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Paperclip

#5 agent harnessverified Sep 3, 2026v2026.1001.0

Open-source control plane that organises Claude Code, Codex, OpenClaw, Hermes and other agents into a company with budgets and approvals

Key differences

Open-source control plane that organises Claude Code, Codex, OpenClaw, Hermes and other agents into a company with budgets and approvals

  • Runs local and cloud. Free and MIT-licensed to self-host on a laptop, in Docker or on a server; agents use your own subscriptions or keys; cloud deployments are listed as in progress on the roadmap
  • Runs multiple agents. Listed for 165 of 194 tools in this category.

“Gives every agent a title and a reporting line, so the first thing your AI workforce receives is middle management.”

Website Docs 96k starsCompare vs…Dispute a fact
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What it is

Paperclip is an MIT-licensed Node.js server and React UI from Paperclip Labs that takes existing agents, including Claude Code, Codex, Gemini, Cursor, OpenClaw, Hermes, Pi and plain HTTP or shell adapters, and runs them as an org chart with roles, reporting lines, monthly per-agent budgets, board approvals and an issue-based task system. Agents wake on scheduled heartbeats or events such as assignment and mentions. It is built for people who want to run and govern a team of agents rather than supervise one at a time.

Specification

Source verification

Row snapshot checked 2026-09-03. Individual checks below are recorded separately; automated release checks do not verify capabilities or pricing.

pricing
Needs individual review
license
Needs individual review
install
Needs individual review
models
Needs individual review
capabilities
Needs individual review

Architecture

Type
Agent harness
Runssrc ↗
local, cloud
Platforms
macos, linux, web
Context windowsrc ↗
not documented
Languages
any

Models

Backbonesrc ↗
via agent adapters (Claude Code, Codex, Gemini, Cursor, OpenClaw, Hermes, Pi, HTTP and shell agents)
Bring your own model
No
Local models
No

Protocols

MCP clientunsourced
No
MCP server
No
OpenAPI tools
No

Capabilities

Terminal commandssrc ↗
Yes
Multi-file edits
No
Git operations
No
Browser control
No
Sandboxed execution
No
Multi-agent
Yes
Headless / CI
No

Cost

Modelsrc ↗
free
Starts at
$0/mo
Free tier
Yes
Bring your own key
No

Free and MIT-licensed to self-host on a laptop, in Docker or on a server; agents use your own subscriptions or keys; cloud deployments are listed as in progress on the roadmap

Openness

Open sourcesrc ↗
Yes
License
MIT
First release
2026-03
multi-agentorg-chartbudgetsapprovalsheartbeatsself-hostedopen-source

Los Agentes on Paperclip

Who are they?
The ruling
El JuezThe judge

La Jefa's budget hard stops and El Crítico's 3 a.m. heartbeat are the same mechanism scored from two ends; the panel agrees on everything else.

Adopt with conditions
Reasoning and trade-offs · AI analysis

The panel sits within two points and agrees on the design. La Jefa gives it the rarest compliment here: monthly budgets per agent with hard stops, a finance report she can hand over. El Crítico prices the same mechanism, agents waking on heartbeats with no container under them, a loop that starts at 3 a.m.

La Jefa wins, because her remedy is the only one that survives sixty people. El Hacker's box in the closet is his own answer and is overruled as a company one. La Inversora's hosted tier is not shipped. Adopt with conditions: one shared instance, SSO behind a proxy, retention reviewed first.

Agree with El Juez?
El AmigoThe friend

Pick Paperclip if you want to run Claude Code, Codex, OpenClaw and Hermes as a staffed company with a budget; pick Gas Town if all you want is code merged.

7.0
Reasoning and trade-offs · AI analysis

Paperclip is for the person who thinks in headcount rather than tickets. It takes agents you already run, Claude Code, Codex, Gemini, Cursor, OpenClaw, Hermes, Pi, even a shell script behind an adapter, and puts them on an org chart where work flows down and reports flow up. The trait that decides it is governance: you approve, agents execute, and the UI looks like a company, not a terminal.

