrates with existing UEM platforms for compliance and policy enforcement. Its network security infrastructure extends network security technologies to mobile devices.

It stops malware from infecting employees’ devices by detecting and blocking the download of malicious apps in real-time. It blocks phishing delivered through any app, prevents man-in-the-middle attacks on cellular and Wi-Fi networks, blocks infected devices from accessing corporate data, stops infected devices from reaching corporate applications and data, and recognises and blocks advanced jailbreaking techniques.

CrowdStrike Falcon for Mobile

Headquarters: Austin, Texas

CrowdStrike Falcon for Mobile extends the Falcon platform’s endpoint detection and response to iOS and Android, managed from the same console as workstations and servers. CrowdStrike positions it as mobile EDR rather than conventional MTD.

It detects suspicious activity and links across texts, email, browsers and QR codes, uncovers mobile malware, network disruption, spoofed identities and jailbroken devices, and can contain affected devices from the console.

It offers built-in blocklisting of malicious IPs to reduce risk exposure, blocks malicious links and unauthorised domains, and identifies mobile malware, network disruption, spoofed identities, jailbroken devices and accidental data exposure.

Ivanti Neurons for Mobile Threat Defense

Headquarters: South Jordan, Utah

Ivanti Neurons for MTD protects Android, iOS, and iPadOS devices, both corporate and employee-owned. Ivanti’s MTD capability is built on Zimperium technology, and setup requires a Zimperium management console tenant. Detection and remediation run both on the device and in the cloud.

It monitors device parameters and configuration, network traffic and installed apps, prevents phishing through real-time link analysis, and applies local compliance actions to remediate threats on the device.

Jamf Protect for Mobile

Headquarters: Minneapolis, Minnesota

Jamf is an Apple device management company that added mobile threat defence in 2021. Jamf Protect covers macOS, iOS, iPadOS, and Android from one product, with traffic inspection delivered through secure DNS by default and a proxy-based option for deeper visibility.

It blocks phishing, cryptojacking and malicious domains in real time, flags apps with dangerous permissions or suspicious developer profiles, filters web content against acceptable use policies, reports cellular data use by app, assesses OS and app vulnerabilities against CVE severity data, and feeds device risk into conditional access. 

Jamf Mobile Forensics is a separate add-on covering mercenary spyware and zero-click attacks for high-risk users.

Lookout Mobile Endpoint Security

Headquarters: Boston, Massachusetts

Lookout Mobile Endpoint Security protects iOS, Android, and ChromeOS devices, and detects phishing across email, SMS, messaging apps and social media. 

It assesses applications for malware, privacy risk, and security risks, identifies vulnerable operating systems, encrypts and secures DNS traffic, and network attacks and advanced spyware, and feeds device posture into conditional access decisions.

It identifies rooting, jailbreaking, OS tampering and advanced exploitation techniques. It also identifies rogue Wi-Fi networks, man-in-the-middle attacks, and insecure network conditions in real time. 

Microsoft Defender for Endpoint

Headquarters: Redmond, Washington

Microsoft Defender for Endpoint extends to Android and iOS as part of the wider Defender for Endpoint licence rather than as a separate mobile product. For organisations already running Microsoft 365 and Intune, it is usually the incumbent option.

It provides web and phishing protection, alongside unsafe network connection blocking. It offers malware detection on Android, jailbreak detection on iOS, with rogue Wi-Fi detection, plus certificate detection on Android, and network protection and vulnerability assessment, feeding device risk into Intune compliance policies and conditional access.

Pradeo Security Mobile Threat Defense

Headquarters: Montpellier, France

Pradeo is a French mobile security company whose MTD platform protects Android, iOS, and Chromebooks. It detects application, network and OS-borne threats including malware, spyware, intrusive applications and phishing, and remediates them without requiring admin intervention.

It is known for its man-in-the-middle detection, malicious relay antenna, malware proxy correction, OS vulnerability detection, and root and jailbreak exploitation detection features.

SentinelOne Singularity Mobile

Headquarters: Mountain View, California

Singularity Mobile is SentinelOne’s mobile threat defense module, covering iOS, Android, and ChromeOS from the same console as its endpoint products. It provides on-device AI detection, and the product works with or without MDM. SentinelOne announced the product at launch as powered by Zimperium, and Zimperium lists SentinelOne among its partners.

It detects zero-day malware, phishing, and man-in-the-middle attacks, vets apps continuously for privacy and security risk, and blocks network attacks (including rogue Wi-Fi) and unsafe communications.

Zimperium Mobile Threat Defense

Headquarters: Dallas, Texas

Zimperium Mobile Threat Defense protects company-owned and BYOD devices across iOS, Android, and ChromeOS. Its technology uses on-device machine learning to detect known and zero-day threats in real time, continuing to work when the device has no network connectivity. Zimperium also licenses its detection technology to other vendors, including Ivanti.

It detects mobile-targeted phishing, assesses both enterprise and personal apps for risk, identifies rogue and unsafe networks, checks device integrity, and supports forensic scanning of affected devices.

**All images from respective websites

Choosing the right mobile threat defense software

The products in this market are more alike in their marketing than in their design. These questions tend to separate them:

• What does your existing platform already cover? If you already license a management or endpoint suite that includes mobile detection, the question is not which product is strongest in isolation, but whether the additional coverage justifies a second contract and a second console.
• Are unmanaged devices in scope? Contractors, board members, seasonal staff and employees who decline to enrol a personal handset all reach company data on devices you do not manage. Some products handle these well and some assume enrolment. If this population matters to you, test it specifically rather than taking a datasheet claim on trust.
• Where does detection run? On-device analysis keeps working when connectivity drops and keeps traffic local. Cloud analysis allows heavier processing and correlation across the fleet. Neither is automatically better, but the choice affects offline coverage, battery and data use, and what leaves the device.
• What does it collect from personal phones? This is the question that determines whether a rollout succeeds. Employees will not accept a tool they believe reads their messages or tracks their browsing. Ask what telemetry is gathered, what the organisation can see in the console, and what remains invisible to it. 
• Do you need investigation, or detection alone? If a phone is compromised, what does your team need to do next? Some organisations need an alert and a block. Others need to establish what was accessed, over what period, and to produce evidence for a regulator or an insurer. That distinction points to different products.
• Where is data processed and stored? Sector and jurisdiction may constrain this. Establish which regions handle the telemetry, who the sub-processors are, and whether the answer is contractual or merely current practice.
• How does it fit what you already run? Check the integrations you will actually use: your management platform, your conditional access policies, and your SIEM or logging pipeline. Ask whether these are supported products or a professional services project.
• Is it built on another vendor’s engine? Some products in this market license detection technology from other vendors. That is not a problem in itself, but it is worth knowing, because an organisation running one platform’s management product and another’s threat product can end up buying the same detection engine twice. Ask directly whose technology performs the detection.
• How will you know it works? Agree the evidence before you sign. Run a pilot on real devices in your own environment, with your own policies. Ask what the product misses, and be wary of any answer suggesting it misses nothing.

Conclusion

Mobile is now a primary route into most organisations, and it remains the least protected part of the estate. The tools that manage phones were never designed to defend them, and the controls protecting email and web traffic do not see most of what arrives on a handset.

The providers above differ meaningfully in where detection runs, what they collect, and how far they go beyond alerting, though some share underlying detection technology rather than building it themselves.

The right choice depends on what you already own, whether unmanaged devices matter to you, and what your organisation is required to prove.

If you would like to see how Corrata approaches mobile threat defense, book a demo and we will walk through it with your own devices.