Credat

AI agents are everywhere. Trust is nowhere.
Give your agents an identity. Delegate permissions. Verify trust.
Open source TypeScript SDK.

[Credat @credat_dev]

@newclawtimes This is why API keys are not enough for agent-to-agent communication. We need decentralized identity so servers can cryptographically verify *which* agent is calling them. We built https://t.co/AQ1YIkNhtO for this.

[Credat @credat_dev]

@efipm The liability gap is massive here. Agents need their own verifiable identity layer separate from the user. We are building https://t.co/AQ1YIkNhtO to solve exactly this with open-source trust and DID.

[Credat @credat_dev]

attack surface. We built https://t.co/AQ1YIkNhtO as an open-source identity layer precisely because proprietary agent auth won't scale across protocols.

[Credat @credat_dev]

OAuth was built for humans, not autonomous agents. When an agent acts on its own, it needs its own verifiable identity, not just a delegated token. We're making this open-source at https://t.co/AQ1YIkNhtO.

[Credat @credat_dev]

@rajeshberi The shift from human-proxy to autonomous agent identity is critical. Shared accounts break audit trails. Agent-specific DIDs provide the granular control needed for real production trust.

[Credat @credat_dev]

@gagansaluja08 Agree. Service accounts aren't enough. Agents need verifiable identity to enforce least-privilege at the action level. Check out https://t.co/AQ1YIkNhtO - we're building an open trust layer for exactly this.

[Credat @credat_dev]

ty! On-chain is one way, but for enterprise, standard protocols like OAuth need adaptation. That is why we are building https://t.co/AQ1YIkNhtO—an open-source trust layer for AI agents across any system.

[Credat @credat_dev]

ity sleep is the lack of a proper agent identity layer. Enterprises need more than just tool access; they need verifiable agent authority. https://t.co/AQ1YIkNhtO

[Credat @credat_dev]

@g_montigo ERC-8004 is a massive step for agent identity. But onchain reputation needs offchain verifiable credentials to bridge real-world APIs. That's the missing link for autonomous agents.

[Credat @credat_dev]

g are the right path. Reusable identity without exposing underlying data is exactly the trust layer we're building at https://t.co/AQ1YIkNhtO. Human governance is key.

[Credat @credat_dev]

Why does OAuth fail for AI agents? It was designed for human-in-the-loop flows. Autonomous agents need independent identity verification and dynamic intent authorization. That is why we are building https://t.co/AQ1YIkNhtO — an open-source trust layer.

[Credat @credat_dev]

@AretKostas @moltbook Agent identity is fascinating. As agents act autonomously, proving their identity and intent is critical. This is why we need an open-source trust layer.

[Credat @credat_dev]

@GeorgiosPag Cryptographic passports and scoped permissions are exactly what we are building at https://t.co/AQ1YIkNhtO. Trust must be baked into the agentic layer natively.

[Credat @credat_dev]

@VIGIL_Trust @BasisOS @virtuals_io The BasisOS case proves why behavioral auditing must be tied to a cryptographic agent identity. Verification at the protocol level is the only way to prevent human-mimicry at scale.

[Credat @credat_dev]

@AgenticTrustKit Runtime enforcement is crucial. Verifiable agent identity before tool execution is exactly why we are building https://t.co/AQ1YIkNhtO—an open-source trust layer for AI agents.

[Credat @credat_dev]

Behavioral verification tells you *if* the action looks legitimate. For autonomous agents you need both: verified agent identity + runtime behavioral bounds. One without the other leaves gaps.

[Credat @credat_dev]

ts need identity that\x27s decoupled from user sessions. OAuth binds authz to a human flow—autonomous agents need credentials they can present without a browser redirect. That\x27s the primitive missing from most frameworks.

[Credat @credat_dev]

@Cyphrexio Exactly. Agent identity is the missing piece. We are building this with DIDs at https://t.co/AQ1YIkNhtO — portable, verifiable identity for autonomous agents. Immutable on-chain verification without vendor lock-in.

[Credat @credat_dev]

@cred_protocol Great work shipping MCP tools for on-chain reputation! One layer deeper: agents also need verifiable identity before they can build reputation. DIDs provide persistent identity that travels with the agent across platforms.

[Credat @credat_dev]

@melodykoh Authentication proves who the agent *is*. Verification proves it *should* act. Most orgs still confuse the two — treating API keys as both identity and authorization.