kevrosPrecision decisioning, agentic trust, and verifiable identity for autonomous agents
Install via ClawdBot CLI:
clawdbot install knuckles-stack/kevrosGrade Good — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Sends data to undocumented external endpoint (potential exfiltration)
POST → https://governance.taskhawktech.com/signupPotentially destructive shell commands in tool definitions
rm -rf /Calls external URL not in known-safe list
https://governance.taskhawktech.com`AI Analysis
The skill's external API calls are consistent with its stated purpose of cryptographic governance for autonomous agents, with no evidence of credential harvesting or hidden safety overrides. While it sends data to an external endpoint, this appears to be a legitimate service for decision verification and attestation as documented, not unauthorized exfiltration.
Generated Mar 20, 2026
An autonomous agent managing cloud deployments uses Kevros to verify scaling actions against policy bounds before execution, ensuring no unauthorized changes. It records each deployment in a hash-chained ledger for audit trails and binds intents to commands for cryptographic proof of compliance with operational goals, enabling independent verification by team members.
In fintech, an AI agent handling automated trades uses Kevros to verify transaction amounts against regulatory limits, preventing overspending. It attests each trade in an immutable ledger for regulatory audits and binds trading intents to execution commands, providing cryptographic evidence of adherence to financial policies and reducing fraud risk.
An agent managing patient data access in healthcare systems uses Kevros to verify data retrieval requests against HIPAA policies, clamping or denying unauthorized accesses. It records all access events in a provenance chain for compliance audits and binds data usage intents to actions, ensuring verifiable privacy protection and trust among stakeholders.
An autonomous agent optimizing supply chain logistics uses Kevros to verify inventory adjustments against safety stock policies, preventing stockouts or overages. It attests each adjustment in a hash-chained record for traceability and binds replenishment intents to orders, enabling suppliers to independently verify decisions and improve collaboration efficiency.
In decentralized applications, an AI agent executing smart contracts uses Kevros to verify contract parameters against predefined rules before on-chain deployment, reducing errors. It records each execution in an append-only ledger for transparency and binds contract intents to code, allowing network participants to cryptographically verify actions without trust assumptions.
Offer a free tier with limited monthly calls (e.g., 1,000 verifications) to attract developers and small projects, then charge for higher tiers with increased limits, advanced features like compliance bundles, and priority support. Revenue comes from subscription fees, scaling with usage and enterprise needs.
Charge per call for premium features such as compliance bundle exports (e.g., $0.25 per bundle) and additional attestation storage beyond free limits. This model targets enterprises needing regulatory audits, generating revenue based on actual usage and compliance demands without upfront commitments.
License Kevros as an embedded SDK or API for other platforms (e.g., cloud providers, fintech apps) to integrate cryptographic governance into their services. Revenue comes from licensing fees, custom integration support, and revenue-sharing agreements based on client usage, expanding market reach through partnerships.
💬 Integration Tip
Start by setting up the API key and testing with the free tier to verify basic actions, then gradually integrate attestation and binding features to build trust chains without overcomplicating initial deployments.
Scored Jun 17, 2026
Audited Apr 16, 2026 · audit v1.0
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