DeepSeek Team

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DeepSeek Team lets Codex and Claude Code delegate implementation, tests, documentation and research to isolated DeepSeek workers. The coordinator plans the work, reviews the results and integrates accepted changes. Workers handle independent tasks; full-access jobs use their own development copies.

Workers always run the deepseek-flash model. Effort policy is auto, so the coordinator chooses low, medium or high for each assignment unless you save a fixed level. Live delegation needs its own DeepSeek API key; DeepSeek Team does not reuse the credentials your coordinator already has.

This README describes version 0.8.1 of the deepseek-team package, which installs the single deepseek-team executable.

Prerequisites

• Linux. Native Windows and macOS are not supported.
• Python 3.11 or newer and Git on PATH.
• Codex CLI and/or Claude Code CLI on PATH, normally configured. Install whichever coordinator you intend to use; both covers both.
• Bubblewrap (bwrap) and a working Linux OS sandbox. Every worker needs it before any credential is read, and it cannot be turned off.

On Ubuntu, setup --with-sandbox can install the required system components (see below). On other distributions, install Bubblewrap and any AppArmor prerequisites with your own package manager first, then check deepseek-team sandbox status.

Install

Version 0.8.1 is published on PyPI, so install the released package by name. pipx keeps the CLI in its own environment and is the recommended route:

sudo apt-get install pipx      # Ubuntu, once
pipx ensurepath
# Open a new terminal so PATH is refreshed.
pipx install deepseek-team

Compact alternatives, if you already prefer another manager:

# uv
uv tool install deepseek-team

# pip inside a virtual environment only
python3 -m venv ~/venvs/deepseek-team
. ~/venvs/deepseek-team/bin/activate
python -m pip install deepseek-team

To install from a local checkout instead:

git clone https://github.com/kirill31337/deepseek-team.git
cd deepseek-team
pipx install .

Quick start

setup prepares your user-level integration. init then attaches the Git project where you want to use delegation.

# 1. Prepare the user-level integration for Codex. --no-key defers the credential.
deepseek-team setup --runtime codex --no-key

# 2. Store the DeepSeek API key. The prompt is hidden; the key is never echoed.
deepseek-team auth set

# 3. Attach a project so its coordinator reads the delegation instructions.
cd /path/to/project
deepseek-team init --coordinator codex .

# 4. Optional: allow implementation inside an isolated development copy.
deepseek-team config set --project --access full-access

# 5. Confirm local readiness. This stays offline: no key is read and no request is sent.
deepseek-team doctor --runtime codex --offline

A few notes:

• --no-key deliberately defers authentication so setup never prompts for or reads a secret. Store the key separately with deepseek-team auth set, or omit --no-key on a terminal when you are ready.
• Fresh access defaults are read-only. Step 4 lets Auto delegate implementation by explicitly granting write access. Full-access means a private, owned development copy, not the host system.
• On Ubuntu, the very first setup may need to install the sandbox package and a named AppArmor profile. Use deepseek-team setup --runtime codex --with-sandbox --no-key for that explicit, administrator-authorized step. Ordinary setup never invokes sudo; on other distributions install the system prerequisites yourself.
• For Claude Code, substitute claude for codex in --runtime and --coordinator, or pass both to prepare both coordinators.
• Codex owns native hook trust: review and trust the installed hook once with /hooks. In Claude Code, start a fresh session and check /hooks there.

What gets delegated

Auto delegation admits suitable work immediately; it does not wait for prior history to accumulate. A task is a good candidate when it is:

• small or medium, with low or medium risk;
• localized to a known or partially known place, with local or component-level coupling;
• clear about acceptance, with a way to check the result.

Implementation needs an executable check - tests, a build or a reproducer. Review, research and documentation tasks may use manual acceptance criteria instead. Unknown costs never block eligible work, and the coordinator keeps anything whose measured economics do not justify delegation.

The coordinator records what actually happened after reviewing the real diff and the declared checks. One rework is recorded without pausing anything; a rejection, or three distinct recent reworks, pauses only that task family for 300 seconds. Failed implementation is never retried automatically.

Access is independent of effort and history:

• Read-only (fresh default): workers inspect and report, and cannot modify the project.
• Full-access (explicit): workers implement, run local checks and write documentation inside an isolated copy owned by the job.

Workers never commit, push, publish, deploy, touch production services or spawn further agents. Those remain coordinator actions.

