Gemperts specialises in deploying AI models directly on edge devices — cameras, sensors, microcontrollers, and embedded systems — eliminating cloud dependency and enabling real-time, offline-capable intelligence. Our Edge AI practice covers the full model compression and deployment pipeline, from knowledge distillation and quantisation to hardware-specific optimisation using TensorRT, ONNX Runtime, OpenVINO, and TensorFlow Lite. We enable manufacturers, fleet operators, healthcare device makers, and smart city builders to run powerful AI where data is generated, not in a distant cloud.
Compressing large AI models through pruning, quantisation, and knowledge distillation to run efficiently on CPUs, NPUs, and microcontrollers with strict memory budgets.
Porting trained models from PyTorch and TensorFlow to deployment-ready formats for target hardware — ensuring accuracy, latency, and power consumption targets are met.
Expert deployment using leading inference runtimes — optimising for NVIDIA GPUs, Intel VPUs, ARM processors, and mobile SoCs across diverse hardware platforms.
Privacy-preserving distributed training that enables AI models to learn from device-local data without centralising sensitive information — ideal for healthcare and finance.
End-to-end integration of AI inference into IoT devices and embedded systems — from firmware development to secure OTA model update pipelines.
Automated pipelines for monitoring edge model performance, triggering retraining on data drift, and deploying updated models to thousands of distributed devices.
We assess target hardware capabilities — compute, memory, power budget, thermal envelope — to define the model compression and runtime strategy.
We apply state-of-the-art compression techniques — INT8/FP16 quantisation, structured pruning, layer fusion — to reduce model size without accuracy loss.
We profile inference performance on real hardware, iterate on runtime optimisations, and benchmark against latency, throughput, and accuracy targets.
We establish secure deployment pipelines that push model updates across distributed edge device fleets with rollback and versioning controls.
INDUSTRY IMPACT
Reduction in inference latency for real-time defect detection by moving from cloud to on-device AI.
Improvement in ADAS reaction time with low-latency edge-deployed perception models.
Reduction in diagnostic data upload costs by processing medical images on local hospital hardware.
Improvement in smart shelf analytics accuracy using edge-based computer vision without cloud dependency.
Reduction in unplanned downtime through predictive maintenance AI running on industrial IoT gateways.
Bandwidth savings in traffic management systems by processing camera feeds locally at the edge.
OUR REACH
Delivering intelligent technology solutions across 12+ verticals — from healthcare to hospitality.