Twinexis provides virtual development and testing environments for autonomous drones and mobile robots, enabling teams to design, train, and validate systems through software simulation. The platform accelerates time-to-market by up to 40% while reducing development costs, and is GPU-flexible, meaning it does not depend on Nvidia hardware. Twinexis also offers consulting services to integrate its SkyDev platform with existing customer toolchains.
Funding
Funding not disclosed
Founders
Product
Problem
Physical prototyping and testing of autonomous drones and mobile robots is slow, costly, and difficult to reproduce, creating significant bottlenecks in development cycles. Teams often face long iteration times and high expenses when validating robotic systems in real-world environments, which delays time-to-market and limits design exploration.
Solution
Twinexis provides a virtual development environment that lets teams design, train, and validate autonomous drones and mobile robots entirely in simulation. The platform enables fast, reproducible, software-driven iteration, reducing the need for physical test cycles. With over 15 years of experience in robotic and mechatronic systems, Twinexis also offers consulting services to help integrate its SkyDev platform with existing customer interfaces and toolchains. The solution is GPU-flexible, meaning it is not dependent on Nvidia hardware, offering broader accessibility for development teams.
Target Audience
Primary customers are engineering and R&D teams developing autonomous drones and mobile robots, including those in robotics, logistics, agriculture, and defense sectors seeking faster, cost-effective testing solutions.
Features
- Virtual simulation environment for both aerial drones and ground-based mobile robots
- GPU-flexible architecture that does not require Nvidia hardware
- SkyDev platform designed for integration with customer-specific interfaces and toolchains
- Consulting services for software development and platform integration
- Reproducible, software-driven test cycles that replace physical prototyping