The AI arms race in mobile app security: How attackers and defenders are both winning
Join Promon and Keysight for a panel discussion on where AI is already having real impact across the mobile ecosystem, how defensive strategies are shifting, and what organizations should be doing now to prepare.
Cut mobile fraud losses with trusted threat signals
Live webinar, September 30, 2026: learn how to turn the threat activity your mobile app already detects into fraud intelligence. Live demo and Q&A included.
Understand the StrandHogg 2.0 Android vulnerability. Learn about this serious security threat, protect your apps, and safeguard user data from potential exploits.
Maintain mobile app security compliance by leveraging our comprehensive global legal database, designed to help you stay compliant and secure as your organization expands.
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Rapper or Malware?
Test your knowledge! Can you distinguish between rappers and malware names? Boost your app security awareness and brush up on hip-hop trivia.
A false positive occurs when a security system incorrectly identifies legitimate, non-malicious activity as a threat. As a result, it generates an alert or blocks the action. False positives are common in tools like antivirus software, intrusion detection systems (IDS), and email filters, where overly sensitive or misconfigured settings can flag normal behavior and files as suspicious.
Code deobfuscation involves reversing techniques used to obscure the functionality of a program. Obfuscation methods include renaming variables to meaningless characters, rearranging code flow, and embedding complex encryption methods to disguise the true logic of the program and protect it from reverse engineering and other attacks. Deobfuscation reverses these methods to reveal the original intent of the code, allowing cybersecurity experts or malicious attackers to understand its structure.
Attack vectors are techniques that cyber attackers use to infiltrate systems, networks, or applications to exploit vulnerabilities. Attack vectors give unauthorized access and facilitate malicious actions like data theft, malware installation, or service disruption. They target weaknesses in software, hardware, and user behavior using techniques like malware, phishing, social engineering, or exploiting software bugs.