Micro Product Demo: Ivanti Mobile Threat Defense in 91 seconds
Ivanti Mobile Threat Defense is out-of-the-box cloud-based protection against phishing and malware threats. This solution enables the automatic protection of iOS devices, iPadOS devices, and Android devices from an ever-growing volume of sophisticated device, network, application, and phishing threats.
In today’s work environment, mobile devices are essential enterprise resources. Employees use them to access virtually everything. And because most users have subpar, if any, mobile security measures in place, hackers are taking advantage. Mobile Threat Defense is an excellent mobile-first cybersecurity software solution because it helps organizations…
🛡 Ensure constant protection
Ivanti Neurons for MTD uses machine learning algorithms optimized to run continuously on-device, enabling it to detect and remediate local threats, and secure threat intelligence to identify zero-day web-based malware and phishing threats.
👀 Improve threat visibility
Gain immediate and ongoing visibility into malicious threats across all mobile devices and detailed analyses of risky apps.
✅ Achieve 100% user adoption
No user interaction is required, and no new application deployment is needed to activate Ivanti Neurons for MTD on enrolled mobile devices.
Here are some common real-world examples that Ivanti Mobile Threat Defense helps to prevent:
📱 Device exploitation
There are multiple infection vectors where device exploitation is possible, which include clicked links, vulnerable apps, and messaging, attackers were able to infect mobile devices through zero-day exploits, in some cases with no interaction from the end-user.
🌐 Network attacks
Man-in-the-middle (MITM) attacks against a company can redirect users to a spear phishing page with the goal of stealing corporate data. These attacks commonly occur at coffee shops or public places with open Wi-Fi networks.
📲 Malicious apps
Unsuspecting users might accidentally try to install an app from a third-party app store. These apps often abuse permissions, execute a device exploit, leak data, or attempt to penetrate internal networks via lateral movement in search for more sensitive data.
ℹ️ Leaky apps
Apps installed from official app stores may take advantage of granted permissions to siphon user data off the device unbeknownst to the user, including accessing photos, contacts, messaging and web history.
🐟 Phishing attacks
Leveraging social engineering, bad actors try to trick unsuspecting users into clicking on a link and providing their corporate login credentials. The attacker is then able to log in as the user and access corporate resources.
