Comparison

A coding CLI with governance built in.

Coding agents usually govern one editor or one vendor. LLM gateways route requests without a map of your code. srooter does both jobs: developers code with srooterctl, and every request goes through one API with your routing, budgets, policy and audit. Teams can also route Claude Code or Codex through it (opt-in).

The stack

One API for every coding request.

Developers code with srooterctl. Every request goes through the srooter API for routing, budgets, policy and audit, then to the provider your policy picks. Teams can also route Claude Code, Codex, Cursor or aider through it. srooterctl review sends a branch to the multi-model review council.

Developer toolsCursor · VS Code · terminal
Coding agentssrooterctl · Claude Code · Codex · aider · Cline
srootershared code graph · TDD + council validation · budgets, policy, audit, sovereignty
ProvidersAnthropic · OpenAI · Google · DeepSeek · GLM · Ollama
Head to head

srooter against the field.

Grouped by category, because the choice is not srooter versus one tool. It is srooter versus a coding agent, plus a gateway, plus wherever your standards live today.

Capability srootergoverned coding CLI Coding agentsClaude Code, Cursor, Codex, Devin LLM gatewaysLiteLLM, Portkey
Routing, budgets, policy and audit for other coding clients (Claude Code, Codex, Cursor, aider)YesNoYes
Vendor-neutral, multi-provider routingYesPartialYes
Shared org code graph and memory across agentsYesPartialNo
TDD and multi-model validation gate before commitYesNoNo
Budgets, policy and audit at the API layerYesPartialYes
Self-hosted, sovereign, on-premYesNoYes
Ships its own agent AND governs third-party agentsYesNoNo

LLM gateways do routing, budgets and audit. Cursor indexes your repository. srooter connects those to the code graph, the test gate and the clients your team routes through it, instead of one editor or a stateless proxy. Coding agents are marked Partial where a single vendor offers a piece (Cursor’s multi-model, an agent’s own index) that stops at its own boundary.

Straight answers

Why not just use what we have?

Why not standardize on one vendor’s coding tool?

A vendor’s own controls cover that vendor’s tools and models. If your team uses more than one coding tool or provider, or wants to change models as better or cheaper ones ship, you need controls that sit outside any one vendor. srooter keeps routing rules, budgets, policy and audit at the API layer, so a model change does not mean rebuilding governance. Developers use srooterctl, or opt in to routing Claude Code or Codex through the same control plane.

Why not just use LiteLLM or Portkey?

They do multi-provider routing, team budgets and audit trails well. srooter does that too, and connects it to code. A general LLM gateway has no code graph, does not run your tests and cannot stop a change that breaks the build. srooter adds a shared code graph and a validation gate, and ties spend to a repository, a diff and a test result.

Why not just use Cursor?

Cursor is a strong editor, and it can route through srooter. Its repository index lives inside the editor, so it is not shared with a teammate on a terminal CLI. srooter keeps one code graph and one set of standards, budgets and audit across the clients your team uses.

Start coding with srooterctl.

Install srooterctl, run srooterctl login, then srooterctl in your repository. macOS and Linux, Node 20+.

srooter> · the governed coding CLI for teams