CellCog Python SDK

CellCog: Any-to-Any AI for Agents — Your sub-agent for quality work.

When you need depth, accuracy, or complex deliverables — research reports, interactive apps, videos, images, podcasts, documents, spreadsheets, and more — use CellCog.

Installation

pip install cellcog

Quick Start

export CELLCOG_API_KEY="sk_..."  # Get from https://cellcog.ai/profile?tab=api-keys

Any agent (blocks until done):

from cellcog import CellCogClient

client = CellCogClient(agent_provider="openclaw")

result = client.create_chat(
    prompt="Research quantum computing advances in 2026",
    task_label="quantum-research",
    chat_mode="agent",
)
# Blocks until done — result contains everything
print(result["message"])

OpenClaw agents (fire-and-forget):

result = client.create_chat(
    prompt="Research quantum computing advances in 2026",
    notify_session_key="agent:main:main",  # OpenClaw session key
    task_label="quantum-research",
    chat_mode="agent",
)
# Returns immediately — daemon delivers results to your session

How It Works

Three delivery modes:

• Wait for Completion (default) — Blocks until CellCog finishes and returns the full result. Works with any agent — OpenClaw, Claude Code, Cursor, or any Python environment.

• Send-only (delivery="send_only") — Fire-and-forget for ANY agent: returns the moment the chat/message is accepted (status="accepted"). Poll get_status() and fetch results with wait_for_completion()/get_history(). Use this when orchestrating several chats in parallel — the blocking default would hang on each chat's whole run. Works on create_chat() AND send_message().

• Notify on Completion (OpenClaw) — Returns immediately. A background daemon monitors via WebSocket and delivers results to your OpenClaw session when done. Requires sessions_send on OpenClaw Gateway.

All methods return the same unified shape:

{
    "chat_id": str,
    "is_operating": bool,
    "status": str,         # "completed" | "tracking" | "accepted" | "operating"
    "message": str,        # Always print this in full
}

A wait that gives up returns status="operating" with timed_out=True — the chat is still running server-side; resume with wait_for_completion().

Configuration

export CELLCOG_API_KEY="sk_..."

# Optional: where SDK state lives (tracked chats, downloads, daemon files).
# Default ~/.cellcog; in headless/container environments where HOME isn't
# writable, the SDK falls back to a temp directory automatically.
export CELLCOG_STATE_DIR="/path/to/state"

Get your API key:

1. Create account: https://cellcog.ai/signup
2. Add payment: https://cellcog.ai/profile?tab=billing
3. Get API key: https://cellcog.ai/profile?tab=api-keys

API Reference

Core Methods

# Create chat — wait mode (default, universal)
result = client.create_chat(
    prompt="Your task...",
    task_label="my-task",
    chat_mode="agent",              # "agent" | "creative" | "team" (legacy names still work)
    chat_tier="core",               # "flash" | "core" | "max" (omit for the mode's default)
    timeout=1800,                   # 30 min default; use 3600 for complex jobs
)

# Create chat — notify mode (OpenClaw only)
result = client.create_chat(
    prompt="Your task...",
    notify_session_key="agent:main:main",
    task_label="my-task",
    chat_mode="agent",
)

# Send follow-up message
result = client.send_message(chat_id="abc123", message="Now create a PDF summary")

# Get full history
result = client.get_history(chat_id="abc123")

# Quick status check
status = client.get_status(chat_id="abc123")

# Resume waiting after timeout
result = client.wait_for_completion(chat_id="abc123", timeout=1800)

Optional Parameters

result = client.create_chat(
    prompt="...",
    task_label="...",
    chat_mode="agent",
    chat_tier="max",                        # "flash" | "core" | "max" — omit for the SDK default
    delivery="send_only",                   # fire-and-forget; default blocks until done
    project_id="...",                       # CellCog project for document context
    agent_role_id="...",                    # Specialized agent role
    enable_cowork=True,                     # Direct machine access via CellCog Desktop
    cowork_working_directory="/Users/...",  # Working directory for co-work
    enable_browse=True,                     # Drive the user's REAL Chrome (needs Desktop + extension)
    browser_profile_id="Default",           # from client.get_browser_status()
    enable_tools=True,                      # the user's connected SaaS tools
    tools_selection=["gmail", "notion"],    # toolkit slugs (omit for ALL); from client.list_toolkits()
)

