When commercial AI models in your security stack block forensic analysis of novel attacks due to safety and privacy guardrails, the damage window widens for agentic malware. The Hugging Face incident shows why. AppGuard reduces attack surface and stops threats in real time—without relying on restricted AI analysis—making your existing detection layers more effective.

he new CISA guidance on adapting Zero Trust principles to Operational Technology correctly diagnoses the unique constraints of OT environments — legacy systems, 24/7 uptime, safety requirements, and expanding IT-OT convergence. Yet most zero trust frameworks still leave a critical gap by treating the endpoint as a black box. AppGuard closes that gap by applying zero-trust controls inside OT endpoints through launch, containment, and isolation rules. The result is proactive, low-friction protection that stops malware techniques in real time — without signatures, constant updates, or operational disruption. Real-world proof from steel manufacturing deployments shows how this approach reduces attack surface, lowers cyber chaos, and enables safer digital transformation.

Qilin and Warlock ransomware employ Bring Your Own Vulnerable Driver (BYOVD) techniques to disable EDR tools at the kernel level, followed by long delays before encryption. AppGuard stops both attacks in multiple ways through its launch, contain, and isolation controls — preventing malicious files from launching, blocking hijacked processes, and protecting critical registry keys. This layered defense stops the attacks early, before EDR blinding occurs and before the ransomware payload can execute.

The accidental leak of Anthropic’s full Claude Code source has given adversaries a complete white-box blueprint for hijacking autonomous AI coding agents on Windows workstations. Unlike typical desktop applications, these high-privilege tools carry outsized risk due to their broad legitimate behavior and frequent script-engine usage. Discover why EDR/XDR struggles to keep pace and how AppGuard’s launch, contain, and isolation controls deliver precise protection while preserving full developer productivity.

Chrome zero-days are a recurring reality. As detection-based EDR/XDR tools struggle to keep up, learn how AppGuard’s controls-based endpoint protection blocks the entire post-exploit kill chain—from process injection to credential theft—preventing damage from the endless stream of Chrome vulnerabilities.

EDR isn’t enough. Despite massive investments, 2025 breaches are shattering records, driven by a ‘one-two punch’: undetected initial intrusions and credential theft that blinds EDR. This post exposes the terrifying TTPs attackers use and reveals how proactive controls can finally deliver the knockout blow against advanced threats that your EDR keeps missing. Don’t be a sitting duck—learn to win.

When these trusted components are hijacked through design flaws, insider threats, or vulnerability exploits, traditional defenses often fall short. While some enterprises are forced to choose between inaction or complete shutdowns, advanced application control and containment solutions like AppGuard offer a vital third option: that can help mitigate risks in real-time without halting operations, thereby reducing the attack surface and empowering organizations to maintain business continuity amid severe threats.

Keeping abreast of EDR shortcomings via social media. LinkedIn: Sets the strategic stage, linking EDR challenges to business needs. Reddit: Grounds it in operational reality, showing the daily grind of detection. X: Adds technical depth, exposing why detection fails against sophisticated attacks. AppGuard offsets EDR shortcomings via endpoint attack surface reduction, restricting what malware can do.

Cybersecurity threats like supply chain attacks targeting developers are on the rise. Learn how application control and containment, particularly AppGuard, can balance security and developer flexibility, restrict what runs, and protect sensitive data. Discover the pros and cons of allow/deny lists, launch prohibition vs. containment, and the importance of isolation rules for a robust developer environment security strategy.

A sophisticated Phishing campaign targeting Microsoft 365 users is exploiting trusted infrastructure to bypass email security. Victims are tricked into calling fake support numbers, leading to the installation of stealer malware on their Windows machines. When email security fails, then more attacks reach the next typical line of defense, AV/EDR/XDR. Combine the social engineering with EDR/XDR weaknesses, any enterprise will wake up to a nightmare when these threat actors phish them. Unless, the enterprise deploys an additional layer of endpoint protection that does not employ any form of pattern-matching to detect malware. Instead, that layer employs controls-based protection that blocks what the malware needs to do despite it all.