Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

This episode explores why CTEM matters in a world of vibe coding, AI agents and rapidly expanding attack surfaces. It covers prompt injection, hidden threats, deepfakes, weak governance and the growing fear that businesses are deploying AI far faster than security teams can understand or control it.

It’s a huge concern, and Syteca's philosophy is 'Security Made Practical'. We launched a first-to-market real-time (data masking) feature. While records the session for security, it automatically obscures personal passwords, credit card numbers, and SSNs during the live recording. You get the forensic evidence you need for compliance like or without ever actually seeing the user's. It builds trust because the monitoring is focused on the risk, not the person.

Follow Joel Duffield while he talks about why some systems just don’t want to be logged. Whether it’s your backup tool that only sends email alerts, your budget IoT device that wasn’t built for enterprises, or that one SaaS app stuck on the free tier—there’s no clean way to get their messages into your SIEM.

Are you ready to take control of your AI agents with Rubrik Agent Cloud? Traditional keyword filters aren't enough when agents are acting autonomously. You need a true AI governance engine to manage them effectively! SAGE is our semantic AI governance engine that allows you to define custom policies using natural language and block risky tools in real time. Ready to secure your autonomous agents? Dive into SAGE and learn more by checking out our website.

Sophos enhances the Microsoft environments your customers already trust — helping you deliver stronger outcomes, clearer value, and a more defensible service offering. If you’re ready to build a more profitable and scalable Microsoft security practice, let’s talk.

AI agents just became production-ready overnight. With NVIDIA’s new NeMo Guardrails / NemoClaw-style agent control systems, AI agents can now operate in controlled environments with policies, sandboxing, and guardrails. Sounds safe… but there’s a catch. Agent safety protects what the AI does. But it doesn’t secure what the AI knows. And that’s where the real enterprise risk appears. In this video we break down the difference between.

Cybercriminals are evolving—and so are their tactics. Smishing, or SMS phishing, has become one of the fastest-growing mobile threats. With AI, attackers can now create convincing, personalized messages in seconds—removing language barriers and making scams harder than ever to detect. That’s where Lookout Smishing AI comes in. Our advanced AI-powered detection goes beyond scanning for malicious links. It identifies the intent behind every message—stopping social engineering attacks before they reach you. Whether there’s a URL or not, Lookout keeps your mobile workforce protected.

In this video, David Richardson, Product CTO at Lookout, provides a strategic overview of the evolving mobile threat landscape based on Q3 2025 global enterprise data. Key Insights: Dominant Attack Vectors: Mobile phishing and social engineering remain the most significant threat categories. Attackers are increasingly using AI-powered tools to craft authentic-looking messages and conduct deep research for highly targeted attacks.

In this episode of The Cybersecurity Defenders Podcast, we discuss some intel being shared in the LimaCharlie community. Support our show by sharing your favorite episodes with a friend, subscribe, give us a rating or leave a comment on your podcast platform. This podcast is brought to you by LimaCharlie, maker of the SecOps Cloud Platform, infrastructure for SecOps where everything is built API first. Scale with confidence as your business grows.

JavaScript-based crypto stealers are designed to hide in plain sight. They arrive over innocent-looking, encrypted web traffic and aim to steal credentials and wallet data before anyone notices. In this demo, you’ll see how the Cato SASE Platform stops a real JavaScript crypto stealer (JSCEAL) in real time. We show: How the malware is delivered over standard web traffic How Cato inspects encrypted traffic inline, in a single pass How the attack is identified and blocked before it reaches the endpoint How security teams get immediate visibility in the Cato Management Application.