OpenAI announces the availability of OpenClaw Enterprise for managing persistent AI agents
Kevin Lin announced the availability of the open-source platform OpenClaw Enterprise for managing and deploying persistent AI agents at DevDay 2026. According to OpenAI, it adds customer isolation, policy management and security boundaries.
Kevin Lin announced the availability of OpenClaw Enterprise (OCE) at DevDay 2026. It is a vendor-neutral open-source platform for managing and deploying persistent AI agents. The announcement links availability to the day of the recorded presentation.
According to OpenAI, the platform extends OpenClaw with isolation between customers, policy management and firm security boundaries. The described design separates trusted deterministic tasks from agent execution. It includes restrictions on access to the network, files and repositories in a sandbox environment, automated assessment using models, and separate identities, service accounts and connectors for agents.
According to OpenAI, the project originated as an initiative within the company and moved to the independent OpenClaw Foundation early in development. Development continues with partners including Red Hat and NVIDIA. The figure of more than 400 internal deployments and the security claims come from OpenAI; they are not findings from an independent audit.
Why it matters
The platform offers a concrete way to manage persistent AI agents and define their permissions. The described isolation and access control mechanisms are important for deployments across multiple customer environments. However, the announcement does not independently establish their actual effectiveness.
Two audiences, two different impacts
What this means
For individuals
Developers get an open-source platform for deploying persistent agents with separate identities and configurable access to work resources.
For a business
Companies can evaluate the platform for managing agents across customer environments. When assessing operational risk, they must distinguish the described security mechanisms from independently verified results.
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Event sources
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