Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

For years, security teams and developers alike have struggled with understanding and identifying all security issues affecting their deployed applications. Today, SentinelOne's Wayfinder Frontier AI Services can identify exploitable weaknesses across source code, Software Bill of Materials (SBOM) dependencies, and embedded secrets at unprecedented speed. The problem is that remediation has not accelerated at the same rate.

Security teams don't have a shortage of data. They have a shortage of time, repeatability, and senior expertise available at the exact moment an analyst needs it. That's the problem Atlas slash commands are designed to solve. With /hunt, /investigate, and /signal, Atlas turns a simple chat interaction into a guided SecOps workflow grounded in live endpoint state.

Somewhere right now, someone is spinning up a fresh Kubernetes cluster, feeling pretty good with a basic firewall, skimmed a hardening guide, and maybe even applied a few CIS benchmarks. What could possibly go wrong? Roughly 18 minutes. That’s the average time before a newly exposed Kubernetes cluster receives its first malicious probe or attack attempt. So there’s zero room for error when it comes to securing Kubernetes.

Ever wonder why a codebase that passes every test in CI still shows up in a breach report six months later? Simply put, tests check whether code works. They rarely check whether code can be abused. Say you build a house with a solid lock on the front door but leave a window unlatched around back. The house still works as a house. It just isn’t secure, and nobody notices until someone climbs through that window. That’s the gap a code security review is built to close.

Alert fatigue in DLP and insider risk management (IRM) programs doesn't get solved by adding more analysts or writing more rules. It gets solved when the system generating the alerts can already tell the difference between routine activity and genuine risk, so the queue analysts see is short because it's accurate, not because thresholds were loosened. That distinction matters because the two failure modes look identical from the outside.