Agentic coding IDE with visual planning boards and canvas
Invoke Studio is a desktop AI coding IDE with visual planning, design canvas, and intelligent agents. Map features on Boards, draw dependencies, and let AI build them in order. Design pages in Canvas — drag, resize, edit visually — then export as production code. Experiment safely in Sandbox with AI-powered merging. Run parallel agents, create custom subagents and agents. Works with Claude, OpenAI, Google, xAI, and Ollama. Free with your own API keys.
Invoke provides BYOK (Bring Your Own Keys) on the free plan, allowing developers to use their own OpenAI or Anthropic API keys without credit consumption. Paid plans offer pre-allocated monthly credits for code generation, reviews, and refactoring across multiple specialized AI agents, enabling faster development cycles with transparent cost management.
Invoke supports 10+ LLM providers including local models via Ollama for offline capability, MCP (Model Context Protocol) for extensibility, and terminal controls for security. Developers can customize the workspace layout, configure allowed terminal commands, and use their own API keys to maintain full control over data and privacy.
Invoke supports up to 50 AI sub-agents (Pro plan) or unlimited (Max plan) running in parallel across separate tabs. Slash commands, custom skills, and the Orchestrator mode enable developers to create reusable automation workflows that handle complex multi-step coding tasks autonomously.
Invoke's memory system stores up to 50 memory slots (Max plan) and maintains full context windows across conversations. The integrated code editor with live preview, diff integration, and AI-assisted debugging helps developers quickly identify issues and understand code behavior without context loss.
Invoke's Sandbox mode and Checkpoints feature provide safe experimentation environments with automatic snapshots. The built-in API client allows testing endpoints and chaining requests without leaving the editor, reducing context switching and enabling rapid iteration.