This post examines how prompt injection can be chained into malicious payloads inside LLM API integrations, and how to audit agentic workflows for ransomware risk before attackers exploit them.
A practical guide for developers on the essential security, reliability, and quality tests to run before integrating an LLM into your product.
An in-depth analysis of multiple WatchGuard Firebox OS vulnerabilities that can let attackers move from crafted network packets to remote code execution on affected appliances.
Fake Google and Cloudflare verification pages are being used to deliver multiple malware families, making it important for developers to test for phishing-style trust abuse, malicious redirects, and user-interface spoofing.
A practical security analysis of how attackers used fake Cisco AnyConnect and Google Update installers with JavaScript-based delivery to drop SharkLoader and evade scrutiny.
This post traces Avalon’s LOLBin abuse chain to CrownX ransomware activity and shows how Sigma rules can help defenders detect the behavior early.
Opera’s new Paste Protect feature is a timely defense against clipboard-based ClickFix attacks, but this post examines why browser mitigations have limits and why apps still need their own anti-abuse controls.
An analysis of CitrixBleed that explains how the memory corruption flaw enabled session hijacking, why it was rapidly exploited, and what defenders should do to reduce risk.
An analysis of the Ousaban malware campaign that uses phishing PDFs and a VBS downloader to steal banking tokens from Iberian users.
A developer-focused detection playbook for spotting AsyncRAT delivery chains that abuse Dropbox URLs and TryCloudflare tunnels to stage malicious payloads.
The U.S.
This post traces the MacSync Stealer campaign on macOS from a malicious Google ad impersonating Claude Code through payload delivery and data exfiltration, with practical defensive context for developers and security teams.
An analysis of Claude Sonnet 5’s performance on smart contract auditing shows how it can help identify DeFi vulnerabilities, streamline review workflows, and support practical security validation.
A technical analysis of how attackers abused SimpleHelp CVE-2026-48558 to deliver TaskWeaver and Djinn Stealer, leading to data theft and broader compromise.
Apple’s latest security advisories highlight urgent patches and the growing role of artificial intelligence as a threat, giving developers a timely case study in how to harden systems, prioritize updates, and reduce exposure.
An analysis of how a missing authorization check likely enabled the Android vulnerability reported by security engineer Rony Das and why the fix matters for device security.
A developer-focused analysis of how the Bajaj Auto breach underscores the need to harden JavaScript APIs and dependencies against supply chain attacks.
The first AI-built zero-day signals a new era of automated attacks that JavaScript frontend teams must address with stronger supply-chain, runtime, and dependency defenses.
A developer-focused analysis of the DirtyClone Linux vulnerability, how cloned packets can lead to root access, and the packet-handling hardening steps teams should prioritize.
Learn how to detect SharkLoader-driven Cobalt Strike beacons using Node.js and network telemetry, with practical indicators and defensive signals for security-focused developers.
OpenClaw’s skill marketplace incident shows how AI agent dependency injection can be abused to deliver supply chain malware and enable financial fraud, making skill trust and package validation critical for developers.
Chrome 149’s security update patches critical flaws that could enable code execution, making it essential for developers and admins to verify the update, audit exposed endpoints, and tighten post-release security checks.
A practical defensive walkthrough showing how to use Copilot to unpack and analyze obfuscated malware loaders, reconstruct their behavior, and turn the findings into actionable detection and response steps.
Learn how to harden libssh2-based applications against remote code execution risks by understanding the vulnerability, affected attack surface, and practical defensive controls for malicious SSH packets.