Zenity secures business-user copilots in the Microsoft ecosystem. Intercis governs production agents with infrastructure access across any framework.
| Capability | Intercis | Zenity |
|---|---|---|
| Deployment model | Intercept proxy (zero code changes) | Platform integration (Microsoft ecosystem) |
| Tool call interception | ✅ Real-time deny/allow/observe | ⚠️ Copilot action monitoring |
| Agent identity validation | ✅ Per-agent registry + tool scopes | ⚠️ Copilot-level identity |
| Tamper-evident audit trail | ✅ Policy decision logged per call | ✅ Copilot activity logging |
| OWASP Agentic AI coverage | 14/17 threats | ⚠️ Subset focused on copilot risks |
| Prompt injection detection | ✅ Observe mode | ✅ For copilot inputs |
| Kill switch | ✅ Manual: deactivate agent, proxy denies calls | ⚠️ Copilot disable capability |
| SOC2/ISO 27001 evidence | ⚠️ Audit log export; no SOC2/ISO packages | ⚠️ Microsoft compliance integration |
| Pricing | Contact for pricing | Enterprise pricing |
Microsoft-heavy organizations where the primary AI risk is business users building copilots and low-code AI apps. Zenity excels at governing the Microsoft ecosystem, including Copilot Studio, Power Platform, and Salesforce Einstein.
Teams deploying custom AI agents (Claude, GPT) with direct infrastructure access—shell commands, API calls, database queries, CI/CD pipelines. Framework-agnostic, not tied to Microsoft. Essential when agents operate as part of production systems.
Zenity governs copilots in the Microsoft ecosystem. Intercis governs agents across any framework with production infrastructure access. Different audiences, different threat surfaces. Zenity protects business users building low-code apps. Intercis protects engineers running agents with direct system access.
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