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Local Deploy

Organized Teams — Local

Fully private AI agent workforce running entirely on your hardware. No data leaves your device. No API costs. No cloud dependency.

Zero data exfiltration — all inference runs on-device

Why Local?

Some organizations can't send data to the cloud. Legal, compliance, competitive sensitivity, or simple preference — the reasons vary, but the requirement is absolute: nothing leaves the building.

Organized Teams — Local gives you the same structured agent workforce as the Cloud deployment, but running entirely on hardware you own and control. Open-weight models replace frontier APIs. Local inference replaces cloud calls. Your data stays on your device.

Architecture Overview

┌─────────────────────────────────────────────────┐ │ YOUR SLACK │ │ DMs · Channels · Threads · Voice │ │ (bot token — outbound messages only) │ ├─────────────────────────────────────────────────┤ │ OPENCODE / AIDER (Agent Interface) │ │ Reads messages · Executes tasks · Replies │ │ Powered by local models — no API calls │ ├─────────────────────────────────────────────────┤ │ PAPERCLIP (Orchestration) │ │ Org charts · Goals · Budgets · Tickets │ │ Self-hosted · Embedded Postgres │ ├─────────────────────────────────────────────────┤ │ QWEN-AGENT (Inference Framework) │ │ Local model serving · Function calling │ │ RAG · Code interpreter · Browser automation │ ├──────────────────┬──────────────────────────────┤ │ CLAWBOX GUI │ OPEN-WEIGHT MODELS │ │ Local instance │ Qwen · Llama · Mistral │ │ management │ Zero token costs │ ├──────────────────┴──────────────────────────────┤ │ FRAWDBOT (Security Layer) │ │ Behavioral analysis · Runs locally │ │ Insider threat detection on-device │ ├─────────────────────────────────────────────────┤ │ MAC HARDWARE (Infrastructure) │ │ Mac Mini · MacBook Pro · M-series silicon │ │ Complete data sovereignty │ └─────────────────────────────────────────────────┘
Key difference from Cloud: The Slack bot token is the only external connection — it routes messages between you and your local agents. All processing, inference, and data storage happens on your hardware. No frontier model APIs, no token billing, no data in transit.

Core Components

Slack Interface Layer

Same Slack experience as Cloud. Send a message, get work done. The bot token connects your Slack workspace to the local agent — messages flow in, responses flow out. The processing happens entirely on your machine.

OpenCode / Aider

Open-source coding agents that connect to local models instead of cloud APIs. Same back-and-forth chat interface through Slack. Same ability to read code, make changes, run commands, and respond with results. Different engine underneath — one that never phones home.

Qwen-Agent Framework

The inference backbone. Qwen-Agent provides a three-level architecture: atomic components (models + tools), high-level agents, and application-layer assistants. Native MCP integration connects your agents to local tools. The built-in code interpreter runs in a sandboxed Docker container. RAG handles document processing for 1M+ token contexts.

Browser automation via BrowserQwen lets agents interact with web interfaces when needed — still running through local models, still keeping data on-device.

Open-Weight Models

Choose from the leading open-weight model families: Qwen (Alibaba), Llama (Meta), Mistral, or any model compatible with your hardware. M-series Apple Silicon handles inference efficiently — an M3 Mac Mini runs Qwen-2.5-72B at usable speeds for agent tasks. No per-token billing. No API rate limits. No usage caps.

Paperclip Governance

Same organizational structure as Cloud. Org charts define agent hierarchies. Goals cascade from mission to task. Budgets track compute usage (local resource allocation instead of token costs). The ticket system maintains full audit trails. Self-hosted with embedded Postgres — no external database dependency.

FrawdBot Security

FrawdBot runs locally alongside your agents. Same 12 behavioral rules, same rolling statistical baselines, same campaign detection — but all analysis happens on your hardware. Agent activity patterns are monitored without any data leaving the device. Insider threat detection that respects the same privacy guarantees as the rest of the stack.

ClawBox GUI

Local instance of the management dashboard. Monitor agent activity, review task queues, adjust resource allocation, and manage the agent fleet — all through a browser interface running on localhost. No cloud dashboard, no external telemetry.

PostHog Product Analytics

PostHog runs self-hosted alongside your agent fleet — same product analytics, session replay, and feature flags as the Cloud deployment, but entirely on your hardware. Track agent usage patterns, task completion rates, and feature adoption without any data leaving the device. HogAI natural language queries work against your local ClickHouse instance.

Event data stays in your local PostgreSQL and ClickHouse databases. No external telemetry. No cloud analytics. Complete analytical sovereignty matching your data sovereignty.

Observability Stack

Full OTEL-based observability running locally. Claude Code Hooks (or OpenCode equivalents) emit spans to a local OTEL Collector. Prometheus captures infrastructure metrics. Grafana dashboards visualize token usage, task completion rates, model routing decisions, and resource utilization — all on localhost.

Langfuse runs self-hosted for LLM trace exploration, prompt management, and evaluation scoring. FrawdBot monitors all agent activity patterns locally. No telemetry leaves the device. The same seven metric namespaces available in the Cloud deployment run entirely on your hardware.

Read the full Observability Architecture paper →

Hardware Requirements

Recommended: Mac Mini M3 Pro (36GB) — 3-5 agents, mid-size models Mac Mini M3 Max (64GB) — 5-10 agents, large models MacBook Pro M3 Max (96GB) — Full team, 70B+ models Mac Studio M3 Ultra (192GB) — Enterprise fleet, multiple 70B+ Minimum: Mac Mini M3 (16GB) — 1-2 agents, small models (7B)

What You Get

Who this is for: Legal firms, healthcare organizations, defense contractors, financial services, competitive R&D teams — anyone who needs AI agent capabilities without data leaving their control. The trade-off is capability (open-weight vs frontier models) for absolute privacy.

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