Unbound AI is an Agent Access Security Broker (AASB) designed to govern what AI coding agents can see, touch, and do across files, terminals, MCPs, & data.
What does MCP risk actually look like in production? ๐จ
Read the full Red Team Walkthrough and learn how to map these threats to controls to secure your AI coding agents: https://t.co/uIYex3bRtf
#RedTeam#AISecurity#MCP#MCPSecurity
AI coding agents are incredibly powerful, but they expose a much wider prompt injection surface than standard chatbots. Detection alone won't save you. You need action-layer enforcement.
Learn how to map, detect, and defend against every injection vector specific to coding agents in our latest breakdown: https://t.co/oEydF0JPeL
#AISecurity #PromptInjection #AppSec #Claude #Cursor #Codex
Claude Code, Cursor, & Codex take 3 different architectural approaches to your code and infra.
One policy across all three either over-restricts the safer ones or under-protects the riskier ones. So, per-tool governance doesnโt scale. Unbound provides the layered alternative: https://t.co/hGe5Kg0irS
The OWASP Top 10 for Agentic Applications shipped in Dec 2025. We spent a week mapping it to what actually happens in enterprise dev environments.
Tool Misuse. Unexpected Code Execution. Rogue Agents. Supply Chain. Trust Exploitation.
https://t.co/DprgOrb1Zr
OWASP defined the risks of AI coding agents. This report maps the 5 major agentic threats to the AASB controls that actually matter in practice. #OWASP#AASB
https://t.co/PuHBBk3J5r
The reported Kiro incident wasnโt just about AI error or user error. It exposed the missing control plane between AI coding agents and production systems. #AASB#AIGovernance
https://t.co/SnJKAEuO9y
AI coding agents are already an unmanaged attack surface. Our latest report maps 5 high-impact OWASP risks to real enterprise workflows and how to govern them. https://t.co/T0X9RWSwd1 #OWASP