Zynoptes provides an AI-powered simulation engineering tool for robotics teams. Its CLI, ZynoCode, builds realistic simulation worlds from plain English and existing code, then automatically generates and executes hundreds to thousands of variations to identify failures before deployment. The platform runs on the customer's own machines, using Gazebo, and backs every reported failure with replayable evidence.
Funding
Funding not disclosed
Founders
Product
Problem
Robotics teams often deploy systems without adequate simulation coverage, relying on manual test scenarios that fail to expose edge cases and semantic errors. Building comprehensive simulation worlds and variations is time-consuming and expensive, leading to production failures that are costly to fix.
Solution
Zynoptes offers an AI simulation engineer for robotics through its CLI tool, ZynoCode. The tool runs on the customer's own machine and collaborates with the user to build an initial realistic simulation world from plain English descriptions and any existing simulation code. ZynoCode then scales that single world into hundreds or thousands of variations, executes them in Gazebo, analyzes outcomes for semantic and code failures, automatically fixes issues, and validates those fixes. This loop continues until no failures remain, ensuring robots are thoroughly tested before deployment while keeping the team's code and data on their own infrastructure.
Target Audience
The primary customers are robotics engineering teams that use Gazebo or Isaac simulators and need automated, scalable simulation coverage to accelerate development and reduce production failures.
Features
- ZynoCode CLI operates entirely on the user's own machine, preserving data privacy and infrastructure control
- Creates initial simulation worlds collaboratively from natural language and pre-existing simulation code
- Automatically generates and executes between hundreds to thousands of world variations inside Gazebo
- Identifies semantic failures prior to deployment, not just code-level errors
- Autonomous find-fix-validate loop iterates until the simulation is clean of failures
- Every reported failure includes its replay and evidence for easy verification
- Compatible with existing simulators; works alongside Gazebo and Isaac rather than replacing them