Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

From Data Classification to Runtime Data Security for AI

Authentication used to be a login form. Then it became IAM: identity providers, roles, federation, lifecycle. Then it became Zero Trust: no built-in trust, every request checked in context. Each step did not replace the last so much as fold it into a bigger runtime decision. The login still happens, but it is now one input to a constant, context-based check.

How to Identify Users Exposed to Brand Impersonation Attacks

Most organizations have become better at finding brand impersonation attacks. They can detect fake domains, identify cloned websites, report phishing pages, initiate takedowns, and warn customers when an impersonation campaign becomes visible. That work matters. But it does not answer the question that often matters most once the attack is live: Which users were exposed? Finding fake sites is only half the problem. Understanding who encountered them is where effective protection begins.

From executive order to operational reality: a federal AI SOC blueprint

The June 2, 2026 White House Executive Order on Promoting Advanced Artificial Intelligence Innovation and Security has officially set the clock ticking. With mandates requiring CISA and federal agencies to deploy AI-enabled defensive tools on civilian systems, the directive for Federal CIOs, CISOs, and SOC Directors is clear: AI adoption is an operational requirement to effectively defend federal networks.
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The first short-lifespan TLS renewal wave is closer than it looks

If your organization runs anything on the public internet, a mandate that changes how often you renew TLS certificates is already in effect. In March 2026, the maximum validity of public TLS certificates dropped from 398 days to 200. What fewer teams have worked out is that the first certificates issued under the 200-day cap start expiring at the end of September. That makes this autumn the first real test of whether your renewal workflows are ready for what the next three years will ask of them.

Patch Reliability Score: Make patch deployment decisions with confidence

Every Patch Tuesday starts the same way: New patches become available, and administrators begin answering the question, Is this patch safe to deploy? That answer rarely comes from a single place. Most administrators read the vendor's knowledge base article, look for known issues, monitor community discussions, and wait for early deployment feedback before rolling the patch out across the organization.

June Threat Intelligence Spotlight Report

Each month, our Cyber Threat Intelligence team compiles data from our engagements to determine key industry trends. We look at the initial access methods threat actors are using to gain entry into a network, types of incidents most commonly impacting organizations, which sectors are being more heavily targeted, and which threat groups are most prevalent.

Getting More Detection Value from Microsoft Sentinel

Detection engineering has become one of the least questioned costs in the modern SOC. Teams write queries, tune thresholds, maintain exceptions, and build enrichment logic because that work has gradually become part of running Microsoft Sentinel. While necessary, it still relies heavily on manual effort. Microsoft Sentinel gives security teams a strong foundation for collecting telemetry, investigating incidents, and orchestrating response.

Threat Analytics for Microsoft Sentinel

Microsoft Sentinel gives security teams a strong cloud-native foundation. Securonix Threat Analytics extends that foundation with behavior-driven analytics, AI-driven correlation, risk-based prioritization, and continuously curated threat intelligence, without replacing your SIEM, duplicating data, or disrupting existing workflows. Organizations use Securonix to improve detection coverage, accelerate investigation and response, and maximize Microsoft Sentinel ROI.