Claude Code–style dynamic workflows for Pi: code-mode subagents with real model routing, journaled resume, git-worktree isolation, cost accounting, an interactive /workflows TUI, an /ultracode standing opt-in, and deep research.

Codex-first Ultracode skill for dynamic coding workflows

Run Claude Code workflow scripts, unmodified, on the OpenAI Codex CLI — fable plans, codex executes, fable verifies. Parallel agent fleets, builder–verifier loops, token budgets, full-screen TUI.

Open-source dynamic multi-agent workflows for AI coding agents - the script-as-orchestrator engine behind Claude Code dynamic workflows & ultracode, for OpenCode, Codex, Antigravity & VS Code. Local-first, bring your own model (Anthropic/OpenAI/Ollama), MIT.

Run Claude Fable 5 on Opus 4.8 in Claude Code. The Mythos-class model pulled by export controls — brought back as a native agentic distillation (FABLE_CODE.md), measured playbook, verification hooks, and design/MCP/test skills. "Fable 5 Lite," done right.

One-click unlock for Claude Code ultracode effort mode (xhigh + dynamic workflow orchestration). Version-adaptive patcher with daily auto-update cron. Supports 2.1.113+ including 2.1.156, 2.1.158 and newer.

Blend Codex headless into Claude Code's Workflow (ultracode) orchestration — cross-model adversarial verification, judge panels with a Codex juror, and second opinions.

Ultracode making for OpenCode, inspired by Claude Code

Codex skill for delegating to Claude Code CLI: print mode, JSON, budgets, ultrathink, ultracode, sessions, and workflows

Run Claude Code (incl. Ultracode workflows) on free & low-cost models — opencode Zen, OpenRouter, or a ChatGPT/Codex endpoint. Single Go binary, zero config.

Run Claude Code workflow scripts on OpenAI Codex to reduce quota costs and improve execution efficiency.

Model-tiered, budget-bounded multi-agent orchestration for Claude Code — built on dynamic Workflows + ultracode, without the budget blowout. Modes: focus / panel / scale / grow.

Codex ultracode-style effort mode - safe parallel lanes, evidence, and adversarial verification for Codex