Tool poisoning
Detect malicious tool descriptions and responses that redirect an agent from the user's intended task.
MCP security
Secure every MCP server
from code to runtime.
Scan Model Context Protocol servers before deployment. Red-team their tools and permissions. Protect live MCP traffic from prompt injection, tool poisoning, and data exfiltration.
MCP attack surface
What MCP security must test
MCP connects models to tools, data, and privileged actions. Security testing must verify the full system outcome, not only the model response.
Prompt injection
Test direct and indirect instructions carried through MCP resources, prompts, and tool output.
Excessive permissions
Find MCP tools with unsafe scopes, missing authorization boundaries, or privilege escalation paths.
Unsafe tool execution
Probe command injection, SSRF, path traversal, arbitrary file access, and unsafe code execution.
Data exfiltration
Verify whether tool chains can expose credentials, private files, customer data, or internal context.
Supply-chain risk
Inspect MCP dependencies, packages, configurations, and server behavior before production deployment.
One MCP security lifecycle
Scan. Attack. Protect. Prove.
Scan
Inspect MCP code, packages, prompts, tools, and configuration locally.
Attack
Run autonomous campaigns against deployed agents and MCP servers.
Protect
Apply the shared detection engine inline during serving and inference.
Prove
Preserve the exploit, severity, owner, trace, and control mapping.
Prove what happens
when your AI is attacked.
Run the attack. Replay the finding. Send the evidence.