A coding IDE that uses multiple AI agents to build features in parallel.
Product memo
Developers gain parallel AI agent development directly within their IDE, simplifying complex coding tasks. It leverages isolated Git worktrees, allowing multiple AI agents to build different features simultaneously without conflict. This approach provides full codebase context, shortening development workflows beyond single-agent limitations.
For who
Developers using AI coding assistants
Solves what
Parallel AI agent development within IDEs
- Multiple AI agents
- Isolated Git worktrees
- Full codebase context
In their own words
Build features in parallel.
Multiple AI agents working simultaneously—each in its own git worktree, each building a different feature. Keep using VS Code, Zed, or whatever you love.
The first IDE where multiple AI agents work simultaneously—each in its own git worktree, each building a different feature.
Commercial cues
Model
subscription
Free tier
Yes
Trial
Available
Pricing Strategy
- • A free tier requires a user's own API key, reducing infrastructure costs.
- • Tiered plans segment users by device and workspace limits, scaling access.
Operator context
Founded
Jan 2026
HQ
Netherlands
Platform
Desktop
Audience
Developers
Payments
Stripe
Public footprint
Tech stack
Builder Strategy
- Strategy Type
- Niche Specialist
- Stage
- Pre Revenue
- Effort
- Small Team
About Sonars Expand
Sonars focuses on AI-assisted coding by allowing developers to run multiple AI agents in parallel, each working on distinct features within isolated Git worktrees. This approach offers full codebase context, helping teams skip setup work by tackling complex projects concurrently.
It integrates directly into popular IDEs like VS Code and Zed, ensuring a direct workflow. The product's pricing structure includes a free tier, allowing users to bring their own API key, which reduces initial friction and provides a transparent cost model for AI usage.
This unique positioning helps developers move beyond the limitations of single-agent assistants and traditional sequential development.