MG SENTINEL
EDGE COMPUTING
We are a Spanish edge computing engineering company. We build our own technology for on-device perception and operation without a continuous data link, and we apply it to each customer's use case.
The technology, in its first application.
Perception that survives the link.
A search and rescue deployment: perception generated onboard, operational even when the link is not guaranteed.
Illustrative scenario · search and rescue
Watch on YouTubeOur own edge computing technology.
Reusable from one case to the next.
On-device perception
The model runs on the device itself. What leaves it is already information, not video.
Operation without a continuous link
If the link drops, perception carries on and events wait in a persistent acknowledged queue.
European control of the IP
IP, models, data and mission layer developed and controlled in the EU, with no dependency on foreign cloud.
The first application, and the only one with published figures.
An ISR perception module for third-party uncrewed platforms, on COTS computing, PX4/ArduPilot agnostic.
AP@50 0.93 · AP@50:95 0.47 — person class · RF-DETR · TensorRT FP16 engine · NVIDIA Jetson Orin Nano Super, onboard · measured on the module's own output (CBOR contract boxes) · validation set MGSTA-v2 ancla_val200, 777 objects · [MEASURED — Jetson]
AP@50 0.92 · AP@50:95 0.49 — person class · RF-DETR · TensorRT FP16 engine · NVIDIA Jetson Orin Nano Super, onboard · measured on the module's own output (CBOR contract boxes) · MONET-val, 11,988 objects, European aerial thermal · [MEASURED — Jetson]
Two different populations: they are not averaged.
The link drops.
The mission continues.
A full mission validated in SITL simulation: the link is cut, events queue onboard, and the mission completes the pattern anyway.
The target is detected and geolocated onboard, frame by frame.
The mission orbits the geolocated target to characterise it.
A logical link cut. Events are queued onboard with acknowledgement (store & forward).
With no link, the search pattern is completed anyway.
Queued events are delivered in order once the link returns · return to base.
Validated in simulation and blocked on a real platform by agreement with the manufacturer. What we ship is passive.
The full ladder, with both halvesThe technology is ours.
The device is designed for your case.
An engagement starts from the use case and ends in a device that solves it, on a base already built and measured.
The case comes first
What has to be perceived, where, over what link, and under what power and size constraints.
On our own base
Edge perception, a persistent acknowledged queue and a mission layer already built; nothing starts from zero.
Device and mission layer
The right commercial compute module is chosen, and what the case needs is designed on top of it.
Measured, not promised
It ships with its figures and its measurement surface declared, on the same terms on which we publish our own.
Computing that survives the link.
If perception has to happen on the device, let's talk.