Edge AI on Embedded Devices
Artificial intelligence directly on your equipment, without cloud

- Category
- Support and customer service
- Model
- open, installed on your premises
- Data
- never leaves
- Subscription
- €0 per month
AI doesn't have to live only in the cloud. For industrial applications requiring ultra-low latency, data privacy or intermittent connectivity, inference must happen locally, on the device. Wikolabs deploys AI models optimized to run directly on Raspberry Pi, NVIDIA Jetson, STM32 or your proprietary equipment, with zero network dependency.
Cloud inference involves 100–500ms latency incompatible with real-time applications. Cloud infrastructure costs accumulate at scale. Sensitive data (production images, health data) can't transit through the cloud. And without permanent network connectivity, cloud applications are fragile.
We optimize your AI models (INT8 quantization, pruning, distillation) to fit the memory and CPU constraints of edge devices. The model is then converted to TFLite, ONNX or TensorRT, integrated into a C++/Python firmware and deployed on your equipment. Performance is validated on real hardware before delivery.
Live in four steps.
- 01Target hardware selection
Analysis of your constraints (power, consumption, cost, form factor) and optimal hardware selection: Raspberry Pi, Jetson Nano, Coral TPU, STM32.
- 02Model optimization
Quantization (INT8/FP16), pruning, knowledge distillation to reduce size and accelerate inference while maintaining accuracy.
- 03Firmware integration
Inference pipeline development in C++ or Python. Integration with inputs (camera, sensors) and outputs (GPIO, display, network).
- 04Validation & deployment
Performance testing on real hardware (latency, consumption, accuracy). Over-the-air (OTA) deployment for updates.
Results you can measure.
Local inference eliminates network latency. Decisions are made in real time, essential for control and safety applications.
Once deployed on the device, each inference is free. For millions of inferences per day, the savings are considerable.
No data leaves the device. Simplified GDPR compliance for applications processing sensitive data (health, industry, defense).
What we get asked before signing.
Which models can be embedded?
Does quantization degrade accuracy?
How to update the model on deployed devices?
Is it compatible with very constrained microcontrollers (Arduino, STM32)?
Let's talk about your case for thirty minutes.
A conversation to understand your context, volumes and tools. You leave with a scope and an order of magnitude, no commitment.