Movinity offers a code‑first development platform that unifies perception, planning, and control for autonomous mobility, providing language‑agnostic SDKs, pre‑trained deep‑learning models, and high‑fidelity simulation. The platform abstracts hardware differences and automates safety validation and compliance reporting, enabling developers to reuse code across cars, drones, and robots while accelerating development and reducing integration costs.
Funding
Funding not disclosed
Founders
Product
Problem
Developers building autonomous mobility solutions face fragmented toolchains, high integration costs, and limited access to scalable AI models, which slows development and increases time-to-market for self-driving cars, robots, and other moving platforms.
Solution
Movinity provides a code-first development platform that unifies perception, planning, and control modules into a single AI-driven framework. Engineers can write standard code to define vehicle behavior while the platform supplies pre‑trained models, simulation environments, and automated safety validation. The system abstracts hardware differences, allowing the same codebase to run on cars, drones, or robots. Continuous integration pipelines generate performance metrics and compliance reports, helping teams iterate faster and deploy autonomous capabilities with reduced engineering overhead.
Target Audience
Primary customers are software developers and engineering teams at autonomous vehicle manufacturers, robotics companies, and mobility service providers seeking a streamlined, code-centric development environment.
Features
- Unified SDK for perception, localization, planning, and control with language‑agnostic APIs
- Library of pre‑trained deep‑learning models for object detection, lane keeping, and obstacle avoidance
- High‑fidelity simulation sandbox that mirrors real‑world physics for rapid testing and validation
- Automated safety and compliance checks that generate certification‑ready reports
- Hardware abstraction layer enabling code reuse across cars, drones, and ground robots
- Scalable cloud infrastructure for training, inference, and fleet management