AI Security Tools Comparison — 2026

AI Security Without
Enterprise Sales

Snyk deploys via Jamf. CodeSlick installs in 30 seconds with one line in your MCP config. Both scan AI security — from opposite ends of your stack.

We scan different things

Snyk's Skill Inspector scans how AI agents behave. CodeSlick scans how MCP servers are implemented. Both matter.

CodeSlick

Scans the server implementation code

When you build an MCP server, CodeSlick reads your source code and finds vulnerabilities that will be present at runtime — command injection in tool handlers, path traversal in file-access tools, hardcoded secrets in config, missing auth checks.

19 checks specific to MCP server implementation (13 JS + 6 Python) + 306 general security checks

Snyk Skill Inspector

Scans agent skill behavior

Snyk analyzes how installed AI skills behave at runtime — what capabilities they claim, whether they match their descriptions, whether they exfiltrate data or execute unexpected system calls.

Deployed via Jamf, enterprise-priced. Part of Snyk Evo (design partner phase).

These are complementary, not competing. If you're building MCP servers, you need code-level checks. If you're deploying third-party skills, behavioral checks matter too.

What CodeSlick catches that behavioral scanning misses

These vulnerabilities live in the source code. A behavioral scanner cannot find them until they are exploited at runtime.

Command injection in MCP tool handlers (MCP-JS-001)
Path traversal in file-access tools (MCP-JS-002)
Missing input validation on tool parameters (MCP-JS-003)
Hardcoded secrets in MCP server code (MCP-JS-004)
Tool output injected into SQL queries (MCP-JS-005)
Missing authentication on tool endpoints (MCP-JS-006)
Unsafe deserialization of tool arguments (MCP-JS-007)
Server-side request forgery in HTTP tools (MCP-JS-008)
+ 5 more implementation-level checks (MCP-JS-009 through MCP-JS-013)

What CodeSlick and Snyk both catch

These behavioral checks exist in CodeSlick's MCP-specific analyzer AND would be caught by Snyk's behavioral layer. Different detection method, same vulnerability class.

MCP-JS-009

Prompt injection pass-through in tool handlers

MCP-JS-010

Third-party content exposure via tool output

MCP-JS-011

Unauthorized financial API access in tools

MCP-JS-012

System persistence writes (cron, launchd, rc files)

MCP-JS-013

Unverifiable dependency execution (curl | sh, dynamic npm install)

MCP-PY-005

Prompt injection — Python tool handlers

MCP-PY-006

System persistence — Python (systemd, .bashrc)

Green = CodeSlick · Gray = Snyk Skill Inspector

Full comparison

FeatureCodeSlickSnyk Studio / Evo
InstallationOne line in cursor_mcp.json or claude_desktop_config.jsonJamf MDM deployment (IT-managed)
PricingFree — own API key or no key needed for SASTEnterprise pricing, sales call required
MCP server scanningYes — scans server implementation code (the target)No — Snyk IS the MCP client, not the target
AI-BOMYes — via generate_ai_bom (free, local)Via Evo — enterprise only, design partner phase
Code analysis runsLocally — your code never leaves your machineCloud-sent to Snyk servers
Security directives.codeslick.yml in your repo (version-controlled)Pushed via Jamf by CISO (not dev-controlled)
Pre-commit hookYes — codeslick CLI, npx installVia Snyk CLI (separate product)
GitHub PR integrationYes — GitHub App, free tierYes — GitHub App (paid)
LanguagesJS, TS, Python, Java, Go (306 checks)JS, TS, Python, Java, Go, C#, Ruby, and more
Who controls itThe developerThe CISO / IT department

30-second install. No IT ticket required.

Add one line to your Cursor or Claude Desktop config and start scanning. Own API key or no key needed for static analysis.

// ~/.cursor/mcp.json
{ "codeslick": { "command": "npx", "args": ["-y", "codeslick-mcp-server"] } }
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