Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Every demo promises that the AI is smarter, faster, and more reliable than humans.

You’re an IT professional whose teams manage network and security. They face millions of alerts each day, from threat detections to access anomalies and from connection failures to latency spikes. Your costs are high: it’s been hard to scale your team to cope with the growing volume of events. But the stakes are also high. Miss the wrong operational alert and your network team gets swamped with tickets. Miss the wrong security alert and your whole business is exposed.

AI agents are being rapidly embedded into the SaaS ecosystem to streamline operations, trigger complex workflows, and interact with sensitive data and systems. From automating calendar updates to executing code and accessing cloud data stores, they are becoming integral to business processes. But with this integration comes risk. AI agents are often quickly deployed across SaaS environments by employees, without centralized tools to govern them.

A new release of CrowdStrike Falcon Adversary Intelligence delivers automatically prioritized threat intelligence tailored to each unique customer environment. By surfacing the right intelligence at the right time, this update enhances SOC workflows by enabling faster triage, deeper investigations, and more confident response. Today’s organizations understand threat intelligence is critical to stay ahead of adversaries, but many struggle to determine which threats matter most and how to act on them.

CrowdStrike is announcing a native integration between CrowdStrike Falcon Shield SaaS security and the OpenAI ChatGPT Enterprise Compliance API, adding visibility and security posture capabilities for mutual customers’ ChatGPT Enterprise environments. This integration helps security teams inventory and monitor AI agents across their organization — including who created them, what they access, and how they’re shared — so teams can consistently apply existing security controls.

As the Chief Information Security Officer at Snyk, my primary role is to ensure the security and integrity of our products, our systems, and our customers' data. But my responsibility extends beyond our walls. It involves championing a vision for a more secure digital world—a vision I am proud to say we share with the U.S. Cybersecurity and Infrastructure Security Agency (CISA).

When we talk about healthcare today, it’s impossible not to consider application security. As healthcare providers increasingly lean on digital solutions to deliver patient care, they are creating an explosion of healthcare data requiring protection to ensure its confidentiality, integrity, and availability.

Cybersecurity threats are always changing. Hackers are constantly finding new ways to break into systems. As technology grows, so do the risks. A single weak spot can lead to serious damage. To stay safe, security teams must stay ahead, not just keep up. The following strategies offer practical ways to build a strong cybersecurity strategy and prepare for what lies ahead.

As a startup, your early success and growth depend on earning buyer trust. But when you have limited levers to pull, like brand recognition, customer logos, and investor backing, proving trust often comes down to demonstrating a strong security posture. ‍ However, the bar for trust is rising—especially if you’re building with AI. Today’s discerning buyers expect more than a SOC 2 report.

You update your antivirus. You install that fancy EDR. You think you’re safe. But, surprise, Hackers are still getting in without triggering a single alarm. By hijacking trusted apps and making them load malicious code, voluntarily. This sneaky move is called DLL Sideloading, and it’s becoming the cybercriminal’s favourite backdoor. Sounds horrifying? It is. But here’s the good news for you. If you understand how DLL sideloading works, you can catch it before it wrecks your system.