Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Security teams are under constant pressure to detect issues quickly and respond with confidence. When endpoint and network data sit in separate systems, investigations take longer and important context can be missed. In this short demo, you will see how Cato SASE Cloud and CrowdStrike Falcon work together. Falcon endpoint telemetry feeds directly into Cato’s XOps engine, where it is correlated with network activity to create guided security stories.

Secure access is broken. Hybrid work, unmanaged devices, and cloud apps have outgrown VPNs, leaving gaps in security and increasing operational complexity. This video shows how Cato Universal ZTNA replaces fragmented access with a single, consistent policy across all users, devices, and applications while improving performance and control. You’ll see how continuous, risk-based access and application-level connectivity can reduce exposure while simplifying operations.

What if nothing ever looks malicious on its own? Most advanced attacks don’t start with obvious malware or clear signatures. They begin with activity that looks normal, until behavior over time reveals something more. In this demo, we show how Cato Dynamic Prevention stops threats by understanding behavior, not just inspecting isolated events.

Complexity is no longer just an operational inconvenience for a business when it’s slowing transformation and increasing costs. In a portfolio platform, that complexity is structural: separate inspection engines, overlapping functionality, and distinct policy frameworks. Cato is redefining what a true SASE platform means in the AI era - unifying architecture, reducing complexity, and unlocking measurable economic advantage. And best of all, it means starting anywhere, and growing everywhere.

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.

Most SASE projects fail because the journey is daunting for many organizations. Too many vendors turn modernization into a multi-quarter relay race: hardware orders, carrier lead times, bolt-on tools, endless integration, and a loosely defined policy model.