Clawvisor

Roadmap & Position in Agent Security

Authorizes AI agent actions without exposing user credentials.

Company Overview

Clawvisor is a security layer that lets AI agents act through approved tasks without holding credentials directly. The buyers are AI builders, security-minded development teams, and agent-heavy operators; no public customers yet.

What They're Building

The company's public product roadmap & what they're committed to building.

Task-Based Authorization

Users approve a stated task once, then Clawvisor checks later API calls against that purpose before credentials are injected.

Credential Vault

OAuth tokens and API keys stay server-side, giving agents access without handing them the keys to the house.

Service Adapters

Public adapters cover Gmail, Google Drive, GitHub, Slack, Notion, Linear, Stripe, Twilio, Dropbox, Granola, Perplexity, Outlook, and OneDrive.

Runtime Proxy

A preview proxy watches model and tool traffic at the network layer, pointing toward live agent control rather than policy docs.

Enterprise Controls

SSO, SAML, private cloud, on-premises deployment, audit logs, and compliance packaging are the obvious path from hacker tool to budget owner.

Latest Intelligence

Zeitgeist tracks private signals to determine where the company is heading strategically.

Competitors

Authsome:

Open-source local auth proxy for AI agents; appears closest on the same credential-control problem.

Agent Safehouse:

Focuses on containing local agents and limiting blast radius, while Clawvisor is purpose-based API authorization.

LangChain:

Agent framework with broad developer distribution; competes if framework-native security absorbs Clawvisor’s layer.

Clawvisor

's Moat:

No structural advantage exists yet at this scale. The likely path is a combination of technical infrastructure and workflow switching costs if Clawvisor becomes the trusted policy layer sitting under many agent deployments.

How They're Leveraging AI

AI Use Overview:

Clawvisor uses LLMs to compare each agent API call against approved task intent, then extracts chain context from earlier tool results to block scope creep, which is a more behavioral approach than static permission lists.

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