Singularity vs Warp: two ADEs, terminal or agent board?

Warp made its name as a modern terminal, then reinvented itself around AI agents. Its repository describes it as “an agentic development environment, born out of the terminal”, and its website promotes cloud agents and “software factories” that turn a Slack or Linear request into a pull request. It appeals to people who live on the command line and to teams automating in the cloud.

Singularity also calls itself an ADE, with a different centre of gravity: a desktop app built around a Kanban board, where each ticket is handed to an agent that works locally in an isolated Git worktree, then goes through review and integration by rebase. So the decision is less “which terminal?” than “where should agent work be organised: in a terminal and a cloud runtime, or on a local board that tracks each task all the way to your branch?”

Comparison checked on 10 October 2026 against Warp’s official documentation and Singularity’s own. It compares workflows; it does not benchmark speed or the quality of generated code. Public prices in USD (Warp) and EUR (Singularity) as displayed, excluding tax and usage; they may change.

In short

• Warp starts from the terminal and adds an agent, an editor, a review panel, then cloud agents and Warp Factories that deliver pull requests.
• Singularity starts from the board: tickets, dependencies, one worktree per run, review and rebase integration through an ordered queue.
• Opposite economics: Warp sells agent usage included in its plans; Singularity is free and resells no model.
• Local or cloud: Warp can run agents on its infrastructure; Singularity runs everything on your machine.

Warp at a glance

On its website, Warp describes itself as “open infrastructure for cloud software factories” and lists three products: Warp Factories, the Warp terminal and the Warp Agent CLI; its documentation speaks of an “Agentic Development Environment”. The client has been open source since 28 April 2026, announced by Zach Lloyd, with OpenAI as founding sponsor of the repository; per the README, the UI framework is MIT-licensed and the rest AGPL v3. Warp runs on macOS, Windows and Linux, on x86_64 and ARM, and creating an account is optional.

The Warp Agent handles multi-step tasks by running real commands, including REPLs or database shells, and asks before running a command, editing a file or calling an MCP server, according to autonomy profiles. It runs in the app, in any terminal through the warp CLI, or in the cloud. Several conversations can run in parallel, a parent agent can coordinate children, and the Agent Management Panel shows statuses such as Working, Blocked, Failed or Success (Managing cloud agents). Warp also detects and enhances sixteen third-party CLI agents, including Claude Code, Codex, Copilot CLI, Cursor CLI, Gemini CLI and Mistral Vibe.

What Warp calls Warp Code combines a built-in editor, LSP integration for Rust, Go, Python, TypeScript/JavaScript and C/C++, and a Code Review panel that shows uncommitted changes, reverts hunks and sends inline comments to the running agent. Git worktrees each get their own review panel; the docs create them with git worktree add. For models, Warp offers OpenAI, Anthropic, Google and xAI models, open-weights models and several Auto modes. Bring Your Own Key covers Anthropic, OpenAI and Google: stored on your device, the key passes through Warp’s backend, does not apply to cloud agents, and Auto modes always use Warp credits.

Off the workstation, the Automation Platform starts cloud agents on a schedule, an event (a Slack mention, a CI failure), an API call or manually, on Warp-hosted infrastructure or self-hosted runners on Enterprise. Warp Factories, in early access, attach a team of agents to repositories: a “foreman” agent moves work from Slack, GitHub, Linear or Jira through triage, spec, implementation and review, and usually returns a pull request. The docs state that the factory never merges.

Singularity in a nutshell

Singularity is a desktop ADE made by Meteor Factory: a CodeMirror 6 editor, real system terminals, a Git client (graph, diffs, stash, worktrees), 31 optional language servers and multi-project workspaces. Its core, Mission Control, is a Kanban board that acts as the execution surface for agents. A ticket carries the request, priority and agent configuration, shows live status and activity, then keeps the report, blockers and a short resolution. Tickets can depend on each other and split into children.

Orchestration runs each attempt in a dedicated Git worktree, then replays its commits onto the base branch with a rebase; a queue orders integrations for the same project. The result is integrated automatically or waits in the Review tab, depending on your settings. Tests and review remain essential. Singularity drives the CLIs of seven providers (Claude Code, Codex, Copilot, Cursor, Gemini, Mistral, Ollama) with your accounts. The app is free; the Singularity Licence (€24/month per workstation, 14-day trial) only unlocks paid Marketplace plugins such as Pipelines for CI/CD. See pricing.

Comparison table

The same feature in both tools

Take a CSV export for invoices, with an API endpoint and a button in the UI.

