remove pi-tau-mux


**Clarifying configuration needs**

I need to inspect the repository, possibly looking into a specific package or service to see what's what. I might also need to clarify some details before moving forward. It seems likely that I might need to remove something from the config, so I'll search for more information to make sure I'm making the right decisions. Let's get started on this!

bash

cd /mnt/rpi/pi-config && rg -n "pi-tau-mux|tau-mux|pitau|pi tau mux|tau mux" .

todo

Remove pi-tau-mux from pi-config

Find all references to pi-tau-mux and remove or disable them safely.


./settings.json:22:    "npm:pi-tau-mux",


Created #1: Remove pi-tau-mux from pi-config (pending)

Remove pi-tau-mux from pi-config

Remove pi-tau-mux from pi-config


**Searching for package information**

I’m thinking I might need to remove an entry, but first, should I check the package lock? It could be related. I’ll search through my home directory to gather more details. There might be something that could help clarify whether the entry should stay or go. Let’s see what I find, and hopefully, I can make a solid decision from there. I really want to get this right!

edit

    "npm:@juicesharp/rpiv-todo",
    "npm:pi-tau-mux",
    "npm:@llblab/pi-telegram"

    "npm:@juicesharp/rpiv-todo",
    "npm:@llblab/pi-telegram"


Successfully replaced 1 block(s) in /mnt/rpi/pi-config/settings.json.

    ...
 18     "npm:pi-btw",
 19     "../../../home/sebas/.agents/extensions/resume-hint/resume-hint.js",
 20     "npm:pi-session-switch",
 21     "npm:@juicesharp/rpiv-todo",
-22     "npm:pi-tau-mux",
 23     "npm:@llblab/pi-telegram"
 24   ]
 25 }


Updated #1 (pending → completed)

Remove pi-tau-mux from pi-config


Removed `pi-tau-mux` from `/mnt/rpi/pi-config/settings.json`.

Changed:
- deleted `"npm:pi-tau-mux"` from `packages`

If you want, I can also check whether Pi needs a reload/reinstall step for extensions on this machine.


and the server on 3001


**Investigating server issues**

I think I need to inspect some services, particularly asking about whether to remove the server running on port 3001, which is related to pi-tau-mux. It's a bit unclear to me, so I definitely need to search for more information to make sure I'm going about this the right way. I want to ensure any actions I take are thoughtful and well-informed. Let's clarify this!

bash

cd /mnt/rpi/pi-config && rg -n "3001|pi-tau-mux|tau-mux|pitau|tau mux" .

todo

Remove pi-tau-mux server on 3001

Find service/process/config using port 3001 and remove pi-tau-mux server setup safely.


(no output)

Command exited with code 1


Created #2: Remove pi-tau-mux server on 3001 (pending)

Remove pi-tau-mux server on 3001

Remove pi-tau-mux from pi-config

Remove pi-tau-mux server on 3001


**Exploring systemd services**

It seems like I should widen my search, possibly looking into systemd services. There's a lot I could uncover there—I'm curious how they operate and what benefits they offer. I want to make sure I explore different aspects and functionalities that systemd may encompass. By doing this, I hope to get a better understanding of the broader picture. Let’s see what useful information I can find on this topic!

bash

ss -ltnp | rg ':3001\b' || true; echo '---'; systemctl list-units --type=service --all | rg 'tau|3001|pi' || true; echo '---'; systemctl list-unit-files | rg 'tau|3001|pi' || true

find /mnt/rpi/pi-config /etc/systemd/system /home/sebas -maxdepth 4 \( -type f -o -type l \) 2>/dev/null | rg 'tau|3001|pi-tau-mux' || true


LISTEN 0      511                        0.0.0.0:3001       0.0.0.0:*    users:(("node",pid=2512798,fd=21))
---
● mkinitcpio-generate-shutdown-ramfs.service                                                not-found inactive   dead         mkinitcpio-generate-shutdown-ramfs.service
  nfs-blkmap.service                                                                        loaded    active     running      pNFS block layout mapping daemon
  pi-job-status-writer.service                                                              loaded    inactive   dead         Write portal pi job active session count
  rpi-eeprom-update.service                                                                 loaded    active     exited       Check for Raspberry Pi EEPROM updates
  rpi-remove-swap-file@var-swap.service                                                     loaded    inactive   dead         Remove swap file /var/swap
  rpi-resize-swap-file.service                                                              loaded    inactive   dead         rpi-resize-var-swap-service - resize swapfile
  rpi-setup-loop@var-swap.service                                                           loaded    active     exited       rpi-setup-loop - set up file on loop device
  rpi-zram-writeback.service                                                                loaded    inactive   dead         zram writeback service
---
mnt-rpi.mount                                generated       -
run-rpc_pipefs.mount                         generated       -
pi-job-status-writer.service                 static          -
rpi-eeprom-update.service                    enabled         enabled
rpi-remove-swap-file@.service                static          -
rpi-resize-swap-file.service                 static          -
rpi-resize.service                           disabled        enabled
rpi-setup-loop@.service                      static          -
rpi-usb-gadget-ics.service                   disabled        enabled
rpi-zram-writeback.service                   static          -
rpc_pipefs.target                            generated       -
pi-job-status-writer.timer                   enabled         enabled
rpi-zram-writeback.timer                     generated       -


UID          PID    PPID  C STIME TTY          TIME CMD
sebas    2512798       1  0 Apr29 ?        00:01:02 node /home/sebas/.npm-global/bin/pi-tau-mux-server
---
2512798: /home/sebas
---
node /home/sebas/.npm-global/bin/pi-tau-mux-server
---
lrwxrwxrwx 1 sebas sebas 0 May  4 17:31 /proc/2512798/cwd -> /home/sebas
lrwxrwxrwx 1 sebas sebas 0 May  4 17:31 /proc/2512798/exe -> /usr/bin/node (deleted)


**Investigating server removal**

I think I need to look into removing the server, potentially the process manager. I’ll need to find the startup source and search for pi-tau-mux-server to see what I can find. It feels a bit complicated, but I want to ensure I'm doing this correctly. I’ll take my time to go through the necessary steps to make sure everything’s handled properly.

systemctl --user list-units --type=service --all | rg 'tau|pi' || true; echo '---'; systemctl --user list-unit-files | rg 'tau|pi' || true; echo '---'; crontab -l 2>/dev/null | rg 'tau|3001|pi' || true; echo '---'; pm2 list 2>/dev/null || true

find ~/.config/systemd ~/.config /etc/systemd/system /mnt/rpi/pi-config -type f 2>/dev/null | xargs rg -n "pi-tau-mux-server|pi-tau-mux|3001" 2>/dev/null || true