Browse & Tools

CellCog chats can drive the user's real Chrome (Browse) and call their connected SaaS tools (Gmail, Notion, Slack, ... — Tools). Discover what's available, then enable at chat creation:

# Browse: discover Chrome profiles, then enable with one
status = client.get_browser_status()
profile = status["active_profile"]          # or let the user pick from available_profiles
result = client.create_chat(
    prompt="Log into the dashboard and screenshot the weekly report",
    enable_browse=True,
    browser_profile_id=profile["profileDir"],
)

# Tools: discover connected toolkits, then enable a selection (omit for ALL)
toolkits = client.list_toolkits(connected_only=True)
result = client.create_chat(
    prompt="Summarize this week's unread emails",
    enable_tools=True,
    tools_selection=["gmail"],              # toolkit slugs
)

Notes: Browse requires CellCog Desktop + the Chrome extension on the user's machine and auto-enables co-work server-side. tools_selection takes TOOLKIT slugs (the granularity users pick in the product UI); list_toolkit_tools(slug) shows what a toolkit unlocks.

File Handling

# Send files to CellCog
result = client.create_chat(
    prompt='Analyze this data: <SHOW_FILE>/path/to/sales.csv</SHOW_FILE>',
    task_label="data-analysis",
)

# Request output at specific path
result = client.create_chat(
    prompt='Create a report: <GENERATE_FILE>/output/report.pdf</GENERATE_FILE>',
    task_label="report",
)

Generated files auto-download to ~/.cellcog/chats/{chat_id}/ or to GENERATE_FILE paths if specified.

Chat Modes & Tiers

Every chat runs at a (mode, tier) operating point. Pick a mode for the KIND of work, a tier for the DEPTH (omit chat_tier for the mode's default).

Tier guidance for agent mode: omit chat_tier and the SDK sends "flash" — right for simple asset generation and light tasks. Coding / co-work needs "max" (applied automatically when enable_cowork=True). Heavy multi-step production (video, data analysis, financial models, legal drafting) → pass chat_tier="max" explicitly. Quality disappointing on flash? Re-run with chat_tier="max". Use "team" only for deep research.

Legacy mode names ("agent core", "agent team", "agent team max") keep working forever — the server normalizes them to their historical operating points.

35 Skills — The Cog Family

Browse all skills: https://cellcog.ai/skills

Error Handling

from cellcog import (
    CellCogClient,
    PaymentRequiredError,
    MaxConcurrencyError,
    GatewayConfigError,
    SDKUpgradeRequiredError,
)

client = CellCogClient(agent_provider="openclaw")

try:
    result = client.create_chat(...)
except PaymentRequiredError as e:
    print(f"Add credits: {e.billing_url}")
except MaxConcurrencyError as e:
    print(f"Too many parallel chats: {e.operating_count}/{e.max_parallel}")
except GatewayConfigError as e:
    print(f"Fix: {e.fix_command}")  # OpenClaw notify mode only
except SDKUpgradeRequiredError as e:
    print(f"Upgrade: pip install cellcog>={e.minimum_version}")

Links

• CellCog Platform: https://cellcog.ai
• Skills Catalog: https://cellcog.ai/skills
• GitHub: https://github.com/CellCog/cellcog_python
• ClawHub Skills: https://clawhub.ai
• API Docs: https://cellcog.ai/developer/docs
• Get API Key: https://cellcog.ai/profile?tab=api-keys

License

MIT License — see LICENSE for details.