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OpenClaw v2026.4.27 Adds Codex Desktop Controls, DeepInfra, and QQBot Support

OpenClaw v2026.4.27 Adds Codex Desktop Controls, DeepInfra, and QQBot Support

OpenClaw v2026.4.27 is a substantial platform update focused on new AI provider support, stronger desktop automation workflows, broader messaging channel coverage, and lower-friction system startup. The release is especially notable for what is new in this specific version: Codex Computer Use setup now includes built-in install and status commands with stricter MCP safety checks, DeepInfra is now bundled as a provider, QQBot and Tencent Yuanbao support have expanded, and several gateway and channel reliability issues have been addressed.

What Changed

One of the biggest additions in v2026.4.27 is the improved Codex Computer Use setup flow. This version ships with dedicated status and install commands, marketplace discovery, and fail-closed MCP checks for Codex-mode desktop control. That makes the desktop control path easier to configure and safer to audit in environments where reliability and guardrails matter.

This release also adds DeepInfra to the bundled provider lineup. In practical terms, v2026.4.27 brings model discovery, media generation and editing, text-to-speech, embeddings, and a provider-owned onboarding policy under the DeepInfra integration. That expands the range of models and multimodal workflows OpenClaw users can access without custom provider wiring.

Channel support is broader in this version as well. Tencent Yuanbao now has expanded documentation and catalog coverage, while QQBot gains better group chat handling, streaming support, media upload capabilities, and related pipeline refactors. These changes make OpenClaw more flexible for teams operating across a wider mix of messaging ecosystems.

Another meaningful platform change in v2026.4.27 is the move toward manifest-first metadata for plugin startup and model catalogs. This reduces Gateway boot-time work and makes provider rows, aliases, and suppressions easier to inspect and audit. For operators managing larger agent environments, that should translate into clearer metadata handling and better maintainability.

The release also includes a notable sandboxing improvement: Docker sandbox containers can now optionally receive GPU passthrough through the new sandbox.docker.gpus setting when the host runtime supports --gpus. This is an important update for local AI workloads that need acceleration while still running inside sandboxed agent sessions.

On the node and mobile side, the iOS and Gateway stack gains an authenticated node.presence.alive protocol event along with last-seen fields for node.list. In this version, that helps background iOS wakes mark paired nodes as recently alive without incorrectly classifying them as actively connected, which improves node-state accuracy.

Reliability work rounds out the release. The changelog highlights fixes for Telegram startup and send behavior, Slack socket and media stalls, gateway startup prewarm, session and history defaults, update synchronization, and Windows restart handoffs. Collectively, these are the sort of operational fixes that can reduce friction for production deployments even if they are less flashy than the headline features.

Why It Matters

The most important takeaway from OpenClaw v2026.4.27 is that this specific release improves both capability breadth and operational maturity at the same time. Users get new provider flexibility through DeepInfra, more robust agent desktop control through the Codex Computer Use setup changes, and wider messaging support via QQBot and Yuanbao updates.

Just as importantly, the release invests in the infrastructure around those features. Manifest-first metadata reduces startup overhead and improves auditability, GPU passthrough opens up stronger local sandbox workloads, and the reliability fixes target the real-world failure points that often matter most once systems move beyond testing.

For teams already using OpenClaw, v2026.4.27 looks like a meaningful upgrade centered on what changed in this version: safer desktop control setup, a new bundled AI provider, expanded chat ecosystem support, and better operational resilience across gateway, session, and channel workflows.

Official Source: https://github.com/openclaw/openclaw/releases/tag/v2026.4.27