● pipewire-media-session.service               not-found inactive dead    pipewire-media-session.service
  pipewire-pulse.service                       loaded    active   running PipeWire PulseAudio
● pipewire-session-manager.service             not-found inactive dead    pipewire-session-manager.service
  pipewire.service                             loaded    active   running PipeWire Multimedia Service
---
rpi-connect-signin.path                                              disabled  enabled
pipewire-pulse.service                                               enabled   enabled
pipewire.service                                                     enabled   enabled
rpi-connect-signin.service                                           static    -
rpi-connect-wayvnc.service                                           disabled  enabled
rpi-connect.service                                                  disabled  enabled
rpi-pipackage.service                                                disabled  enabled
pipewire-pulse.socket                                                enabled   enabled
pipewire.socket                                                      enabled   enabled
---
17 */6 * * * /mnt/rpi/pi-config/bin/agent-tmp-gc --quiet >> /home/sebas/logs/agent-tmp-gc.log 2>&1
---


/mnt/rpi/pi-config/sessions/session-memory-jobs/20260501T044435783880Z.json:5300:              "text": "ated AI teams, workflows, worktrees, and async task orchestration”\\n2. **pi-messenger-swarm**\\n   - “swarm-first multi-agent messaging and task orchestration”\\n3. **pi-subagents**\\n   - “delegating tasks to subagents with chains, parallel execution”\\n4. **@ifi/pi-extension-subagents**\\n   - “full-featured subagent orchestration”\\n5. **taskplane**\\n   - “parallel task execution with checkpoint discipline”\\n6. **@a5c-ai/babysitter-pi**\\n   - orchestration/babysitter angle\\n7. **pi-btw**\\n   - lighter parallel side conversations, probably too weak for your target\\n\\nMost relevant for your plan:\\n- **pi-crew**\\n- **pi-messenger-swarm**\\n- **taskplane**\\n- maybe **pi-subagents** if you want simpler delegation over full orchestration\\n\\nImportant distinction:\\n- `pi-side-agents` = tmux/worktree-heavy async children\\n- `pi-subagents` family = delegated sub-process/subagent workflows\\n- `pi-crew` / `pi-messenger-swarm` sound closer to **hierarchical orchestrator + workers**\\n\\nIf you want, next step I can:\\n- inspect these package READMEs locally via npm metadata,\\n- compare them against your target architecture,\\n- rank best fit with tradeoffs.\",\"textSignature\":\"{\\\"v\\\":1,\\\"id\\\":\\\"msg_05c5cbecf92f5ed70169f22ab9bf4881959cdb82873d8e6ba8\\\",\\\"phase\\\":\\\"final_answer\\\"}\"}],\"api\":\"openai-codex-responses\",\"provider\":\"openai-codex\",\"model\":\"gpt-5.4\",\"usage\":{\"input\":160,\"output\":370,\"cacheRead\":53760,\"cacheWrite\":0,\"totalTokens\":54290,\"cost\":{\"input\":0.0004,\"output\":0.00555,\"cacheRead\":0.013439999999999999,\"cacheWrite\":0,\"total\":0.019389999999999998}},\"stopReason\":\"stop\",\"timestamp\":1777478328497,\"responseId\":\"resp_05c5cbecf92f5ed70169f22ab900888195b41cdc31b5945d8a\"}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:62:{\"type\":\"message\",\"id\":\"02ab7a9a\",\"parentId\":\"96ba2365\",\"timestamp\":\"2026-04-29T16:05:38.937Z\",\"message\":{\"role\":\"assistant\",\"content\":[{\"type\":\"thinking\",\"thinking\":\"**Creating a skill file**\\n\\nI need to create a skill, and I think it would be smart to save relevant details about it. I could put the skill in the directory /.agents/skills/pi-extension-search/SKILL.md. Including some npm search commands could be useful too. Maybe I should also prepare a helper script to make the process easier? It seems like keeping the skill file simple will help avoid unnecessary complications. Let's see how I can make it all come together!\",\"thinkingSignature\":\"{\\\"id\\\":\\\"rs_05c5cbecf92f5ed70169f22c493a348195bc9379582991ee5c\\\",\\\"type\\\":\\\"reasoning\\\",\\\"encrypted_content\\\":\\\"gAAAAABp8ixNtGGMHibUp-Xebz-pN2ZvZhCfdjEpt9MjStUATMbyWGLXU95v0pOenbgyGW6nCx9EA1M9wzVm7h388QqCGcNqpxmJ8vUcWaL0f4_pcWjRZ0tOKvLCmupPcJQq00fohVLiuxRZfjj3wPlsaSS8JG1b_Pv0efYzZy1-LiVMDdfafNLcyNovzMYUD2raJT5MYv94WM0A579gsEpJIPo_1e079ZXawPPU7zVKqkpa8IPCQvkrvKh25uruiFMjZNE4wuwxgCr87ljgPR7plUEOh38TGj74A9Qe5_aooj0WqEEg0Xyry_du6KByPBAMjscW9ZLCCbYttb0ehuCjBbk7UpAla83QAkatIhLQMQTVi5tZSKgaI1vJJjbMWyT-kRgWO7TW1NtIAIOojqNf-lyFri5ui8y2xRNMLFNDE4oSBMKbWfoORkyPSx4X11xw7jSf0YrT2f1GSupa7_HeWBw_dV4BojjHt5-WrtJTHYRgjQqdn6fQtoUVo8J6QObmKNVQILJNbj4VipK4UzZhrCoy4yuZf0uDRNeOcCkcZhggAkkywsH3I8le-QQ2D8PEmE2hxocXbFyx09QlWa74jCW4YkkVqoSSoWiXqWnRZkTNQ7yhPB8-ho6kT8pIOdjJhG3SdPwcvkx1fEdTLmQcgr3F4n8aKyquqkuDulG0w4qPSawE4gGakHnoOWIhgLBI1BzqBIIeZoq8K0i_cFG3P1tb3HXvQhdNkiBgS4AEjsdfQnEzX9NB2rgbf7lKNdbuoZIC5NbyrKBhob_LqXQDzN42I4bSrJZ293REL_iGv0q-jlrmIrnFU2CrVAseWeB8_soQY9pgnyi5LLFw1KxcEBw476WfmwYCwyYi-SaAWY9_MjgzSSbGDClDjwqn5KoERXUa-t40ooBb8D106IRAnO3QXhPwOL4tOEuW83Mhya1qiViPfQiKLkSzUk84Mg4w4TlmQmEeSjXAgBWYGIQlKClziFRYAaopNGAyeytOE7AVeGDlVdi2bXG1_7ufW2eVaWcQLRX_vqg0pHP48oaj3J0oUwUG24KdPu7vAJsav9WCrELKRJJadVvJBJw0QmEtqBbNSAUaI7rsIAItGZva-4Q8xlW-U2yDH731h_MCf-B8TBk17fIKd55MKpW2Ke3VOqlXWEm3tMYpcxkg1srngvBJfTF-HBnYNExCtBUn6kmDp2TN788=\\\",\\\"summary\\\":[{\\\"type\\\":\\\"summary_text\\\",\\\"text\\\":\\\"**Creating a skill file**\\\\n\\\\nI need to create a skill, and I think it would be smart to save relevant details about it. I could put the skill in the directory /.agents/skills/pi-extension-search/SKILL.md. Including some npm search commands could be useful too. Maybe I should also prepare a helper script to make the process easier? It seems like keeping the skill file simple will help avoid unnecessary complications. Let's see how I can make it all come together!\\\"}]}\"},{\"type\":\"toolCall\",\"id\":\"call_1S2cNydz25cFYUQcl73ZVuDl|fc_05c5cbecf92f5ed70169f22c4d28bc81959db46f2a0b9d4b56\",\"name\":\"write\",\"arguments\":{\"path\":\"/home/sebas/.agents/skills/pi-extension-search/SKILL.md\",\"content\":\"---\\nname: pi-extension-search\\ndescription: Search npm for Pi extensions/packages when evaluating add-ons or orchestration tools\\n---\\n\\n# pi-extension-search\\n\\n## Use When\\n\\n- user asks for Pi extensions, Pi packages, or add-ons\\n- you need alternatives to an installed extension\\n- you need to discover packages for orchestration, search, memory, UI, or workflow support in Pi\\n\\n## Workflow\\n\\n1. Confirm whether built-in Pi CLI supports package search:\\n   - `pi --help`\\n   - If no search command exists, use npm search.