Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The attack lifecycle is compressing. Frontier AI models like Anthropic’s Mythos and OpenAI’s GPT-5.5-Cyber can help bad actors research vulnerabilities, test approaches, adapt code, and change delivery methods at machine speed and scale. That reduces the time, skill, and coordination needed to move from vulnerability discovery to active attack. When attacks behave this way, security needs to operate in real time with full visibility and context across the attack path.

Most organizations understand the need for Zero Trust access to private applications. The challenge is delivering it without creating operational bottlenecks, increasing network risk, or slowing projects with weeks of coordination. In this video, Chris Rudolph explains how Cato Private Access enables secure, application-level access to private applications without requiring routing updates, inbound firewall changes, or complex network redesigns.

The consulting firm wanted a secure, reliable network to better manage resources for modern applications so employees could work more effectively. With the Cato SASE Platform, they got that and much more: centralized visibility, control, and the foundation for secure growth.

As Darling Ingredients expanded, so did the opportunity to modernize how its global operations are connected and secured. With the Cato SASE Platform, the Darling Ingredients’ IT team replaced complexity with consistency, reduced costs, and gained the agility to support smarter growth, elevating IT as a strategic partner to the business.

Most users don’t work on devices you control. Contractors, partners, and BYOD users still need access, but traditional approaches force tradeoffs between security, visibility, and complexity. IT teams often stitch together VPNs, VDI, and browser tools, each with separate policies and consoles. This creates gaps in enforcement and increases operational overhead. Cato Enterprise Browser changes that.

AI adoption is accelerating across enterprises, often faster than security teams can respond. Employees are already using AI tools, copilots, and agents across SaaS apps, browsers, and workflows. That creates new risk around shadow AI, sensitive data exposure, runtime threats, and autonomous actions that traditional controls were never built to handle. In this video, we break down the four AI security challenges CISOs are facing right now.

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.