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OpenClaw Modularizes Runtime and Hardens Infrastructure for Reliable Self-Hosted Agents

OpenClaw, an open-source self-hosted AI assistant, released version 2026.5.12 with a modularized runtime that externalizes heavy dependencies for providers like Slack. This leaner architecture ensures core installs only pull code for active plugins, reducing the footprint of OpenClaw's self-hosted infrastructure. The update also adds isolated worker threads for Telegram.
Availability
Open-source (GitHub, npm, Docker)
New Protocol
Gateway v4 (explicit delta/replace frames)
Messaging Isolation
Dedicated worker for Telegram polling
Dependency Management
Modularized (externalized provider packages)
Security
SecretRefs for credentials, Windows sandbox blocks

This shift addresses the reliability gap between experimental agents and production-ready systems. By isolating ingress workers and moving to a new streaming protocol with explicit delta frames (incremental text updates), the platform prevents stalling during OpenClaw's multi-agent orchestration. It also streamlines OpenClaw's Codex migration path by defaulting OpenAI to Codex profiles.

Update via the CLI or by pulling the new Docker image. Security has been hardened with structured SecretRefs for API keys and stricter sandbox blocks for Windows home directories. The release is available now as a free, open-source update for all users running OpenClaw on their own hardware.

View the full update on github.com
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OpenClaw 2026.5.12 🦞 🧠 OpenAI setup defaults to Codex login 🛟 Runtime fallbacks + stalled-stream recovery 📬 Telegram polling survives stalls ⚡ Leaner installs, faster startup paths Faster, calmer, harder to wedge. https://t.co/Hsd6AcW1Tj

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Still wondering? A few quick answers below.

OpenClaw is a self-hosted, open-source AI assistant designed to run on your own hardware while connecting to messaging platforms like Telegram, Slack, and WhatsApp. It uses a plugin-based skill architecture to execute real-world tasks such as managing calendars or home automation, ensuring that your data remains under your control on your own machine.

This update focuses on infrastructure hardening by modularizing the runtime to remove heavy dependencies for unused providers. It also introduces isolated worker threads for Telegram polling to prevent stalls during AI reasoning loops and streamlines the setup process for Codex users. Security is improved through stricter sandbox rules for Windows and structured secret management for API keys.

In version 2026.5.12, Telegram ingress has been moved to an isolated worker thread with a durable local spool. This architectural change ensures that the bot remains responsive to new messages even if the main event loop stalls during complex AI tasks. It also improves the handling of group media and preserves HTML formatting in streamed replies.

Yes, OpenClaw 2026.5.12 is a free, open-source release available to all users. You can install or update it via the command line interface, npm, or by pulling the latest Docker image. The update supports multiple operating systems, including Windows, macOS, and Linux, and is designed for users who prefer to host their own AI agents.

The Gateway v4 protocol is a new streaming standard that uses explicit delta and replace frames for chat updates. This allows client applications and software development kits to consume assistant updates without needing to perform complex local diffing. It also ensures that token limits provided by the client are correctly preserved when sending requests to upstream AI providers.

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