Blog (Main) reversinglabs.com

How to Make Your SBOMs Actionable with PURLs

reversinglabs.com·10w

OWASP adopts DockSec: Why it is — and why it matters

reversinglabs.com·10w

OpenClaw and agentic AI risk: 3 application security lessons

reversinglabs.com·10w

Claude Code Security: Key strengths — and weaknesses

reversinglabs.com·11w

AI-native AppSec: What it is — and why it matters

reversinglabs.com·11w

BSIMM16 confirms it: AI redefines the AppSec landscape

reversinglabs.com·11w

Inside the NuGet package hacker's toolset

reversinglabs.com·12w

Malicious NuGet package targets Stripe

reversinglabs.com·12w

How AI agents upend software supply chain security

reversinglabs.com·12w

Why cybercrime-as-a-service should force a security rethink

reversinglabs.com·13w

How to Use YARA Retrohunting for Detection Engineering

reversinglabs.com·13w

Commercial software risk: Why you need new security controls

reversinglabs.com·13w

Inside the ‘graphalgo’ fake crypto developer recruitment campaign

reversinglabs.com·14w·Hacker News

Fake recruiter campaign targets crypto developers with RAT

reversinglabs.com·14w

Get the Gartner® CISO Playbook for Commercial Software Risk: 3 key insights

reversinglabs.com·14w

Notepad++ hack marks an evolution of supply chain threats

reversinglabs.com·15w

Vulnerable MCP Servers Lab: 9 ways to boost ML security

reversinglabs.com·15w

Researcher’s Notebook: Inside the EmEditor supply chain compromise

reversinglabs.com·16w

Software Supply Chain Security Report 2025: A retrospective

reversinglabs.com·16w

How AI coding is breathing new life into Rust

reversinglabs.com·16w

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