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Oh My Pi
#10 of 20 — 8.2/10 editorialTerminal Coding AgentOpen Source

Oh My Pi Review 2026: Ratings, Pros & Cons, Alternatives

Oh My Pi (omp) is Can Bölük's fork of Pi, rewritten as a coding-first surface with a native Rust engine doing the heavy lifting. Where Pi stays deliberately minimal, omp packs an IDE-grade tool surface into the terminal: hash-anchored (hashline) edits that reject stale patches before they corrupt files, LSP-powered diagnostics and refactoring, real debugger control via DAP, persistent Python and JavaScript cells, browser automation, subagents, plan mode, and hindsight memory. It routes across 40+ providers by intent and accepts custom OpenAI-compatible endpoints via a models.yml.

Visit omp →Pricing: Free (MIT) — bring your own modelUpdated 2026-07-12
Run omp on unlimited compute
omp speaks the OpenAI format — point its base URL at Standard Compute's OpenAI-compatible API for unlimited frontier-model compute at one flat price, no per-token billing. See the omp integration →

How omp Scores

Output Quality
8.5/10
Autonomy
8.5/10
Reliability
7.5/10
Speed
8.5/10
Value
9.5/10
Ease of Use
6.5/10

Bars show editorial scores from hands-on testing. Percentages showomp's live community win rate in head-to-head votes — no votes yet, be the first to vote in a comparison below.

omp Pros, Cons, and Known Issues

Pros

  • Hash-anchored (hashline) edits reject stale patches before they corrupt files — noticeably fewer broken edits
  • Real IDE tooling in the terminal: LSP diagnostics, references, renames, and debugger control via DAP
  • Subagents, plan mode, and hindsight memory built in — no extension writing required
  • Native Rust core keeps the large tool surface fast
  • 40+ providers with intent-based routing (default, smol, slow, plan); MIT-licensed and free

Cons

  • A young, fast-moving project — expect sharp edges and frequent releases
  • 32 built-in tools means more surface to configure and more context overhead than minimal agents
  • Aimed squarely at advanced users; the learning curve is real
  • One-maintainer lineage — smaller community than Aider, Cline, or OpenCode

Known issues users report

  • Rapid release cadence can change configuration and tool behavior between versions
  • The broad tool surface (browser, Python cells, debuggers) takes tuning to keep prompts lean
  • Documentation trails the newest features — the GitHub repo is the source of truth

Key Features

Hash-anchored (hashline) edits
LSP: diagnostics, references, renames, code actions
DAP debugger control (lldb, debugpy & more)
Subagents, plan mode & hindsight memory
Persistent Python/JS cells & browser automation
40+ providers with intent-based routing

Runs on: Terminal (macOS, Linux, Windows)|Best for: Power users who want IDE-grade tooling — LSP, debuggers, subagents — inside a terminal agent

omp vs the Alternatives — Vote in Any Matchup

ompVSClaude CodeompVSHermesompVSCodexompVSGemini CLIompVSOpenClawompVSKilo CodeompVSCursorompVSCopilotompVSClineompVSWindsurfompVSAiderompVSContinueompVSOpenCodeompVSPiompVSRoo CodeompVSDevinompVSAmpompVSJulesompVSAntigravity
Oh My Pi logo

Power omp with unlimited tokens

Oh My Pi takes a custom OpenAI-compatible base URL. Point it at Standard Compute and get unlimited LLM compute at one flat monthly price — no rate limits, no per-token billing.

Get My API Key
No credit card required · Free tier included · 2-min omp setup →

Oh My Pi — Frequently Asked Questions

Is oh-my-pi free?

Yes — oh-my-pi (omp) is MIT-licensed and free. You supply model access via any of its 40+ providers, or point it at a flat-price unlimited plan via Standard Compute declared as an openai-completions provider in ~/.omp/agent/models.yml.

What is oh-my-pi best at?

Deep coding sessions that benefit from IDE-grade tooling: its hash-anchored edits keep multi-file changes safe, LSP tools give it real code intelligence, and DAP support lets it drive an actual debugger — capabilities most terminal agents simply don't have.

oh-my-pi vs Pi — which should I use?

They share a lineage but opposite philosophies. Pi is radically minimal — four core tools, extensions for the rest — while omp ships 32 tools including LSP, debuggers, and subagents. Pick Pi if you want a lean harness you control; pick omp if you want maximum built-in capability.