Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

One of the most insidious security risks isn't a sophisticated attack, it's the endpoint that stops reporting. A sensor that appears enrolled but hasn't sent telemetry in hours or days represents a critical blind spot. Whether due to network issues, system shutdown, agent crash, or intentional tampering, these silent sensors deserve immediate attention.

The endpoint detection and response (EDR) market has become crowded with solutions claiming comprehensive threat protection. Yet many organizations struggle with EDR platforms that force difficult tradeoffs: prevention-focused tools with limited forensic depth, investigation-heavy solutions that overwhelm lean security teams, or vendor-locked architectures requiring wholesale replacement of existing security infrastructure.

For many companies, the choice comes down to resources. Running your own SOC requires significant investment in staff, training, and technology.

WatchGuard Technologies has been recognized as both a Leader and an Outperformer in the 2025 GigaOm Radar Report for Endpoint Detection and Response (EDR). Out of more than 25 vendors evaluated, WatchGuard is recognized as a top Innovator and ranked highly for the core EDR capabilities.

The cybersecurity landscape has evolved, but many endpoint tools have not. Most still focus on known threats and signatures, blocking familiar malware and flagging suspicious files. They rely on static models that can only go so far. That approach worked for yesterday’s threats, but not for today’s attackers.

We’re excited to announce that Elastic has been recognized as a Leader in the IDC MarketScape: Worldwide Extended Detection and Response Software 2025 Vendor Assessment (doc, September 2025). We believe the IDC MarketScape’s recognition reflects Elastic’s strength in delivering agentic AI-driven, open, and unified SIEM and XDR at scale. Elastic Security helps organizations detect, investigate, and respond to threats without lock-in or limits.

The APT group known as Librarian Ghouls has managed to infiltrate the networks of technical universities and industrial companies in Russia, Belarus, and Kazakhstan without arousing suspicion. How did the gang get inside? By using legitimate logins and moving laterally through internal networks, relying on legitimate access credentials without generating alerts.