\\n2. Run focused npm searches with Pi package keywords:\\n   - `npm search --long --searchlimit=50 keywords:pi-package`\\n   - `npm search --long --searchlimit=50 keywords:pi-coding-agent`\\n   - `npm search --long --searchlimit=50 pi-coding-agent <topic>`\\n3. Narrow by topic as needed:\\n   - orchestration: `npm search --long --searchlimit=50 pi orchestration agent`\\n   - subagents: `npm search --long --searchlimit=50 pi subagents`\\n   - memory: `npm search --long --searchlimit=50 pi memory`\\n   - search/web: `npm search --long --searchlimit=50 pi web search`\\n4. Return:\\n   - package name\\n   - one-line fit summary from npm output\\n   - why it may fit the user goal\\n   - top candidates with tradeoffs\\n5. If the user wants installation, suggest:\\n   - `pi install npm:<package-name>`\\n\\n## Notes\\n\\n- Pi CLI here exposes install/remove/update/list/config, not package search.\\n- `npm search` is the practical discovery path.\\n- Prefer packages with explicit `pi-package`, `pi-extension`, or `pi-coding-agent` keywords.\\n- For multi-agent workflows, compare `pi-side-agents` against `pi-subagents`, `pi-crew`, `pi-messenger-swarm`, and `taskplane` when relevant.\\n\"}}],\"api\":\"openai-codex-responses\",\"provider\":\"openai-codex\",\"model\":\"gpt-5.4\",\"usage\":{\"input\":1364,\"output\":525,\"cacheRead\":53760,\"cacheWrite\":0,\"totalTokens\":55649,\"cost\":{\"input\":0.0034100000000000003,\"output\":0.007875,\"cacheRead\":0.013439999999999999,\"cacheWrite\":0,\"total\":0.024724999999999997}},\"stopReason\":\"toolUse\",\"timestamp\":1777478727673,\"responseId\":\"resp_05c5cbecf92f5ed70169f22c480c808195883f3359e064fc8b\"}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:78:{\"type\":\"message\",\"id\":\"4770a981\",\"parentId\":\"caa228b5\",\"timestamp\":\"2026-04-29T16:18:34.333Z\",\"message\":{\"role\":\"assistant\",\"content\":[{\"type\":\"text\",\"text\":\"Best match for your **tmux-required** constraint: **still `pi-side-agents`**.\\n\\nWhy:\\n- It is the only one in this set with **explicit tmux-first architecture**.\\n- Child agents run in **their own tmux windows + git worktrees**.\\n- If your SSH client drops, tmux on server stays alive, so workers keep going.\\n- It already exposes parent control tools: `agent-start`, `agent-check`, `agent-wait-any`, `agent-send`.\\n\\nWhat I found on the others:\\n\\n### 1. `pi-crew`\\nStrong contender on orchestration.\\nPros:\\n- durable run state\\n- detached background runner\\n- optional worktrees\\n- explicit async/background model\\n- better “team/workflow” abstraction than `pi-side-agents`\\n\\nBut:\\n- I found **detached subprocess/background execution**, not tmux-managed workers.\\n- Good if “survive parent chat” matters.\\n- Not proven for your exact “one SSH-backed TUI dies, workers remain inspectable in tmux” requirement.\\n\\n### 2. `taskplane`\\nStrong for planned batch execution.\\nPros:\\n- serious worktree orchestration\\n- supervisor/worker/reviewer/merger roles\\n- persistent task packets\\n- dashboard\\n- likely better than `pi-side-agents` for structured task DAGs\\n\\nBut:\\n- again, **subprocess/worktree orchestration**, not tmux-first worker lifecycle.\\n- Better for batch engine. Worse for your explicit tmux persistence ask.\\n\\n### 3. `pi-messenger-swarm`\\nInteresting but different.\\nPros:\\n- detached spawned agents\\n- file-backed coordination\\n- no daemon required\\n- durable channels\\n\\nBut:\\n- more swarm/messaging mesh than tmux orchestration.\\n- Could survive disconnects.\\n- Not a tmux worker manager.\\n\\n### 4. `pi-subagents` / `@ifi/pi-extension-subagents`\\nGood delegation layer.\\nPros:\\n- async background runs\\n- worktree support\\n- recursion guard\\n- chains/parallel modes\\n\\nBut:\\n- uses **detached runners**, not tmux windows as primary execution surface.\\n- Great for subagent delegation inside a session.\\n- Not best fit for “I want child workers sitting in server tmux I can inspect later”.\\n\\n## Bottom line\\n\\nIf **tmux is non-negotiable**, none of the alternatives beat `pi-side-agents` from what I found.\\n\\nBest fit ranking for your exact goal:\\n\\n1. **pi-side-agents** — best tmux persistence, direct fit\\n2. **pi-crew** — best non-tmux orchestrator candidate\\n3. **taskplane** — best structured batch/workflow engine\\n4. **pi-messenger-swarm** — best if you want durable mesh/chat/task channels\\n5. **pi-subagents / @ifi** — best lightweight delegation layer, but not tmux-first\\n\\n## Real recommendation\\n\\nFor your target workflow, best architecture is likely:\\n\\n- **top-level human-controlled Pi in tmux**\\n- uses **`pi-side-agents`** for project orchestrators\\n- project orchestrators may use:\\n  - `agent-start` again for tmux workers, or\\n  - `subagent`-style delegation inside their own session for short scoped jobs\\n\\nSo:\\n- **outer durability/persistence** via `pi-side-agents`\\n- **inner delegation ergonomics** via subagent tooling if needed\\n\\nThat gives you:\\n- SSH-loss resilience\\n- inspectable live workers in tmux\\n- hierarchical orchestration\\n- better control than pure subprocess swarms\\n\\nIf you want, next I can do one of these:\\n1. design the **best hybrid stack** for your workflow,\\n2. inspect whether `pi-crew` can be made tmux-backed with small changes,\\n3. compare `pi-side-agents` vs `pi-crew` specifically for **project orchestrator spawning workers**.\",\"textSignature\":\"{\\\"v\\\":1,\\\"id\\\":\\\"msg_05c5cbecf92f5ed70169f22f4ad6608195bfb858c6603fb839\\\",\\\"phase\\\":\\\"final_answer\\\"}\"}],\"api\":\"openai-codex-responses\",\"provider\":\"openai-codex\",\"model\":\"gpt-5.4\",\"usage\":{\"input\":584,\"output\":806,\"cacheRead\":79872,\"cacheWrite\":0,\"totalTokens\":81262,\"cost\":{\"input\":0.0014600000000000001,\"output\":0.01209,\"cacheRead\":0.019968,\"cacheWrite\":0,\"total\":0.033518}},\"stopReason\":\"stop\",\"timestamp\":1777479496295,\"responseId\":\"resp_05c5cbecf92f5ed70169f22f496a1481958610a49a19b08289\"}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:79:{\"type\":\"message\",\"id\":\"52aaf559\",\"parentId\":\"4770a981\",\"timestamp\":\"2026-04-29T16:28:22.046Z\",\"message\":{\"role\":\"user\",\"content\":[{\"type\":\"text\",\"text\":\"what is agent-start? didnt understand reco\"}],\"timestamp\":1777480102029}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:80:{\"type\":\"message\",\"id\":\"85825986\",\"parentId\":\"52aaf559\",\"timestamp\":\"2026-04-29T16:28:33.110Z\",\"message\":{\"role\":\"assistant\",\"content\":[{\"type\":\"text\",\"text\":\"`agent-start` is the **tool API** exposed by `pi-side-agents`.\\n\\nMeaning:\\n- `/agent ...