Amphia offers an AI‑powered autonomy platform that combines perception, planning, and control into a single software stack for vehicles and industrial equipment. By processing sensor data to generate safe motion plans and execute precise actuator commands, the platform enables hands‑free operation, reducing operator workload while improving safety and efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
Operators of vehicles and industrial equipment must continuously monitor complex environments and manually control systems, which can lead to high workload, safety risks, and limited productivity in autonomous deployments.
Solution
Amphia provides an AI-powered autonomy platform that integrates perception, planning, and control modules into a unified software stack for vehicles and industrial machinery. The platform processes sensor data to understand surroundings, generates safe motion plans, and executes precise control commands without human intervention. By abstracting the complexity of autonomous functions, Amphia enables customers to add hands‑free operation to existing hardware, reducing operator effort while enhancing safety and operational efficiency.
Target Audience
Primary customers are manufacturers and operators of autonomous vehicles, construction machinery, and other industrial equipment seeking to automate operations and improve safety.
Features
- Integrated perception pipeline using deep learning to detect obstacles, lane markings, and relevant environmental features
- Real-time motion planning engine that computes collision‑free trajectories under dynamic constraints
- Closed‑loop control module that translates plans into actuator commands with high fidelity
- Modular architecture allowing seamless integration with diverse vehicle and equipment platforms
- Scalable cloud‑based simulation and testing tools for validation and continuous improvement