8 Best Goose Alternatives (2026)

The closest alternatives to Goose are Aider, Amp, Claude Code and Cline, with 4 more below. Each shares a comparison category with it, so every rationale here names both tools' real values. Goose is marked No on Checkpoint & undo, where Claude Code records Yes — usually where a switch starts.

Website Docs Source Coding agents

Why do people look for Goose alternatives?

Most people searching for Goose alternatives are not shopping — they already run it and something has stopped fitting. That something is usually a specific number rather than a feeling, so this page starts from the fields where Goose genuinely trails the rosters it appears in, and only then covers the reasons that never show up in a table.

The measured reasons.

Checkpoint & undo — No. Claude Code records Yes.
Opens PRs — No. Claude Code records Yes.
GitHub stars — 20,000, 7th of 9. Gemini CLI records 75,000.

Any one of those is enough on its own if you sized your architecture around it. None of them is enough if you didn't — which is why the list is short and specific rather than a general case against Goose.

The reasons that never make it into a table. A price rise after a funding round. A licence change that turns a self-host into a subscription. A region you now need and they do not have. An acquisition. A support experience that quietly degrades. None of those are fields, and all of them move teams — which is why every entry below links back to Coding agents, where the full field set and its sources live. The ones we catch get logged on the Goose timeline.

How the shortlist is ordered. Every tool below shares at least one comparison category with Goose, sorted by how many categories the two overlap in. There is no editorial ranking, no sponsorship and no affiliate link — the order is the overlap count, and the rationale under each is generated from the two tools' own cells, so it names real values rather than adjectives.

1.Aider

Aider — Minimal terminal pair-programmer with a tree-sitter repo map and automatic git commits. It meets Goose in Coding agents. It is ahead on Checkpoint & undo (Yes against No), Repo indexing (AST / LSP repo map against agentic grep) and GitHub stars (37,000 against 20,000). What you give up: MCP (No, where Goose records Yes) and Subagents (No, where Goose records Yes). Best for scripted, repeatable edits where you want a git commit per change. Still the most auditable harness here, and the repo map is a better idea than much of what replaced it — but the project has visibly slowed while the category sprinted past on MCP, subagents and sandboxing. Pick it for minimalism, not for keeping up.

Where Aider and Goose actually differ

MCP: NoGoose: Yes
Subagents: NoGoose: Yes
Checkpoint & undo: YesGoose: No
Permissions: prompts every actionGoose: allowlist + OS sandbox
Background agents: NoGoose: Partial
Hooks: NoGoose: Partial

Aider profile Compare in Coding agents

2.Amp

Amp — Sourcegraph's opinionated agent with no model picker and an ad-supported free tier. It meets Goose in Coding agents. It is ahead on Token markup (Yes against No), Checkpoint & undo (Partial against No) and Surface (CLI, IDE extension, web against CLI, standalone editor). What you give up: BYOK (No, where Goose records Yes) and Model breadth (no model choice, where Goose records any provider / router). Best for teams who would rather not run a model-selection debate every quarter. Removing the model picker is a defensible product decision — most people choose badly and then blame the harness — but it means you control neither cost nor provider, and an ad-supported tier is an odd thing to sit next to a proprietary codebase. Subagent quality is genuinely good.

Where Amp and Goose actually differ

BYOK: NoGoose: Yes
Model breadth: no model choiceGoose: any provider / router
Licence: proprietaryGoose: Apache-2.0
Token markup: YesGoose: No
Local models: NoGoose: Yes
Pricing model: opaque creditsGoose: BYOK tokens only

Amp profile Compare in Coding agents

3.Claude Code

Claude Code — Anthropic's terminal-first agent, with IDE, web and GitHub Action surfaces. It meets Goose in Coding agents. It is ahead on Opens PRs (Yes against No), Checkpoint & undo (Yes against No) and Background agents (Yes against Partial). What you give up: Licence (proprietary, where Goose records Apache-2.0) and Local models (No, where Goose records Yes). Best for terminal-native teams who want subagents and hooks without building them. The most complete extensibility surface of any harness here — subagents, hooks, skills and MCP all first-class — at the cost of being locked to one model vendor. If Anthropic's pricing or availability is a business risk for you, that lock is the whole argument against it.

Where Claude Code and Goose actually differ

Opens PRs: YesGoose: No
Checkpoint & undo: YesGoose: No
Licence: proprietaryGoose: Apache-2.0
Local models: NoGoose: Yes
Model breadth: one vendor + custom endpointGoose: any provider / router
Background agents: YesGoose: Partial

Claude Code profile Compare in Coding agents

4.Cline

Cline — Open-source VS Code and JetBrains agent built around an explicit plan/act split. It meets Goose in Coding agents. It is ahead on Checkpoint & undo (Yes against No) and GitHub stars (50,000 against 20,000). What you give up: Subagents (No, where Goose records Yes) and Background agents (No, where Goose records Partial). Best for VS Code and JetBrains teams who want BYOK without leaving the IDE. The plan/act split remains the clearest interaction model in the category — you approve an approach, not a diff. It is the safest default for VS Code teams who want BYOK, but it stays inside the editor: no subagents, no hooks, no PR path.

