Edge AI · On-device inspection
Zero-cloud defect detection camera on ESP32-S3
A production conveyor inspection camera running a quantized INT8 CNN entirely on an ESP32-S3 — no cloud, no PC, 18 FPS at 0.4 W.
Latency, privacy, cost, and connectivity all push compute out of the cloud. We design the hardware and the model together so edge inference is actually viable in the real world.

What we do
Yantrix builds end-to-end edge-AI systems: the custom PCB or module, the quantized model, the firmware that drives it, and the OTA pipeline that keeps it updated. We work across NVIDIA Jetson (Nano, Orin Nano, Orin AGX), Google Coral (Edge TPU), Raspberry Pi, and microcontrollers with NPUs such as the ESP32-S3 and i.MX RT series.
We adapt the same engineering service to different product contexts depending on the load case, packaging problem, validation target, or deployment environment.
Relevant when the project needs focused edge ai & embedded machine learning support.
Relevant when the project needs focused edge ai & embedded machine learning support.
Relevant when the project needs focused edge ai & embedded machine learning support.
Relevant when the project needs focused edge ai & embedded machine learning support.
Relevant when the project needs focused edge ai & embedded machine learning support.
Relevant when the project needs focused edge ai & embedded machine learning support.
These links help visitors move from service intent to real examples of engineering work.
Edge AI · On-device inspection
A production conveyor inspection camera running a quantized INT8 CNN entirely on an ESP32-S3 — no cloud, no PC, 18 FPS at 0.4 W.
Thermal engineering
A compact case study on how Yantrix evaluates heat buildup, airflow constraints, and enclosure geometry before hardware reaches prototype stage.
Service-specific questions are useful for both users and search visibility around intent-driven queries.
For the right model it absolutely can. Quantized CNNs for visual anomaly detection, keyword spotting, and gesture recognition all run comfortably on ESP32-S3 and similar chips. We start with the model size budget and design backwards from there.
Yes. That's the advantage of working with us — we already handle mechanical, thermal, and embedded design, so we don't hand off the hardware problem to a third party.
We design an OTA path into the firmware from day one — signed model artifacts, rollback, and metrics on how the new model performs vs. the previous one on a validation slice.
Send the problem, your current design stage, and any existing files. We can scope the work from there.