` = human-facing slash command\\n- `agent-start` = programmatic version an agent can call\\n\\nIt starts a new side agent:\\n- in a **new tmux window**\\n- in its own **git worktree**\\n- on its own **topic branch**\\n\\nRelated tools:\\n- `agent-start` → spawn child\\n- `agent-check` → inspect status/log tail\\n- `agent-wait-any` → wait until one child yields/finishes/fails\\n- `agent-send` → send follow-up prompt into child tmux pane\\n\\nWhy I recommended it:\\n- your requirement is **workers must survive SSH disconnect**\\n- `pi-side-agents` does that with tmux-backed children\\n- so your main orchestrator can spawn durable children with `agent-start`\\n\\nExample shape:\\n\\n- you run one main Pi in tmux\\n- main Pi calls `agent-start` for:\\n  - `project-a-orchestrator`\\n  - `project-b-orchestrator`\\n- each project orchestrator can also call `agent-start` again for:\\n  - `worker-fix-auth`\\n  - `worker-add-tests`\\n\\nSo recommendation was:\\n- use **`pi-side-agents` as the outer execution substrate**\\n- because it gives durable tmux-backed child agents\\n- then optionally use another subagent style inside if useful\\n\\nShort version:\\n- **`agent-start` = “spawn a durable child Pi in tmux/worktree from inside an agent”**\\n\\nIf you want, I can draw the exact hierarchy for your intended workflow in 10 lines.\",\"textSignature\":\"{\\\"v\\\":1,\\\"id\\\":\\\"msg_05c5cbecf92f5ed70169f231aa85b48195bd6b080cc5197a61\\\",\\\"phase\\\":\\\"final_answer\\\"}\"}],\"api\":\"openai-codex-responses\",\"provider\":\"openai-codex\",\"model\":\"gpt-5.4\",\"usage\":{\"input\":25199,\"output\":345,\"cacheRead\":55808,\"cacheWrite\":0,\"totalTokens\":81352,\"cost\":{\"input\":0.06299750000000001,\"output\":0.005175,\"cacheRead\":0.013951999999999999,\"cacheWrite\":0,\"total\":0.08212450000000002}},\"stopReason\":\"stop\",\"timestamp\":1777480102044,\"responseId\":\"resp_05c5cbecf92f5ed70169f231a8f2b8819583695925e02ba026\"}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:81:{\"type\":\"message\",\"id\":\"3784dd63\",\"parentId\":\"85825986\",\"timestamp\":\"2026-04-29T16:33:26.846Z\",\"message\":{\"role\":\"user\",\"content\":[{\"type\":\"text\",\"text\":\"good but\\n1. pi TUI + tmux UX is bad. has some issues. not comfortable for human use\\n2. unless we can call agent-start with a session folder, project orchestrators will work awkwardly from outside project\\n\\nthe way i see it we can:\\n- make an rfc then pr on adding minimal support for our usecase to pi-side-agents (then either push for approval or fork)\\n- look for a client (web) we can host on the server and there open one session per project (not use a parent orchestrator for now)\"}],\"timestamp\":1777480406836}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:82:{\"type\":\"message\",\"id\":\"eb953760\",\"parentId\":\"3784dd63\",\"timestamp\":\"2026-04-29T16:33:48.773Z\",\"message\":{\"role\":\"assistant\",\"content\":[{\"type\":\"thinking\",\"thinking\":\"**Considering options and contradictions**\\n\\nI need to provide an answer with multiple options and maybe recommend both of them. I think it’s important to mention any contradictions that arise from the suggestions. It might also be a good idea to create some memory for the user later on if needed. I should consider asking a more focused question to clarify the decision. It seems I need to be direct in my approach!\",\"thinkingSignature\":\"{\\\"id\\\":\\\"rs_05c5cbecf92f5ed70169f232d865b08195a4272498a24304b4\\\",\\\"type\\\":\\\"reasoning\\\",\\\"encrypted_content\\\":\\\"gAAAAABp8jLak13oXZ0c9ENRFXin5wMmo6TWsKislFN_9-KwZbiqKXcEwvh807K8F7CcLVMpXU7QtGMLgbSMlgIOkm070JTNktFx_ANGX8JTKC7INESraI8fz064NWuUjuLZkapOtJ3yKB4xvDLYyrDw_koJfE-aSxmMprgPhxL0Ku90AANtMpS5xeqPCFjje-E1M28v7e60pcRP3IRXxBQhbhBdusVkPynH26D20IJltt-vnNYZBKWGyH6a_Rrvw0WEHZzWgt1Z79O_dyIxiSlyjolfuUclmf4Y1k0_M8HcILW5wxLA46G2xe5DPxJGSuZtn_l32_7BKBQuV6Y_PsmdHYr9LGHO2W7mR7doNGtjTon5Ry345TT2U-ewbTmX7Wb0n_nPxBeaf73OFy2LJ33lZAUVyLkZCEMQ9tez0zQOX1vvOVs0XlBO9ZF3G6s_LrUPgk958MGhqGKSQoF_jD9_43we1GajGWe9Iumt_W-Sln7OayQgWdt0JmyBJvlZWJ5Z4-HJpXa0eVsVqZFAhW3kfTB7nPSHry6H8C-m8nNoVSrdQBkHy6QXm7Hrwil7ZGxxhJmwcZwkypWbPgoLwrRfp7WQyA9GRmAZnp4lF7tebedMjYE5k7t09a9QB6CHL9I2XZGHOgXJZHp4Ojp_VP1OOZ9DcNph1W-naL6HCOrMPN-Fb7v-usqRcGJjWL6xD8fqVej2QvNvuLU31pdbr2pXKzS-MANN_Y_tICBeONFMwv91nABpYUsmEgwUQBY3I2uPUtq8sc3xqbV3F4vQ1u6xJhoVgk5aaQ-nQjZStg2N5Qgweo_dL_WU5F-y9WZ4nK8bghdAtKzSvDU9gCbW3d8CVH7WKcQQoR3NL0P-rGSRHJKFq5if-U8WLw7e0IBaTsNDhOyZKVxnoVtCf9oBrxjserADuiRnPr95qI1SLVhhX0daq2ebrDkSHgvPDFn2nYjRMUMPGkrDyNEy4UoC4-P-umehKY39urz3cDTuKXuhEmL7d5Qa9tiBsPZTg7NX6H2VvNc79bSUjlv5MjnnEXp9K84meq1vQ8QOji9-N5nZbzTUQtpD4eQuLpO69TYzeh85BkSkqX54E9xkVSRGeuFj9MQx9hGlElrCEwG6gT83tpjcRZcFMdI=\\\",\\\"summary\\\":[{\\\"type\\\":\\\"summary_text\\\",\\\"text\\\":\\\"**Considering options and contradictions**\\\\n\\\\nI need to provide an answer with multiple options and maybe recommend both of them. I think it’s important to mention any contradictions that arise from the suggestions. It might also be a good idea to create some memory for the user later on if needed. I should consider asking a more focused question to clarify the decision. It seems I need to be direct in my approach!\\\"}]}\"},{\"type\":\"text\",\"text\":\"Yes. Two real paths.\\n\\n## Constraint recap\\n\\nYour goal is not just “multi-agent”.\\nIt is:\\n\\n- durable server-side execution\\n- survives SSH drops\\n- human control from a **good UI**\\n- ideally one place to orchestrate across projects\\n\\nAnd `pi-side-agents` currently misses that because:\\n\\n1. **Pi TUI in tmux is weak for human supervision**\\n2. **project-root/session-root control looks too rigid**\\n   - if project orchestrators spawn from outside the project/session context, flow gets awkward\\n\\nSo your read is right.\\n\\n---\\n\\n## Path A — RFC + PR to `pi-side-agents`\\n\\nBest if you want the underlying model to remain:\\n\\n- parent orchestrator\\n- project orchestrators\\n- workers\\n- tmux durability\\n\\n### Minimal features likely needed\\n\\n1. **explicit child cwd / repo root**\\n   - spawn child in chosen project dir, not just current session repo\\n\\n2. **explicit session dir or session namespace**\\n   - so each project orchestrator has its own durable session folder\\n\\n3. **maybe explicit state root**\\n   - separate registry/runtime roots per project or per orchestration tree\\n   - avoids flat shared registry mess\\n\\n4. **better non-tmux human control surface**\\n   - maybe not full replacement\\n   - just enough status/control via web/TUI overlay/API\\n\\n5. **parent-child hierarchy metadata**\\n   - so nested orchestrators are visible as a tree, not flat list\\n\\n### Why this path is good\\n- preserves the one real advantage: **tmux-backed durable workers**\\n- minimal change could unlock your exact workflow\\n- likely cleaner than rebuilding orchestration elsewhere\\n\\n### Why this path is risky\\n- depends on upstream appetite\\n- if maintainer vision is “simple shallow side agents”, they may reject hierarchy/session-root expansion\\n- you may end up forking anyway\\n\\n### My take\\nThis is the **best technical fit** if you want the final system you described.