Where Cline and Goose actually differ

Subagents: NoGoose: Yes
Checkpoint & undo: YesGoose: No
Background agents: NoGoose: Partial
Permissions: granular allowlistGoose: allowlist + OS sandbox
Hooks: NoGoose: Partial
Headless / CI: PartialGoose: Yes

Cline profile Compare in Coding agents

5.Codex CLI

Codex CLI — OpenAI's open-source Rust agent, with the strongest local sandboxing on this page. It meets Goose in Coding agents. It is ahead on Opens PRs (Yes against No), Checkpoint & undo (Partial against No) and Background agents (Yes against Partial). What you give up: Subagents (No, where Goose records Yes) and Model breadth (one vendor + custom endpoint, where Goose records any provider / router). Best for unattended local runs where a real OS sandbox is non-negotiable. The best containment story of any local harness — Seatbelt and Landlock are real boundaries, not an allowlist with good marketing. Weaker than Claude Code on orchestration primitives: no subagents, notification-only hooks, thinner custom-command support.

Where Codex CLI and Goose actually differ

Opens PRs: YesGoose: No
Subagents: NoGoose: Yes
Checkpoint & undo: PartialGoose: No
Model breadth: one vendor + custom endpointGoose: any provider / router
Background agents: YesGoose: Partial
Plan mode: PartialGoose: Yes

Codex CLI profile Compare in Coding agents

6.Cursor

Cursor — VS Code fork with a real codebase index, background cloud agents and a CLI. It meets Goose in Coding agents. It is ahead on Opens PRs (Yes against No), Checkpoint & undo (Yes against No) and Token markup (Partial against No). What you give up: Licence (proprietary, where Goose records Apache-2.0) and Local models (No, where Goose records Yes). Best for large monorepos where agentic grep runs out of context before it finds anything. A real persistent codebase index inside the editor you review in, which is exactly what a million-line monorepo needs and what grep-based harnesses cannot fake. It is not the only index here — Windsurf and Kilo Code embed too, and Copilot and Devin read an index alongside live search — but it is the best-integrated one. You pay for it in lock-in: the index, the gateway and the agent identity are all Cursor's, and BYOK is a second-class path.

Where Cursor and Goose actually differ

Opens PRs: YesGoose: No
Checkpoint & undo: YesGoose: No
Licence: proprietaryGoose: Apache-2.0
Local models: NoGoose: Yes
Token markup: PartialGoose: No
Repo indexing: embeddings indexGoose: agentic grep

Cursor profile Compare in Coding agents

7.Devin

Devin — Fully delegated cloud engineer: file a task in Slack or the web app, get a PR back. It meets Goose in Coding agents. It is ahead on Opens PRs (Yes against No), Token markup (Yes against No) and Repo indexing (hybrid index + agentic against agentic grep). What you give up: BYOK (No, where Goose records Yes) and Subagents (No, where Goose records Yes). Best for backlogs of small, well-specified tickets nobody wants to pick up. The clearest expression of full delegation: no local client, no model picker, a pull request or nothing. A real fit for well-specified tickets on a repo with good tests, and a poor one for anything exploratory. ACU pricing means you learn the cost afterwards.

Where Devin and Goose actually differ

Opens PRs: YesGoose: No
BYOK: NoGoose: Yes
Subagents: NoGoose: Yes
Model breadth: no model choiceGoose: any provider / router
Licence: proprietaryGoose: Apache-2.0
Token markup: YesGoose: No

Devin profile Compare in Coding agents

8.DIY harness

DIY harness — Your own loop over a model API with an agent SDK — the build-it-yourself reference point. It meets Goose in Coding agents. It is ahead on Opens PRs (Partial against No) and Hooks (Yes against Partial). What you give up: Permissions (applies everything, where Goose records allowlist + OS sandbox) and Plan mode (No, where Goose records Yes). Best for one repeated task with a known shape and a tight tool surface. Right for narrow, repeated jobs — a codemod runner, a test-backfill bot — where a general harness wastes most of its context rediscovering conventions you could have hardcoded. Wrong for open-ended engineering, where you will spend a quarter rebuilding permissions, checkpointing and context management worse than the incumbents. Note that we carry DIY harness as the do-it-yourself baseline in that roster — the "what if we just ran this ourselves" reference point. The honest answer is usually that it is cheaper and considerably more work.

Where DIY harness and Goose actually differ

Permissions: applies everythingGoose: allowlist + OS sandbox
Plan mode: NoGoose: Yes
Skills / commands: NoGoose: Yes
Opens PRs: PartialGoose: No
MCP: PartialGoose: Yes
Subagents: PartialGoose: Yes

DIY harness profile Compare in Coding agents

How this list was built

There is no editorial ranking on this page and no sponsorship behind it. The order is mechanical: every tool that shares a comparison category with Goose, sorted by how many categories the two overlap in. A tool that meets Goose in three rosters sits above one that meets it in a single roster, because more overlap means the comparison is more like-for-like.

The rationale under each entry is composed from the two tools' own cells. Where they differ on a field we score, the sentence names both values and the unit. Where they don't differ, it says so instead of manufacturing a distinction — which is why some entries are short.

Values, sources and verification dates all live on the category tables: Coding agents. If a figure here disagrees with a vendor's current pricing page, the vendor is right and we are stale.

Still deciding whether to move at all? The Goose profile has the when-to-use and when-not-to-use blocks, and the Goose timeline has the dated changes that usually trigger a migration.