Embedded AI at the Edge
Deterministic, low-latency AI inference on automotive-grade controllers, purpose-built for functional safety and real-time control.
Automata Mobility deploys AI inference directly on Edge AI Controllers, ARM SoCs, NPUs, GPUs and DSPs, running on RTOS and Embedded Linux with automotive-grade functional safety. Models are optimised for the vehicle envelope — millisecond-scale latency, thermal and power constraints — enabling safety-critical features like collision warning, blind spot detection, rider assistance and driver monitoring.
Automotive-grade embedded compute.
A layered runtime that maps AI workloads to the right silicon and enforces deterministic timing across the vehicle.
Silicon Layer
ARM SoCs, NPUs, GPUs and DSPs tuned for AI.
Real-Time OS
RTOS and Embedded Linux with functional safety.
AI Inference Runtime
Quantised, hardware-accelerated model execution.
Safety & Diagnostics
Watchdogs, health monitoring and ISO 26262 alignment.
Building blocks of the stack.
Edge AI Controllers
Purpose-built AI compute for vehicles.
ARM SoCs
Automotive-grade compute platforms.
NPU
Neural inference acceleration.
GPU
Parallel vision and AI compute.
DSP
Signal processing for sensors.
RTOS
Deterministic real-time scheduling.
Embedded Linux
Rich runtime for AI services.
AI Inference
Quantised on-device model execution.
Low Latency
Sub-millisecond critical paths.
Functional Safety
ISO 26262-aligned design.
From signal to action.
Where it drives value.
Collision Warning
Forward and rear threat detection.
Blind Spot Detection
Side awareness for cars and bikes.
Rider Assistance
Two-wheeler safety on the edge.
Driver Monitoring
Attention and drowsiness tracking.
Engineered outcomes.
Deterministic
Predictable latency for safety loops.
Power Efficient
AI within the vehicle's thermal envelope.
Safety Certified Ready
Architected for ISO 26262 and ASPICE.
Explore the rest of the stack.
Build the next generation of mobility.
Partner with Automata Mobility to bring intelligent, safe and connected vehicles to the road.