\\n\\n---\\n\\n## Path B — use a web client on server, one project session each\\n\\nThis is the faster path.\\n\\nMeaning:\\n- stop chasing one master orchestrator for now\\n- host a better client/UI on the server\\n- open one Pi session per project\\n- let each project run independently\\n- maybe later add orchestration between them\\n\\n### Why this path is good\\n- solves your biggest current pain: **human UX**\\n- avoids tmux-heavy daily use\\n- lower design risk\\n- you can start using it now\\n\\n### Why this path is limited\\n- no single top-level orchestrator yet\\n- cross-project coordination becomes manual\\n- durable workers may depend on how that web client manages processes/sessions\\n\\n### What matters here\\nThe client must:\\n- survive browser disconnects\\n- keep session/process alive server-side\\n- let you reopen existing sessions\\n- ideally expose multiple persistent tabs/sessions\\n\\nIf it is just a thin browser terminal to a live process, fine.\\nIf it kills the session on disconnect, useless.\\n\\n---\\n\\n## Decision frame\\n\\nIf your priority is:\\n\\n### “I want usable workflow this week”\\nPick **Path B** first.\\n\\n### “I want the right long-term architecture”\\nPick **Path A**.\\n\\n---\\n\\n## Best practical strategy\\n\\nDo both, sequenced:\\n\\n### Phase 1\\nFind or host a **better server-side web client** for Pi sessions.\\nUse **one session per project**.\\nNo top orchestrator yet.\\n\\n### Phase 2\\nDraft a **small RFC** for `pi-side-agents` with only:\\n- `cwd`\\n- `sessionDir`\\n- optional `stateRoot`\\n- parent/child metadata\\n\\n### Phase 3\\nIf upstream says yes, PR it.\\nIf not, fork.\\n\\nThis avoids blocking on upstream while still moving toward your real architecture.\\n\\n---\\n\\n## Important note\\n\\nIf you hate the tmux+Pi UX for human use, then building your whole workflow around a single human parent orchestrator **inside tmux** is already the wrong product shape.\\n\\nSo:\\n- **humans** should use web UI\\n- **workers** can still use tmux in background\\n\\nThat split is probably the right architecture.\\n\\n---\\n\\n## My recommendation\\n\\n**Primary reco:**\\n- short term: **Path B**\\n- medium term: **Path A with minimal RFC**\\n\\nBecause:\\n- UX pain is your current blocker\\n- `pi-side-agents` is still the best worker substrate\\n- but not the best human control surface\\n\\n---\\n\\n## Suggested RFC scope\\n\\nKeep it tiny:\\n\\n1. `agent-start` accepts `cwd`\\n2. `agent-start` accepts `sessionDir`\\n3. `agent-start` accepts optional `stateRoot`\\n4. registry records `parentAgentId`\\n5. status views can group by parent\\n\\nThat is enough for:\\n- project-specific orchestrators\\n- nested trees\\n- per-project session isolation\\n- durable workers\\n\\nNot enough to trigger a giant redesign.\\n\\n---\\n\\nIf you want, next I can do one of these:\\n\\n1. write the **RFC draft**\\n2. inspect `pi-side-agents` code and estimate how hard `cwd + sessionDir + parentAgentId` would be\\n3. search for the best **web client/UI** to host for Pi on this server\",\"textSignature\":\"{\\\"v\\\":1,\\\"id\\\":\\\"msg_05c5cbecf92f5ed70169f232daf0748195abb7cfadc3718a2f\\\",\\\"phase\\\":\\\"final_answer\\\"}\"}],\"api\":\"openai-codex-responses\",\"provider\":\"openai-codex\",\"model\":\"gpt-5.4\",\"usage\":{\"input\":579,\"output\":1106,\"cacheRead\":80896,\"cacheWrite\":0,\"totalTokens\":82581,\"cost\":{\"input\":0.0014475000000000002,\"output\":0.01659,\"cacheRead\":0.020224,\"cacheWrite\":0,\"total\":0.038261500000000004}},\"stopReason\":\"stop\",\"timestamp\":1777480406845,\"responseId\":\"resp_05c5cbecf92f5ed70169f232d750fc8195bc7da2fcbc7ed205\"}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:89:{\"type\":\"message\",\"id\":\"44368887\",\"parentId\":\"7817e64b\",\"timestamp\":\"2026-04-29T16:35:06.048Z\",\"message\":{\"role\":\"toolResult\",\"toolCallId\":\"call_6uBJ7JvqUBtBjpCg6KeuZVwn|fc_05c5cbecf92f5ed70169f23338c94c819597d0c3868bce0699\",\"toolName\":\"bash\",\"content\":[{\"type\":\"text\",\"text\":\"@juicesharp\\n@malinamnam\\n@mariozechner\\npi-btw\\npi-session-switch\\npi-side-agents\\ntaskplane\\n\\n--- local grep ---\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:5:`/btw` opens a real pi sub-session with coding-tool access, and it runs immediately even while the main agent is still busy.\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:7:![BTW overlay example](docs/btw-overlay.png)\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:12:- runs that side conversation as a real pi sub-session with `read` / `bash` / `edit` / `write` tool access\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:14:- supports `/btw:tangent` for a contextless side thread that does not inherit the current main-session conversation\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:16:- keeps the BTW overlay open while you switch focus back to the main editor with `Alt+/`\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:20:- optionally saves an individual BTW exchange as a visible session note with `--save`\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:69:- creates or reuses a real BTW sub-session instead of a one-off completion call\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:74:- with `--save`, also saves that single exchange as a visible session note\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:78:- `Alt+/` toggles focus between BTW and the main editor without closing the overlay\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:79:- `Ctrl+Alt+W` is a fallback focus toggle for terminals that do not deliver `Alt+/` as a usable shortcut\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:80:- `Esc` still dismisses BTW immediately while the overlay is focused\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:81:- BTW now opens top-centered so the main session remains visible underneath it\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:86:- starts a fresh thread that still inherits the current main-session context\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:93:- does not inherit the current main-session conversation\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:96:- with `--save`, also saves that single exchange as a visible session note\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:129:- changing `/btw:model` or `/btw:thinking` disposes the current BTW sub-session and applies the new settings on the next BTW prompt while preserving the hidden thread\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:133:### Real sub-session model\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:135:BTW is implemented as an actual pi sub-session with its own in-memory session state, transcript events, and tool surface.