Asking for help in a session

Once setup and attachment are done, you do not run workers by hand. Ask in your normal coordinator session, in plain language:

Implement the new cache layer under src/cache/. Delegate the independent implementation and its tests to DeepSeek workers, run the test suite inside the worker copies, and integrate only what you have verified. Keep the public API stable and show me the final diff before you commit.

The coordinator splits that into bounded assignments, runs them through the worker queue and reports the accepted work.

Final-summary guidance ships with the package for both Codex and Claude Code. While DeepSeek Team is enabled, summaries of performed work include short bullets separating the coordinator's personal work from accepted DeepSeek results, including any rework or failed attempts. They cover the reported task across turns; native subagents are credited separately, and no delegation is stated explicitly.

After the list comes an approximate coordinator/DeepSeek split in whole-number percentages totaling 100, labelled “subjective estimate, not measured.” It reflects accepted scope, complexity, review and rework, never counts of calls, tasks, files, lines, tokens, time or bullets, and never the configured 25/50/75 target or claimed savings. Without accepted worker work the split is 100/0; if evidence is insufficient, the estimate is unavailable. Status-only and no-work replies need no report, and off disables the requirement. Updating the package refreshes hook guidance; refresh existing project instructions with deepseek-team init --coordinator both /path/to/project (use codex or claude for a single coordinator).

Current defaults

Setting	Current default	Notes
Delegation	auto	Chooses the executor per task; no fixed quota.
Access	auto -> read-only in Auto	Full-access enables isolated implementation.
Model	deepseek-flash	Fixed for all workers.
Effort	auto	Coordinator picks low/medium/high per assignment.
Workers	8	Configurable 1-64; further jobs queue FIFO.
Total timeout	unlimited	An explicit timeout also includes queue time.

Inspect or change the settings per project:

deepseek-team config show --effective
deepseek-team config set --project --max-workers 8
deepseek-team on      # enable delegation for this project
deepseek-team off     # disable it without deleting settings
deepseek-team status  # show the saved and effective state

The optional manual 25/50/75 profiles are target distributions, not measured quotas. With access=auto, profile 25 uses read-only and profiles 50/75 use full-access. An explicitly saved read-only setting always takes priority. See the routing guide for how admission, evidence and feedback work.

Isolation

Workers require the Linux OS sandbox. Full-access work runs in an owned development copy with restricted filesystem and network access. The coordinator retains architecture, security decisions, final verification and integration.

Read-only and full-access workers have different isolation boundaries; see Hardening for the exact filesystem, credential and network rules.

Diagnostics

deepseek-team doctor --runtime codex --offline   # local readiness; no key read
deepseek-team hooks status --runtime codex      # whether managed hooks are installed
deepseek-team sandbox status                    # Bubblewrap and AppArmor backend
deepseek-team auth status                       # whether a saved key exists

These checks make no provider requests. Local readiness does not validate the key with DeepSeek; live worker requests use your DeepSeek API account.

Update and uninstall

Upgrade the released package through the same manager, then re-run the local setup steps:

pipx upgrade deepseek-team
deepseek-team setup --runtime codex --no-key
cd /path/to/project
deepseek-team init --coordinator codex .
deepseek-team doctor --runtime codex --offline

Run init for each attached project to refresh its managed instructions; your own instruction text and saved preferences are preserved. With uv, use uv tool upgrade deepseek-team. In a virtual environment, use its python -m pip install --upgrade deepseek-team. Keep one install channel per machine; a local-clone pipx installation is refreshed with pipx install --force . from the updated clone.

To remove DeepSeek Team, detach each project before uninstalling. If you also want to delete the saved DeepSeek key, run deepseek-team auth remove while the command is still installed.

deepseek-team detach --coordinator codex /path/to/project   # for each attached project
deepseek-team reset --runtime codex                         # remove managed integration
pipx uninstall deepseek-team

detach preserves your own instruction content, and reset removes only the package-owned provider block and hooks; your primary authentication and unrelated configuration are kept. Saved keys are not deleted by uninstall. For uv use uv tool uninstall deepseek-team; for a venv use its python -m pip uninstall deepseek-team. Substitute claude or both for codex wherever your runtime differs.

Further reading

• Routing guide - admission, evidence and feedback.
• Hardening - coordinator and worker boundaries.
• Publishing - release-maintainer details.
• 0.8.1 release notes
• Russian README: README.ru.md

License

MIT, copyright 2026 kirill31337.