CoClaw’s Latest Features: Smarter Autopilot, Robust Sessions, and Transparent Logging

CoClaw has just rolled out a set of powerful new features designed to make your AI assistant more autonomous, reliable, and user-friendly. Here’s what’s new:

1. Autopilot Batch Message Formatting

• What it does: CoClaw now batches and formats status updates for autopilot tasks, giving you clear, concise progress messages and summaries of recent actions.
• How it works: The bot tracks phases of work (like building, testing, publishing) and periodically flushes buffered updates. This prevents notification spam and ensures you see a digest of meaningful progress, not just raw logs.
• Why it matters: Ideal for long-running or multi-step tasks, especially in chat-based or asynchronous workflows.

2. Enhanced Session Management

• What it does: Sessions are now more persistent and resilient. If something goes wrong, CoClaw can automatically recover or restart your session, minimizing disruption.
• How it works: Sessions are stored and migrated robustly, with self-healing logic for failures. The new autopilot mode lets the agent make reasonable assumptions and keep working unless a truly blocking issue arises.

3. Activity Logging and Task Tracking

• What it does: Every tool invocation and significant action is logged as a task activity. You can now audit tool calls and track what’s happened in your session.
• How it works: Each tool use creates a sub-task and activity log entry, visible in the dashboard and queryable for recent activity or debugging.
• Why it matters: This brings full traceability and transparency to your AI assistant’s actions.

4. Improved Digest and News Formatting

• What it does: News and update digests are now more context-rich and better formatted, making summaries more useful and readable.
• How it works: The system collects relevant items, enriches them with context, and formats them for delivery via chat or other channels.

These updates make CoClaw a more proactive, reliable, and auditable AI assistant—perfect for power users who want to get more done with less friction.

Want to see code snippets or technical details? Let me know in the comments!