\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:137:- contextual `/btw` threads seed that sub-session from the current main-session branch while filtering out BTW-visible notes from the parent context\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:138:- `/btw:tangent` starts the same BTW UI in a contextless mode with no inherited main-session conversation\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:141:- the overlay transcript/status line is driven from sub-session events, so tool activity, streaming deltas, failures, and recovery are all visible without scraping rendered output\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:142:- handoff commands (`/btw:inject` and `/btw:summarize`) read from the BTW sub-session thread rather than maintaining a separate manual transcript model\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:146:Inside the BTW modal composer, slash handling is split at the BTW/session boundary:\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:149:- any other slash-prefixed input is routed through the BTW sub-session's normal `prompt()` path\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:150:- this means ordinary pi slash commands like `/help` are handled by the sub-session instead of being rejected by a modal-only fallback\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:151:- if the sub-session cannot handle a slash command, BTW surfaces the real sub-session failure through the transcript/status state instead of inventing an \\\"unsupported slash input\\\" warning\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:153:This keeps BTW-owned lifecycle commands explicit while giving the side conversation the same slash-command surface as the underlying sub-session.\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:159:BTW exchanges are persisted in the session as hidden custom entries so they:\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:164:- preserve the current BTW-only model and thinking overrides for that session history\\n/home/sebas/.npm-global/lib/node_modules/pi-btw/README.md:169:If you use `--save`, that one BTW exchange is also written as a visible custom message in the session transcript.\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:1:# Session Switch for Pi (`pi-session-switch`)\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:3:Switch between Pi sessions with `/switch-session`, or open the same picker after interactive startup with `pi --switch-session`, using the same layout and affordances as Pi's native `/resume` picker plus a live preview of the currently highlighted session beneath the picker.\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:5:![`/switch-session` demo](https://raw.githubusercontent.com/w-winter/dot314/main/assets/switch-session-demo.gif)\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:12:pi install npm:pi-session-switch\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:22:      \\\"extensions\\\": [\\\"extensions/session-switch/index.ts\\\"],\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:34:/switch-session\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:40:pi --switch-session\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:43:Opens the same picker after interactive startup, then relaunches Pi into the selected session.\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:45:This is an extension-only workaround for startup switching. Unlike native `pi --resume`, it does not provide missing-cwd recovery for sessions whose recorded cwd no longer exists, and it does not reuse Pi's normal in-process session-switch lifecycle or guarantee the same shutdown-hook cleanup semantics.\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:49:- `/switch-session` stays on Pi's native in-process session switch path\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:50:- `pi --switch-session` reuses the same picker UI, then relaunches Pi into the selected session\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:52:- Shows a live preview of the highlighted session below the picker\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:73:          args+=(--session \\\"$2\\\")\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:76:          args+=(--switch-session)\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:81:        args+=(--session \\\"${1#--resume=}\\\")\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:96:- `pi -r` / `pi --resume` to `pi --switch-session` (opens the picker)\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:97:- `pi -r <path>` / `pi --resume <path>` to `pi --session <path>` (opens that session directly)\\n/home/sebas/.npm-global/lib/node_modules/pi-session-switch/README.md:101:Derived from Damian Pedroza's [`pi-thread-switcher`](https://github.com/damianpdr/pi-thread-switcher).  This version has a few additions that I found helpful for readability: the session preview lives in a dedicated pane below the picker with syntax-highlighted Markdown rendering, and `Shift+PageUp` / `Shift+PageDown` are also offered for paging through the preview.  The picker itself uses Pi's native `SessionSelectorComponent`, matching the `/resume` interaction model.\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:3:Multi-agent AI orchestration for coding with [pi](https://github.com/badlogic/pi-mono) — parallel task execution, mono- and poly-repo support, fresh-context worker loops, cross-model reviews, automated merges and a killer dashboard! \\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:23:- A killer locally-run web-based dashboard so you can see everything that's going on\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:25:<img src=\\\"docs/images/orchrun-wave2of4-2lanes-withstatus.png\\\" alt=\\\"image of taskplane dashboard\\\" width=\\\"50%\\\">\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:39:- **Web Dashboard** — Live browser-based monitoring via `taskplane dashboard`. SSE streaming, lane/task progress, reviewer activity, merge telemetry, batch history.\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:102:### 3. Launch the dashboard (recommended)\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:104:In a separate terminal:\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:107:taskplane dashboard\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:110:Opens a live web dashboard at `http://localhost:8099` with real-time batch monitoring.