NousResearch/hermes-agent

Desktop serve idle CPU burn from polling loop

Cluster 108005. Data as of

Nothing open on GitHub. Fix merged in #117063 on 20 Sep 2026. Check it covers your case.

The short answer

0open issues
0open PRs
3items grouped
Known?
Yes. 3 related items grouped here, 1 issue already closed.
Fix event
A fix was merged to main in PR #117063. Check it covers your case. No release data is tracked.
Tracker
The maintainers' tracker marks this resolved, deciding PR #117063. That is separate from the fix event.
Still open
Nothing open on GitHub.

A per-session notification poller in desktop serve calls psutil.Process.status() roughly twice per second per session, causing CPU usage that scales with the square of open sessions. The cluster covers identifying this idle CPU burn and throttling the bot-delivery poll interval to reduce it.

Open issues0

No open issues.

Open PRs0

No open pull requests.

Fixes on record

Merged to main. A stamp counts the issues a fix is linked to.

  • #117063 Desktop `serve` stops burning a core while idle: the bot-delivery poll runs every 5 s, not 2×/s per session (#108005, salvage #108014)

    merged to main

    files: hermes_cli/active_sessions.py, tests/hermes_cli/test_active_sessions.py, tests/hermes_cli/test_shared_session_attach.py, tests/tui_gateway/test_bot_delivery_poll_throttle.py, tests/tui_gateway/test_bot_live_owner_delivery.py, tui_gateway/session_notifications.py

1 PR closed without merging

From the close comments: merged via another change 1

  • #108014 fix(tui): throttle idle bot-delivery poll to stop sessions² CPU · merged via another change → 0caf219, #117063, #108005
Closed issues · 1
  • Closed#108005Desktop `serve` burns up to a full core while idle (cost ≈ open sessions²): per-session notification poller sweeps every session lease with `psutil.Process.status()` ~2×/s
How this cluster was grouped
  • Link evidence (structural links throughout): every member is connected by structural evidence: shared changed files, or a closing/superseded reference.
  • Pairwise link density 0.67: the share of item pairs that carry a link, counting a structural link in full and a relevance-only link at 0.36. 1.00 means every pair is linked.

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At a glance

Merged PRs
#117063
Closed issues
1
Attempts
1 PR closed without merging
Fix link checked
20 Sep 2026

For your agent

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