Intutic vs Pillar Security
Last reviewed: 2026-10-10
Intutic is the enforcement point inside the coding agent: a pre-execution gate decides each tool call in 36 of the 43 supported harnesses, with a policy proxy, an MCP governance proxy, a default-deny egress firewall, sandboxed execution behind it. It is open core. Pillar Security (pillar.security) is an AI security platform with three parts that touch agents: red teaming of agents and workflows, guardrails on model traffic through gateways you already run, and an Agentic Endpoint that hooks Claude Code, Codex CLI and Cursor before each tool call and decides locally. Pillar spans testing and model traffic as well as the endpoint; Intutic governs each action a coding agent takes, across many more harnesses, and adds MCP, network and sandbox containment around it.
Comparison
| Intutic | Pillar Security | |
|---|---|---|
| Where enforcement happens | At the tool call: native pre-execution hook gates in 18 of the 43 harnesses and in-process SDK gates in 17 agent frameworks; plus a request and response proxy, an MCP governance proxy, a host egress firewall (intutic enforce) and sandboxed execution (intutic exec --sandbox) | A pre-tool hook on the developer's machine (Agentic Endpoint), which decides locally and works offline; and model-traffic guardrails through LiteLLM, Kong, TrueFoundry, Agent Router, Open WebUI or its API |
| Coding agents covered | 43 supported harnesses, including Claude Code, Codex, Cursor, GitHub Copilot, Windsurf, Cline, Roo Code, OpenCode and Goose, plus agent frameworks such as LangGraph, CrewAI and the OpenAI Agents SDK through an in-process gate | Enforcement in Claude Code, Codex CLI and Cursor. Posture scans also cover Gemini CLI, OpenCode and Pi, and flag auto-run modes; other agents are detected only |
| Policy actions | Allow, warn, require approval (the call is refused and held for review; with a control plane, once a reviewer approves it the identical retry passes if the workspace has opted in, and with none it stays refused), block, redact, re-ask, and shadow mode that measures how often a rule would act | Each endpoint control is Off, Monitor or Block, with optional confirmation by the developer; controls tighten once untrusted web or MCP content enters the session. Model-traffic guardrails mask, block or log PII, secrets and prompt injection |
| When the policy layer fails | Hook gates fail closed on a crash or a malformed payload, and the proxy blocks by default when its policy service is unreachable. With no configuration, the gates block writes to their own hook files and settings, governance-bypass commands and secrets, and the proxy refuses rm -rf /, mkfs and similar operations in a model's code-execution tool call. The gates' destructive-command tier flags those commands rather than blocking them | Not documented |
| MCP governance | MCP governance proxy with a server registry, approvals and optional default-deny, approval holds, per-call identity, DLP, policy rules, anomaly detectors, trust-on-first-use pinning and tool-description poisoning detection | Inventory of MCP servers, risk scores against a catalogue of more than 23,000 servers, and per-server tool allow-lists in Monitor or Block. No MCP gateway or proxy |
| Red teaming | — | Multi-turn black-box red teaming of agents and workflows, with an attack-surface graph and findings mapped to OWASP, MITRE ATLAS and SAIL |
| Source | Open core (MIT): the proxy, hook gates, MCP proxy, CLI and sync daemon | Closed |
Where Pillar Security is stronger
- Red teaming. Pillar attacks agents and workflows with multi-turn black-box tests and maps what it finds to OWASP, MITRE ATLAS and SAIL. Intutic does not red-team, so its rules come from your policies and from what its detectors see in real traffic.
- Guardrails through the gateway you already run. Its model-traffic guardrails plug into LiteLLM, Kong, TrueFoundry, Agent Router and Open WebUI. Intutic's DLP runs in its own proxy, which can sit behind an existing gateway: see Intutic behind an existing gateway.
- MDM-managed endpoint rollout. Hooks are pushed through Jamf Pro, Kandji, JumpCloud or a script-capable MDM, and are tamper-proof for Codex and Cursor on macOS and Linux.
- Session-aware tightening. Endpoint controls get stricter once untrusted web or MCP content has entered the session.
- MCP server reputation. Each MCP server is scored against a catalogue of more than 23,000 servers. Intutic's rule-based risk score covers changes to the tool set of a server you already run.
When to choose Intutic
- Your developers use coding agents beyond Claude Code, Codex and Cursor, such as GitHub Copilot, Windsurf, Cline or Goose, or agent frameworks such as LangGraph, and you want each tool call decided before it runs.
- You want MCP calls to pass through a governance proxy, with approval holds, rather than only an allow-list.
- You need an egress firewall and a sandbox so an agent cannot route around governance.
- You want to read the code that blocks a call.
When to choose Pillar Security
- You need red teaming of your agents and AI applications alongside runtime controls.
- You want guardrails on model traffic through LiteLLM, Kong or another gateway you already run.
- Your coding agents are Claude Code, Codex CLI and Cursor, and you roll out endpoint controls through an MDM.
Use them together
Pillar can red-team your agents and guard model traffic at your gateway while Intutic gates the coding agents' tool calls inside each harness, governs their MCP calls and contains their network access.