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Applications

The same technology, applied to each case.

These are the situations the reference application was designed for, and the usual starting point of an engineering engagement built on the same technology base.

Civil operations

Emergency, surveillance and rescue.

Built for the emergency, surveillance and rescue operations run by units such as UME, civil protection agencies, regional authorities and critical infrastructure operators.

Civil · 01

Night search and rescue

Target scenario: coordination with emergency and civil protection units in search operations across mountain, coastal or affected urban areas. Thermal is the natural sensor for searching for heat signatures in reduced visibility, without depending on artificial lighting.

  • Estimated position of each observation, with a timestamp
  • Events that can be aggregated per swept area
  • Alerts suitable for very low bandwidth links
Thermal validation frame with the model’s detection boxes overlaid
Thermal · LWIR · Frame 0184--:--:-- UTC
LinkNominal

Thermal frame from the public HIT-UAV dataset (CC BY 4.0), with the boxes our model produces on it. Validation material, not an operational capture and not flight proof. Full citation in the legal notice.

Civil · 02

Wildfire perimeter surveillance

Target scenario: perimeter surveillance in wildfires — observations of the person class at access routes and evacuation zones, where the link is unstable due to smoke, terrain or saturation. Hotspot and fire-source detection is on the perception roadmap: the deployed model has a single class, person.

  • Observations of the person class at perimeters and access routes
  • Local persistence while the link is down; sync on recovery
  • Compact events transmissible under restricted bandwidth
Civil · 03

Critical infrastructure surveillance

Electrical substations, water networks, telecommunications, refineries. Sectors where frameworks such as NIS2 raise protection and monitoring requirements, including areas poorly covered by mobile or satellite networks.

  • Automatic observations of the person class at perimeters
  • Alerts with an estimated position and a timestamp
  • Continuous operation even if mobile or satellite networks fail
Defence operations

Reconnaissance, deployment, sovereignty.

Target scenarios: reconnaissance for armed forces, specialised units and allied NATO operators. IP, models and mission layer are developed and controlled in the EU, on COTS components from allied-country suppliers, with no excluded suppliers and no dependence on a foreign cloud. Our software and the reference compute module are ITAR-free; the module is EAR NLR for EU destinations; the sensor's export regime depends on the integrator's choice.

Defence · 01

ISR reconnaissance for ground forces

Target scenario: patrolling operational areas and pre-deployment intelligence. Tactical intelligence generated at the edge in environments where the link may be degraded or denied.

  • Onboard observations of the person class over thermal imagery
  • Estimated position and aggregate count of observations per swept area
  • Transmission over a low-bandwidth tactical link, or store & forward
Thermal validation frame with the model’s detection boxes overlaid
Thermal · LWIR · Frame 0156--:--:-- UTC
LinkNominal

Thermal frame from the public HIT-UAV dataset (CC BY 4.0), with the boxes our model produces on it. Validation material, not an operational capture and not flight proof. Full citation in the legal notice.

Defence · 02

EOD advance reconnaissance

Target scenario: aerial reconnaissance of areas with suspected activity relevant to explosive ordnance disposal units. It lets the unit arrive with prior operational information, without preliminary exposure of personnel. Operation in urban scenarios where the link may degrade due to physical obstacles.

  • Systematic coverage with thermal
  • Estimated position of the observations
  • Local record of events for post-mission analysis
Defence · 03

Allied NATO operators

Extensible to the armed forces of NATO member states. Designed for PX4/ArduPilot — exercised with PX4 in simulation — to integrate across heterogeneous platforms. Our software and the reference compute module are ITAR-free; the module is EAR NLR for EU destinations; the sensor's export regime depends on the integrator's choice.

  • Same intelligence layer, different host platforms
  • A complementary layer to autonomy stacks, not a rival
  • Software and reference module ITAR-free; module EAR NLR for EU destinations
Dual-use by design

The same technology for different scenarios.

Moving between a night search and rescue (SAR) operation and a military reconnaissance mission does not require a different system: it requires a different configuration of the same layer. The sovereignty rule stays.

Next step

Do you have a case where the computing has to happen on the device?

Let's talk. Institutional programmes, industrial integrators and allied partners.

Get in touchSee applications