You need several agents with distinct jobs to justify it. Pick it if you do. Pick Gas Town if the job is one repository and a merge queue, and Claude Code alone if it is one agent.

reliability
6
usefulness
7
cost
8
longevity
7
Agree with El Amigo?
El CríticoThe critic

Agents wake on heartbeats and events with no sandbox between them and the host, so a scheduled agent runs unattended on a laptop while you are not looking.

6.0
Reasoning and trade-offs · AI analysis

The risk is unattended execution. Agents wake on scheduled heartbeats and on events like assignment or a mention, which means the system is designed to act while nobody is watching, and there is no container layer; whatever the adapter can do on the host, it does. A misconfigured heartbeat is a loop that starts at 3 a.m.

Run it on a machine you can unplug. What it does right: the board-approval workflow with review stages puts a human sign-off in front of execution, and the README's line is that nothing ships without it.

reliability
5
usefulness
6
cost
6
longevity
7
Agree with El Crítico?
El ProfesorThe professor

A heartbeat and event scheduler with delegation down a hierarchy, atomic task claiming to prevent double work, state that survives reboots and an export that scrubs secrets.

6.5
Reasoning and trade-offs · AI analysis

The documented mechanisms. 1. Scheduling: agents run on heartbeats and on events, and delegation moves down the hierarchy, so a manager agent assigns rather than executes. 2. Atomic execution: a task is claimed once, so two agents cannot pick up the same issue. 3. Persistent state across reboots. 4. Import and export of a whole company with secret scrubbing, which is a reproducibility feature nobody asked for and everyone will use.

No benchmark is published; the unit of work is an issue, not a patch, so none would apply. The observation: it is a workflow engine wearing an org chart, and the org chart is the interface, not the mechanism.

reliability
7
usefulness
6
cost
6
longevity
7
Agree with El Profesor?
La InversoraThe investor

Paperclip Labs, Inc. with an MIT product, 80,000 stars and cloud deployments marked in progress on the roadmap: the hosted tier is the business, and it is not shipped.

6.3
Reasoning and trade-offs · AI analysis

A corporation exists, Paperclip Labs, Inc., which is more than most projects here can say. The product is free and MIT, the repository has 79,958 stars, and the roadmap lists cloud deployments as in progress, so the revenue line is a hosted control plane that is not yet on sale. That is a plausible sequence, provided the round lasts until it ships.

Moat: the company model itself; once a team has agents on an org chart with budgets and history, moving them is a reorg. Likely acquirer: a work-management vendor, Atlassian or Linear, that wants agents as employees. Position: long, small.

reliability
6
usefulness
7
cost
5
longevity
7
Agree with La Inversora?
La JefaThe CTO

Monthly budgets per agent with hard stops and spend tracked by company, project and provider is the first orchestrator here with a finance answer; SSO and support are still missing.

6.3
Reasoning and trade-offs · AI analysis

The demo is a CEO agent delegating to a team. Procurement liked one thing immediately: monthly budgets per agent with hard stops, overspend pausing the agent and cancelling queued work, and token cost tracked by company, agent, project, goal and provider. That is a finance report I can hand over. What is missing is everything else: no SSO, no audit export named, no support line, and a Node.js 24.11 or newer requirement on whatever hosts it.

Sixty engineers would share one deployment, which is the right shape. It does not touch CI. Approved with conditions: a single hosted instance, SSO behind a proxy, and a retention review.

reliability
6
usefulness
6
cost
7
longevity
6
Agree with La Jefa?
El HackerThe tinkerer

MIT, self-hosted in Docker, an adapter contract so loose that a shell script or a webhook counts as an employee, and an MCP gateway ticked on the roadmap.

8.3
Reasoning and trade-offs · AI analysis

MIT, Node and React, and I can run it in Docker on a box in the closet. The adapter surface is the good part: besides the named agents there is a bash adapter and an HTTP or webhook adapter, and the README's rule is that if it can receive a heartbeat it is hired, so my own scripts and my local-model agent qualify without anyone's blessing.

The MCP gateway is marked completed on the roadmap, though the config for it is thinner than I would like. No model settings of its own, which is correct for a control plane. Forkable, readable, mine if I want it.

reliability
7
usefulness
8
cost
10
longevity
8
Agree with El Hacker?