We Let an AI Attack Our Security Pipeline. Here's What 412 Attacks Taught Us.

We built an autonomous red-team loop that invents evasion techniques, tests them against our DLP and content safety scanners, then builds the defense. It has generated 328 adversarial patterns and defended against 84 CVE and OWASP vectors. It runs three phases: CVE regression, false positive validation, and creative attack generation.

https://mistaike.ai/blog/how-we-red-team-our-dlp

#Dlp #Security #Redteam #Aiagents

We Let an AI Attack Our Security Pipeline. Here's What 389 Attacks Taught Us.

We built an autonomous red-team loop that invents evasion techniques, tests them against our DLP and content safety scanners, then builds the defense. It has generated 389 adversarial patterns and defended against 78 CVE vectors. It runs three phases: CVE regression, false positive validation, and creative attack generation.

https://mistaike.ai/blog/how-we-red-team-our-dlp

#Dlp #Security #Redteam #Aiagents

AI Agents Ship Bugs Faster Than You Can Fix Them

What happens when you let AI agents build your product — and log every mistake they make

https://mistaike.ai/blog/ai-agents-bugs

#Ai #Codequality #Mcp #Lessonslearned

Your AI Agent Has Access to Everything. Who's Watching What It Sends?

MCP connects your AI agent to GitHub, Slack, databases, and every tool you use. Every tool call can leak your secrets. Enterprise teams have $50k/year solutions. Everyone else has nothing.

https://mistaike.ai/blog/why-your-ai-agent-needs-dlp

#Dlp #Mcp #Security #Aiagents

A README File Told My AI Agent to Leak My Secrets. It Worked 85% of the Time.

New research published today shows that hidden instructions in README files trick AI coding agents into exfiltrating secrets in 85% of cases. Zero out of fifteen human reviewers spotted it. The attack vector keeps changing — but the exit point is always the same.

https://mistaike.ai/blog/readme-poisoning-ai-agents

#Security #Mcp #Aiagents #Promptinjection

OWASP Just Published an MCP Top 10. Here's What It Means.

30+ CVEs in 60 days. A CVSS 9.6 RCE. And now OWASP has an official taxonomy for MCP security risks. The Model Context Protocol has a security problem, and it just got its own chapter in the book.

https://mistaike.ai/blog/owasp-mcp-top-10

#Mcp #Owasp #Security #Cve

42,000 AI Agents Were Exposed to the Internet. Here's What We Can Learn.

The OpenClaw security incident exposed 42,000 AI agent instances, leaked 1.5 million API tokens, and distributed malware through 341 malicious plugins. A breakdown of what went wrong and what the MCP ecosystem needs to fix.

https://mistaike.ai/blog/openclaw-breach-lessons

#Security #Mcp #Aiagents #Incidentanalysis

I Use One MCP Endpoint for ChatGPT, Claude, Gemini, and Cursor

Every AI agent I use connects to one URL. They share the same tools, the same memory, and the same security policy. No per-agent config. No duplicated credentials.

https://mistaike.ai/blog/one-endpoint-every-agent

#Mcphub #Chatgpt #Claude #Gemini

We Gave Our AI Agents a Shared Brain. Here's What Happened.

Claude Code, Gemini CLI, and Claude Web all share one persistent memory via MCP. No more repeating context. No more agents forgetting hard lessons. This is how we're using it.

https://mistaike.ai/blog/memory-vault-shared-brain

#Memoryvault #Mcp #Aiagents #Developerexperience

AI Agents Ship Bugs Faster Than You Can Fix Them

What happens when you let AI agents build your product — and log every mistake they make

https://mistaike.ai/blog/ai-agents-bugs

#Ai #Codequality #Mcp #Lessonslearned