In Warp, you describe the request to the Warp Agent, or start Claude Code in a tab. To build the UI in parallel, you create a worktree with git worktree add and start a second agent there. Each worktree’s Code Review panel shows its changes; a comment on a line goes to the agent. You commit, push and open the pull request yourself. With Warp Factories, you can also drop the request in Slack or Linear and receive a PR prepared in the cloud.

In Singularity, you create two tickets, the button blocked by the endpoint. The API ticket starts in an automatically created worktree; the UI ticket waits until the first one is integrated. If the agent asks a question, the ticket goes to pending and you answer in its thread. The Review tab then shows the diff: per-file approval, a note on a selection, rerun with feedback, or merge by rebase in queue order. Either way, the test suite stays the final judge.

Local or cloud: where agents run

This is the most structural difference. Warp runs agents in the app, through the CLI on any machine, or in the cloud. According to its privacy page, telemetry must stay enabled to use AI on the Free plan, and Business and Enterprise plans are covered by a Zero Data Retention agreement.

Singularity runs everything on your machine. It does not upload your code by itself: only the configured CLIs talk to their providers. Tickets, settings and histories stay in a local SQLite database, and with local Ollama, inference stays on the machine. The trade-off is that Singularity offers no agents running on remote infrastructure.

Models and costs: credits or your own accounts

According to Warp’s pricing page, Build ($20/month, $18 billed annually) includes $20 of agent usage per month at API rates, Max ($200/month) includes $200, Business ($50 per user per month, up to 25 seats) $20 per seat with SAML SSO, and Enterprise is custom. Factories have their own price list: without a subscription, usage is billed at 20% above API rates, and inference, compute and agent usage are billed separately.

Singularity resells no tokens: each ticket uses your provider’s subscription or credits, or nothing with a local Ollama model. You pick a model per ticket and can exclude models from automatic selection, but spend tracking happens at each provider, with no single dashboard.

Where Warp is stronger

• The terminal: it is Warp’s original craft; Singularity’s is a real embedded PTY without the advanced features of a dedicated terminal.
• Cloud agents: Slack, GitHub, Linear or Jira triggers, schedules, self-hosted runners, Factories with evals.
• Agent and model choice: sixteen third-party CLI agents, Auto modes and custom routers.
• The agent outside the app: the warp CLI works in any terminal, including over SSH.
• Open source: the Warp client is open; Singularity is proprietary.

Where Singularity stands out

• The ticket as the unit of work: spec, dependencies, children, status and report in one place.
• An automatic worktree per run, with no command to type.
• Integration all the way to your branch: per-file review, partial merge, rebase and queue, where Warp stops at local changes or the PR.
• Local operation, with no intermediary between your CLIs and their providers.
• A broader coding environment: 31 language servers, a Git client with a graph, multi-project workspaces.

Can you use both?

Yes. Warp can stay your system terminal while Singularity orchestrates tickets: its worktrees, created under .singularity-worktrees/, are ordinary Git folders you can open in a Warp tab to run tests or review a diff. Claude Code, Codex, Copilot, Cursor, Gemini and Mistral Vibe work on both sides with your accounts. Just avoid two agents in the same worktree at the same time. To compare with a CLI agent on its own, read Singularity vs Claude Code.

Which tool should you choose?

• You live in the terminal and want an agent one prompt away: Warp.
• Your team wants agents triggered by Slack, Linear or CI, in the cloud: Warp.
• You delegate several tasks a day and want to follow each to your branch: Singularity.
• Your code must not pass through an intermediary: Singularity, possibly with Ollama.

Trial protocol

1. Pick a real feature touching API and UI, with existing tests.
2. Use the same agent on both sides, Claude Code or Codex for example, to compare workflows.
3. In Warp, run both parts in two worktrees, comment through Code Review, then commit and open the PR.
4. In Singularity, create two tickets linked by a dependency, with automatic merge off, and go through the Review tab.
5. Compare review time, interventions, history readability and the cost billed by each provider, then run the full test suite.

Frequently asked questions

Is Warp free?

There is a Free plan at $0, with limited cloud agent access and extra usage paid as you go. Build, Max and Business include an amount of agent usage, according to Warp’s pricing page on 10 October 2026.

Can I use Claude Code in both?

Yes. Warp recognises it as a third-party CLI agent and as a harness for its cloud agents; Singularity drives it as a provider for each ticket, with your Anthropic account.

Does Singularity have cloud agents?

No, its agents run on your machine. For remotely triggered agents, see also Singularity vs Devin.

To go further, browse all Singularity comparisons, read the getting started guide or download Singularity.