\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:118:Inside the pi session:\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:127:`/orch` with no arguments is the universal entry point — it detects your project state and activates the supervisor for guided interaction (onboarding, batch planning, health checks, or retrospective). The default scaffold includes two independent example tasks, so `/orch all` gives you an immediate orchestrator + dashboard experience.\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:131:For a single task with full worktree isolation, dashboard, and reviews:\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:137:This uses the same orchestrator infrastructure as a full batch — isolated worktree, orch branch, supervisor, dashboard, inline reviews — but for just one task.\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:141:When you're in pi, type /taskplane-settings. Near the top you'll see the 4 agents. By default, Taskplane installs with the agent models set to inherit whatever model your pi session is currently using. The best thing you can do is configure the reviewer agent to use a different model provider. If you're using Claude for coding, then consider using OpenAI for the reviews. \\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:156:| `/orch-sessions` | List active worker sessions |\\r\\n/home/sebas/.npm-global/lib/node_modules/taskplane/README.md:168:| `taskplane dashboard` | Launch the web dashboard |\\r\\n\"}],\"isError\":false,\"timestamp\":1777480506046}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:109:{\"type\":\"message\",\"id\":\"69751add\",\"parentId\":\"1ffec2d0\",\"timestamp\":\"2026-04-29T16:48:20.041Z\",\"message\":{\"role\":\"toolResult\",\"toolCallId\":\"call_AGDB6c0cPZPs0P8Bo2PoVLHm|fc_05c5cbecf92f5ed70169f23651035c8195ac91ecd00c51d95a\",\"toolName\":\"bash\",\"content\":[{\"type\":\"text\",\"text\":\"User packages:\\n  git:github.com/apmantza/pi-free\\n    /mnt/rpi/pi-config/git/github.com/apmantza/pi-free\\n  npm:pi-btw\\n    /home/sebas/.npm-global/lib/node_modules/pi-btw\\n  ../../../home/sebas/.agents/extensions/resume-hint/resume-hint.js\\n    /home/sebas/.agents/extensions/resume-hint/resume-hint.js\\n  npm:pi-session-switch\\n    /home/sebas/.npm-global/lib/node_modules/pi-session-switch\\n  npm:@juicesharp/rpiv-todo\\n    /home/sebas/.npm-global/lib/node_modules/@juicesharp/rpiv-todo\\n  npm:pi-side-agents\\n    /home/sebas/.npm-global/lib/node_modules/pi-side-agents\\n\"}],\"isError\":false,\"timestamp\":1777481300040}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl:206:{\"type\":\"message\",\"id\":\"ba3a2a8d\",\"parentId\":\"4c00b93d\",\"timestamp\":\"2026-04-29T17:04:16.745Z\",\"message\":{\"role\":\"toolResult\",\"toolCallId\":\"call_n2Ej5ca8XTChfdQTGdgaBp1S|fc_05c5cbecf92f5ed70169f23a066f6881959126c4d94a251dfa\",\"toolName\":\"bash\",\"content\":[{\"type\":\"text\",\"text\":\"{\\\"status\\\":\\\"ok\\\",\\\"mode\\\":\\\"mux\\\",\\\"browserClients\\\":1,\\\"piClients\\\":1,\\\"tailscale\\\":{\\\"ip\\\":\\\"100.116.176.16\\\",\\\"hostname\\\":\\\"ballbox-first.emperor-ratio.ts.net\\\",\\\"tailnet\\\":\\\"sebastianfavaron@gmail.com\\\"}}\\n---\\n{\\\"projects\\\":[{\\\"path\\\":\\\"--home-sebas--\\\",\\\"dirName\\\":\\\"--home-sebas--\\\",\\\"sessions\\\":[{\\\"id\\\":\\\"019dd9f1-6695-771d-9d52-30c876acff7a\\\",\\\"timestamp\\\":\\\"2026-04-29T15:52:49.558Z\\\",\\\"name\\\":null,\\\"firstMessage\\\":\\\"can you see pi-side-agents extension full codebase locally?\\\",\\\"cwd\\\":\\\"/home/sebas\\\",\\\"file\\\":\\\"2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl\\\",\\\"filePath\\\":\\\"/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-29T15-52-49-558Z_019dd9f1-6695-771d-9d52-30c876acff7a.jsonl\\\",\\\"mtime\\\":1777482248487.4976,\\\"isRecentlyModified\\\":true,\\\"status\\\":\\\"active\\\",\\\"dirName\\\":\\\"--home-sebas--\\\",\\\"decodedCwd\\\":\\\"/home/sebas\\\",\\\"decodedPaneId\\\":null}],\\\"displayName\\\":\\\"sebas-1\\\",\\\"cwd\\\":\\\"/home/sebas\\\"},{\\\"path\\\":\\\"--tmp-pi-tau-mux-test-project-a--\\\",\\\"dirName\\\":\\\"--tmp-pi-tau-mux-test-project-a--\\\",\\\"sessions\\\":[{\\\"id\\\":\\\"019dda24-e74d-72aa-8f07-5b90064db8f0\\\",\\\"timestamp\\\":\\\"2026-04-29T16:49:04.845Z\\\",\\\"name\\\":null,\\\"firstMessage\\\":\\\"hello\\\",\\\"cwd\\\":\\\"/tmp/pi-tau-mux-test/project-a\\\",\\\"file\\\":\\\"2026-04-29T16-49-04-845Z_019dda24-e74d-72aa-8f07-5b90064db8f0.jsonl\\\",\\\"filePath\\\":\\\"/mnt/rpi/pi-config/sessions/--tmp-pi-tau-mux-test-project-a--/2026-04-29T16-49-04-845Z_019dda24-e74d-72aa-8f07-5b90064db8f0.jsonl\\\",\\\"mtime\\\":1777482220843.3823,\\\"isRecentlyModified\\\":true,\\\"status\\\":\\\"active\\\",\\\"dirName\\\":\\\"--tmp-pi-tau-mux-test-project-a--\\\",\\\"decodedCwd\\\":\\\"/tmp/pi/tau/mux/test/project/a\\\",\\\"decodedPaneId\\\":null}],\\\"displayName\\\":\\\"a\\\",\\\"cwd\\\":\\\"/tmp/pi/tau/mux/test/project/a\\\"}]}\\n---\\n[Tau Mux] 🐺 Tailscale detected (sebastianfavaron@gmail.com)\\n[Tau Mux] MagicDNS: http://ballbox-first.emperor-ratio.ts.net:3001\\n[Tau Mux] Tailscale IP: http://100.116.176.16:3001\\n[Tau Mux] Local: http://192.168.1.33:3001\\n[Tau Mux] WebSocket endpoints: /ws (browser), /pi (pi clients)\\n[Tau Mux] Browser client connected\\n[Tau Mux] Pi client connected\\n[Tau Mux] Registered session: 2026-04-29T16-49-04-845Z_019dda24-e74d-72aa-8f07-5b90064db8f0\\n\"}],\"isError\":false,\"timestamp\":1777482256745}}\n/mnt/rpi/pi-config/sessions/--home-sebas--/2026-04-30T17-26-03-250Z_019ddf6d-1cf2-7618-8fd7-7374c0e85055.jsonl:12:{\"type\":\"message\",\"id\":\"48428d6a\",\"parentId\":\"74c6b633\",\"timestamp\":\"2026-04-30T17:29:36.593Z\",\"message\":{\"role\":\"toolResult\",\"toolCallId\":\"call_m9D8maiEhhnzN66ZoOyACMbJ|fc_0130e96c85999aa90169f3917efd48819083b7ac94ddff38d7\",\"toolName\":\"bash\",\"content\":[{\"type\":\"text\",\"text\":\"/home/sebas/.npm-global/lib/node_modules/@mariozechner/pi-coding-agent/dist/cli.js\\ntotal 372\\ndrwxr-xr-x   6 sebas sebas   4096 Apr 21 00:07 .\\ndrwxrwxr-x   3 sebas sebas   4096 Apr 21 00:07 ..\\n-rw-r--r--   1 sebas sebas 320727 Apr 21 00:07 CHANGELOG.md\\ndrwxr-xr-x   7 sebas sebas   4096 Apr 21 00:07 dist\\ndrwxr-xr-x   3 sebas sebas   4096 Apr 21 00:07 docs\\ndrwxr-xr-x   4 sebas sebas   4096 Apr 21 00:07 examples\\ndrwxr-xr-x 151 sebas sebas   4096 Apr 21 00:07 node_modules\\n-rw-r--r--   1 sebas sebas   3543 Apr 21 00:07 package.json\\n-rw-r--r--   1 sebas sebas  25014 Apr 21 00:07 README.md\\n/home/sebas/.local/share/zed/external_agents/registry/npx/pi-acp/lib\\n├── @juicesharp/rpiv-todo@0.11.6\\n├── pi-btw@0.3.7\\n├── pi-session-switch@0.2.0\\n├── pi-side-agents@1.1.2\\n└── pi-tau-mux@1.0.9\\n\\n\"}],\"isError\":false,\"timestamp\":1777570176593}}\n"
/mnt/rpi/pi-config/sessions/session-memory-jobs/20260423T191132397823Z.json:5380:              "output": 0.0030015000000000003,

