Versions:

  • 18.1.21
  • 18.1.20
  • 18.1.19
  • 18.1.18
  • 18.1.17
  • 18.1.16
  • 18.1.15
  • 18.1.14
  • 18.1.13
  • 18.1.12
  • 18.1.11
  • 18.1.10
  • 18.1.8
  • 18.1.7
  • 18.1.6
  • 18.1.5
  • 18.1.4
  • 18.1.3
  • 18.1.2
  • 18.1.1
  • 18.1.0
  • 18.0.11
  • 18.0.10
  • 18.0.9
  • 18.0.8
  • 18.0.7
  • 18.0.6
  • 18.0.5
  • 18.0.4
  • 18.0.3
  • 18.0.1
  • 18.0.0
  • 17.4.2
  • 17.4.1
  • 17.4.0
  • 17.3.8
  • 17.3.7
  • 17.3.5
  • 17.3.4
  • 17.3.3
  • 17.3.2
  • 17.3.1
  • 17.3.0
  • 17.2.15
  • 17.2.14
  • 17.2.13
  • 17.2.12
  • 17.2.11
  • 17.2.10
  • 17.2.9
  • 17.2.8
  • 17.2.7
  • 17.2.5
  • 17.2.4
  • 17.2.3
  • 17.2.2
  • 17.2.1
  • 17.2.0
  • 17.1.8
  • 17.1.7
  • 17.1.6
  • 17.1.5
  • 17.1.4
  • 17.1.3
  • 17.1.1
  • 17.1.0
  • 17.0.9
  • 17.0.8
  • 17.0.7
  • 17.0.6
  • 17.0.5
  • 17.0.3
  • 17.0.2
  • 17.0.1
  • 17.0.0
  • 16.5.2
  • 16.5.1
  • 16.5.0
  • 16.4.8
  • 16.4.6
  • 16.4.5
  • 16.4.4
  • 16.4.3
  • 16.4.2
  • 16.4.1
  • 16.4.0
  • 16.3.15
  • 16.3.14
  • 16.3.13
  • 16.3.12
  • 16.3.11
  • 16.3.10
  • 16.3.9
  • 16.3.8
  • 16.3.7
  • 16.3.6
  • 16.3.5
  • 16.3.4
  • 16.3.3
  • 16.3.2
  • 16.3.0
  • 16.2.13
  • 16.2.12
  • 16.2.11
  • 16.2.9
  • 16.2.8
  • 16.2.7
  • 16.2.6
  • 16.2.5
  • 16.2.4
  • 16.2.3
  • 16.2.2
  • 16.2.1
  • 16.2.0
  • 16.1.23
  • 16.1.22
  • 16.1.21
  • 16.1.20
  • 16.1.19
  • 16.1.18
  • 16.1.17
  • 16.1.16
  • 16.1.15
  • 16.1.14
  • 16.1.13
  • 16.1.12
  • 16.1.11
  • 16.1.10
  • 16.1.9
  • 16.1.8
  • 16.1.7
  • 16.1.6
  • 16.1.5
  • 16.1.4
  • 16.1.3
  • 16.1.2
  • 16.1.1
  • 16.0.11
  • 16.0.10
  • 16.0.9
  • 16.0.8
  • 16.0.7
  • 16.0.6
  • 16.0.5
  • 16.0.4
  • 16.0.3
  • 16.0.2
  • 16.0.1
  • 16.0.0
  • 15.13.3
  • 15.13.2
  • 15.13.1
  • 15.13.0
  • 15.12.4
  • 15.12.3
  • 15.12.2
  • 15.12.0
  • 15.11.8
  • 15.11.7
  • 15.11.6
  • 15.11.4
  • 15.11.3
  • 15.11.2
  • 15.11.0
  • 15.10.12
  • 15.10.11
  • 15.10.10
  • 15.10.9
  • 15.10.8
  • 15.10.7
  • 15.10.6
  • 15.10.5
  • 15.10.4
  • 15.10.3
  • 15.10.2
  • 15.10.1
  • 15.10.0
  • 15.9.67
  • 15.9.5
  • 15.9.3
  • 15.9.1
  • 15.9.0
  • 15.8.3
  • 15.8.2
  • 15.8.0
  • 15.7.6
  • 15.7.5
  • 15.7.3
  • 15.7.2
  • 15.7.1
  • 15.6.0
  • 15.5.15
  • 15.5.12
  • 15.5.8
  • 15.5.3
  • 15.3.2
  • 15.3.1
  • 15.3.0
  • 15.2.4

oh-my-pi is a terminal-first AI coding agent developed by Can Bölük and currently available in version 18.1.21, with a development history spanning 199 released versions. A fork of Mario Zechner's Pi, the software is pronounced "oh-em-pi" and distributed with the binary name omp. It runs as a single Bun process on the user's local machine and can communicate with any model provider for which the user holds credentials, placing it in the developer tools and AI-assisted coding category. Its purpose is to give language models a flat, optimized tool harness through which they can read code, run commands, edit files, drive a debugger, and coordinate subagents, all from the terminal. Key capabilities include hash-anchored edits, LSP integration, Python support, browser control, and subagents that coordinate over an in-process IRC bus. A distinguishing characteristic of oh-my-pi is its session model: sessions persist as JSONL files under ~/.omp/agent/sessions/ and are treated like git branches, so users can resume, fork, branch, and share their work across runs. All settings, credentials, plugins, and caches are stored locally under ~/.omp/agent/, and the publisher notes that nothing leaves the machine unless a tool that transmits data is explicitly invoked. Typical use cases include AI-assisted code editing and refactoring, command execution, debugging workflows, multi-agent task coordination, and provider-flexible terminal-based coding assistance. Because the agent is model-agnostic, it suits developers who want to switch between or combine different AI providers without changing their tooling, and its branch-like session management supports experimentation with parallel approaches to the same problem. The software's extensive version history reflects active, ongoing development of its tool surface and agent capabilities.

Tags: