Physical AI and Autonomous Systems
Engineering GPU Computing for Intelligent Machines
Engineering Compute Platforms for Physical AI and Autonomous Systems
AMAX delivers high-performance GPU computing platforms for Physical AI, robotics, and autonomous systems, from AI model development and simulation to real-time edge inference.
Combining system engineering, hardware customization, validation, manufacturing, and lifecycle support, AMAX advances intelligent computing platforms from prototype to production deployment.
Key Benefits
Low-latency AI Inference
Real-time Sensor Processing
Local Machine Control
Secure On-site Operation
Compact & GPU-ready Platforms
Support from prototype through production
Autonomous Systems and Robotics Applications
Industrial Robotics
Compute platforms for robotic arms, collaborative robots, assembly systems, material handling, packaging, and automated production equipment.
Best Fit: Factories, warehouses, production lines, industrial equipmentAutonomous Mobile Robots
Edge AI systems for navigation, mapping, obstacle detection, route planning, and fleet coordination.
Best Fit: Warehouses, factories, healthcare facilities, commercial environmentsMachine Vision and Inspection
GPU-accelerated platforms for object detection, defect inspection, measurement, tracking, and production quality control.
Best Fit:Smart manufacturing, semiconductor production, logistics, automated inspectionAutonomous Vehicles and Machines
Real-time computing for perception, localization, planning, and control across mobile equipment and autonomous platforms.
Best Fit:Agriculture, construction, mining, logistics, specialty vehiclesDrones and Unmanned Systems
Compact computing for navigation, imaging, mapping, monitoring, inspection, and remote operations.
Best Fit:Public safety, infrastructure inspection, research, industrial operationsRobotics Development and Simulation
GPU systems for model development, simulation, synthetic data generation, software testing, and system validation.
Best Fit:Robotics developers, research teams, universities, equipment manufacturersFrom System Concept to Production Deployment
AMAX supports autonomous-system developers across the complete product development process.
System Architecture
Compute platforms designed around AI models, sensors, connectivity, power, and deployment requirements.
GPU System Design
GPU-accelerated systems for computer vision, sensor processing, inference, simulation, and robotics development.
Platform Customization
System configurations, chassis designs, expansion options, and I/O developed for specific applications.
Thermal and Power Validation
Cooling and power designs tested for stable operation under continuous workloads.
Prototype and NPI
Engineering samples, prototype builds, validation planning, and production-readiness reviews.
Factory Testing
Workload, thermal, burn-in, functional, and configuration testing before shipment.
Manufacturing and QA
Controlled manufacturing, component traceability, quality inspection, and repeatable production.
Global Deployment Support
Deployment and service support for distributed robotics and autonomous-system environments.
Lifecycle Management
Long-term component management, repair, sustaining engineering, and product support.
From Prototype to Autonomous Operation
Autonomous-system performance depends on more than AI compute. Platforms must be engineered around sensors, software, power, cooling, connectivity, and the deployment environment. AMAX delivers the engineering, manufacturing, validation, and lifecycle support required to move robotics and autonomous systems from early development into reliable production deployment.