Agentless · Inside-Out · Zero Install
Secure every AI coding assistant.
From inside out.
Agentless security for AI IDEs and coding assistants. Continuously discover, assess, and secure every MCP server, Skill, Tool, and connected AI workflow with posture management and runtime policy enforcement, not code scanning.
Free for personal use · Work email only · No credit card
The Problem
Your developers are using AI tools with critical vulnerabilities. Your security stack can't see them.
95% of developers use AI tools weekly. AI generates 41% of all code. Yet every major AI IDE has been hit with RCE, prompt injection, or supply chain attacks — and ASPM, CSPM, and EDR were never designed for these threats.
Real-World Attacks
New CVEs every week. Click to see what Armor1 catches.
Multiple RCE vectors. YOLO mode bypasses trivial. Opening a booby-trapped repo compromises cloud keys, PATs, and SaaS sessions.
Terminal agent with full developer privileges. 1M token context window reads your entire repo. Compromised MCP = unrestricted system access.
Cascade's persistent session context accumulates poisoned data across sessions. Late-stage injection extremely difficult to detect.
Package hallucination at scale. LLMs suggest non-existent packages, attackers register them. Marketplace extensions harvest credentials via self-propagating worms.
How Armor1 Works
Three layers. Agentless. From inside out.
Use the full power of agentic AI without the risk. Armor1 doesn't restrict your tools — it secures them.
Deep Posture Management
Audit every configuration before anything runs
Detect and remediate dangerous auto-execution settings across all agentic apps.
Identify disabled trust settings that allow untrusted code execution on folder open.
Flag missing privacy mode settings that allow code and usage data to flow uncontrolled.
Deep risk scoring of every connected MCP server. Flag unofficial, untrusted, and vulnerable servers.
Scan every skill against Armor1's malicious skill detection corpus — tool poisoning, rug pulls, shadowing.
Ensure agents can't modify sensitive dotfiles or delete critical files.
Runtime Enforcement
Guardrails at every execution point — before the breach, not after
Detect and block destructive shell commands: recursive deletes, DB mutation, curl exfiltration. Allow/deny/step-up per command via Hooks and sandbox policies.
Only vetted MCP servers execute. Unknown tools route through explicit approval. Prevent 'shadow MCP' — the IDE equivalent of shadow IT.
Enforce macOS Seatbelt profiles, Linux bubblewrap, scoped filesystem writes, and restricted network egress. Agents stay in their lane.
Scan all outbound MCP payloads for secrets, PII, PHI, PCI data. Block or redact. Most agentic apps have zero outbound restrictions by default.
Telemetry & Continuous Learning
Complete visibility, behavioral analysis, cross-fleet intelligence
Every MCP tool invocation, bash command, file operation, outbound request — attributed to a specific developer and agent. Answer 'what happened?' in seconds.
Baseline normal agent behavior across your fleet. Detect unusual tool sequences, unexpected data access patterns, privilege escalations, and exfiltration attempts.
Patterns from thousands of deployments propagate in real-time. When one organization encounters a new attack pattern, every customer is protected. The platform improves with every deployment.
Why Armor1
Traditional tools have real gaps for agentic AI threats.
ASPM and EDR catch some things. None of them were designed for AI-specific attack vectors.
Scroll horizontally to see all columns
| Attack Vector | ASPM | CSPM/DSPM | EDR | Armor1 |
|---|---|---|---|---|
| RCE via AI Tools / MCP EDR may detect known shell patterns but misses AI-specific exploit chains | Not covered | Not covered | Partial coverage | Covered |
| MCP Tool Poisoning Invisible to all traditional tools — operates at the protocol layer | Not covered | Not covered | Not covered | Covered |
| Prompt Injection → Exfil No traditional tool understands LLM context manipulation | Not covered | Not covered | Not covered | Covered |
| Package Hallucination SCA catches known CVEs but not hallucinated package names | Partial coverage | Not covered | Not covered | Covered |
| Unsafe IDE Configuration YOLO mode, Workspace Trust, auto-run — invisible to all | Not covered | Not covered | Not covered | Covered |
| Malicious Extensions ASPM may flag known bad; EDR may catch some behaviors post-install | Partial coverage | Not covered | Partial coverage | Covered |
| Indirect Prompt Injection Requires AI-native understanding of content-as-instruction | Not covered | Not covered | Not covered | Covered |
Free & Open
The world's largest MCP security catalog.
Deep risk analysis for thousands of MCP servers. Developers use it daily to vet servers before they touch their codebase. Armor1 has discovered hundreds of credential leaks and dozens of malicious packages.
Get Started
5 minutes from sign-up to full visibility.
Sign up with your work email
No credit card. No sales call. Free for personal use. Takes 30 seconds.
Armor1 scans your environment
Discovers every agentic app, MCP server, skill, and configuration. Agentless — nothing to install.
See your risk posture immediately
23 risk metrics per app. Guided remediation scripts. Runtime enforcement from day one.
FAQ
Questions we get asked first.
What Armor1 is, what it isn't, and what it costs to find out.
What is Armor1?
Is Armor1 an agent we have to install on every developer machine?
How is this different from a code scanner or a SAST tool?
Which AI coding assistants does Armor1 cover?
What is an MCP server, and why is it a security risk?
Does Armor1 block risky agent actions, or only report them?
Does our source code or sensitive data leave our environment?
How quickly can we get started, and what does it cost?
Everything to gain.
Nothing to lose.
Every week, new CVEs are disclosed in AI coding tools. Every day, developers install unvetted MCP servers. The attack surface is growing at machine speed. Your current tools can't see it.
Work email required · No credit card · No sales call