A maintainer released Open Pstack, an MIT-licensed distribution building on Lauren Tan's Pstack and earlier ports by Michael Denyer and Eric Litman. It lets Codex or Claude Code act as parent agent while assigning implementation, review, and exploration to other providers via their own authenticated CLIs and subscriptions. The release includes provider-specific completion validation for Devin workers and notes Devin's Pro tier pricing.
Open Pstack is a free, MIT-licensed distribution of Pstack that lets developers using Codex or Claude Code delegate specific implementation subtasks to other AI providers like Devin without moving the whole task out of their main coding agent. It builds on Lauren Tan's Pstack and earlier ports by Michael Denyer and Eric Litman. It targets developers with multiple coding subscriptions who want to split work across providers on side projects.
Open Pstack is a free, MIT-licensed distribution of Pstack that lets developers using Codex or Claude Code delegate specific implementation subtasks to other AI providers like Devin without moving the whole task out of their main coding agent. It builds on Lauren Tan's Pstack and earlier ports by Michael Denyer and Eric Litman. It targets developers with multiple coding subscriptions who want to split work across providers on side projects.
A developer running Claude Code and Codex on two £20 plans reports full-week usage endurance when combining GPT-6.1 Sol Medium/High and Opus 5.5 High with disciplined planning: architecture docs, phase-based work, /clear between tasks, and a custom handoff script. The report counters widespread usage-limit complaints, which the author attributes to unplanned one-shot prompting rather than model inefficiency.
A developer running Claude Code and Codex on two £20 plans reports full-week usage endurance when combining GPT-6.1 Sol Medium/High and Opus 5.5 High with disciplined planning: architecture docs, phase-based work, /clear between tasks, and a custom handoff script. The report counters widespread usage-limit complaints, which the author attributes to unplanned one-shot prompting rather than model inefficiency.
SpecWeave is an open-source tool that lets developers hand off a coding task between multiple AI coding agents such as Claude Code, Codex and Grok. LLM agents execute the task while SpecWeave manages the handoff of context between them. It targets developers who want to switch or combine coding agents mid-task without losing progress.
SpecWeave is an open-source tool that lets developers hand off a coding task between multiple AI coding agents such as Claude Code, Codex and Grok. LLM agents execute the task while SpecWeave manages the handoff of context between them. It targets developers who want to switch or combine coding agents mid-task without losing progress.
A developer released 'unflat', an Agent Skill for Claude Code, Cursor and Codex that fixes the flat 'AI mockup' look of agent-built sites. The agent audits the page, extracts design tokens, and appends one reversible CSS block adding a ground color, a light source, and mounted surfaces using the site's own colors. No markup changes are required.
A developer released 'unflat', an Agent Skill for Claude Code, Cursor and Codex that fixes the flat 'AI mockup' look of agent-built sites. The agent audits the page, extracts design tokens, and appends one reversible CSS block adding a ground color, a light source, and mounted surfaces using the site's own colors. No markup changes are required.
BDFL is an open-source terminal supervisor for Codex, Claude Code, and Ollama sessions. It enables users to work with a planning agent, compare and approve versioned plans, then let isolated worker agents implement approved work while BDFL handles scheduling, checks, review, verification, integration, and recovery.
BDFL is an open-source terminal supervisor for Codex, Claude Code, and Ollama sessions. It enables users to work with a planning agent, compare and approve versioned plans, then let isolated worker agents implement approved work while BDFL handles scheduling, checks, review, verification, integration, and recovery.