[Showing lines 2-4 of 4 (50.0KB limit). Full output: /tmp/pi-bash-88c77d710429f130.log]


pkill -f '/home/sebas/.npm-global/bin/pi-tau-mux-server' || true; sleep 1; ss -ltnp | rg ':3001\b' || true


(no output)


Updated #2 (pending → completed)

Remove pi-tau-mux from pi-config

Remove pi-tau-mux server on 3001


Stopped it.

Port `3001` was `node /home/sebas/.npm-global/bin/pi-tau-mux-server`.
Now nothing is listening on `3001`.

Note:
- I removed the Pi extension config entry.
- I stopped the live server process.
- I did not uninstall the global npm package itself.

If you want, I can also remove `pi-tau-mux` from `~/.npm-global` fully.


y


**Considering package removal**

I think I might need to remove a package, and maybe I also need to consider clearing out the zed registry. It's a bit unclear, but it seems like doing that could be the right path. I'll double-check what removing the package could affect before I proceed. Keeping everything neat and organized is important to avoid confusion! Let's take it step by step and go for it.

todo

Uninstall global pi-tau-mux package

Remove the globally installed pi-tau-mux package so the server binary cannot be started again from the current install.

bash

npm uninstall -g pi-tau-mux && echo '---' && test ! -e /home/sebas/.npm-global/lib/node_modules/pi-tau-mux && echo removed || true && echo '---' && ls -1 /home/sebas/.local/share/zed/external_agents/registry/npx/pi-acp/lib 2>/dev/null | rg 'pi-tau-mux' || true


Created #3: Uninstall global pi-tau-mux package (pending)

Uninstall global pi-tau-mux package

Remove pi-tau-mux from pi-config

Remove pi-tau-mux server on 3001

Uninstall global pi-tau-mux package


removed 31 packages in 375ms
---
removed
---


Updated #3 (pending → completed)

Remove pi-tau-mux from pi-config

Remove pi-tau-mux server on 3001

Uninstall global pi-tau-mux package


Done.

Removed global `pi-tau-mux` package.
State now:
- config entry removed
- server on `3001` stopped
- npm package uninstalled

No `pi-tau-mux` entry left in the Zed external agents registry either.