Kineis to unveil satellite-based fire detection technology at Sydney’s AFAC 2024

Kineis, a French satellite operator, will showcase its innovative satellite connectivity technology for early forest fire detection at the upcoming AFAC 2024 conference in Sydney.

As reported by Kineis, the event will take place from 3 to 6 September at the Sydney International Convention & Exhibition Centre, bringing together emergency service professionals from around the world.

The Kineis system uses a constellation of 25 nanosatellites to connect sensors placed on trees, which enables near-real time alerts for emergency services, even in areas with no terrestrial networks.

The sensors, powered by solar energy and integrated with artificial intelligence, detect abnormal gas levels related to fire outbreaks and relay this data to ground stations within 15 minutes.

Dryad Networks partners with Kineis for fire detection

Kineis has partnered with German company Dryad Networks to enhance its satellite connectivity technology with advanced gas sensors.

These sensors, installed on trees and powered by solar energy, detect air quality issues that signal a fire outbreak.

Data from these sensors is sent directly to Kineis’ satellites, which eliminates coverage gaps and allows for continuous monitoring.

According to Kineis, this innovation drastically reduces response times, helping authorities prevent large-scale environmental and infrastructure damage.

Kineis technology selected by the French government for early detection

In France, Kineis’ satellite connectivity has been recognised by the Ministry of Ecological Transition and Territorial Cohesion.

This technology has been chosen to be part of future IoT systems for forest fire detection.

This selection marks a shift in government strategies from fire suppression to early detection, driven by economic and ecological concerns.

The Kineis system provides reliable, large-scale fire detection while consuming low amounts of energy.

It also offers improved risk prevention for civil security during natural disasters, reducing the potential scale of devastation.

Applications extend to rail and electrical infrastructure

Beyond forest fire detection, Kineis’ satellite system is applicable to monitoring critical infrastructure, such as railway lines and electrical networks.

These linear installations are highly vulnerable to fire risks, whether caused by accidental sparks from trains or electrical arcs from power lines.

By integrating Kineis’ satellite connectivity, railway and electrical companies can monitor these vast areas in near real time, preventing potential fires and significantly reducing costs related to damage or power outages.

Kineis’ solution provides a continuous, reliable connection that helps safeguard remote infrastructure in areas where terrestrial networks may be absent.

IoT satellite solution for early forest fire detection to be showcased by Kineis at AFAC 2024: Summary

Kineis, a French satellite operator, will present its innovative fire detection system at AFAC 2024 in Sydney.

The system, developed in collaboration with Dryad Networks, uses gas sensors connected to Kineis’ constellation of nanosatellites to detect fires in near real time.

It has been adopted by the French government to help shift focus towards early fire detection, and is also applicable to protecting railway and electrical infrastructure.

Kineis’ solution allows for rapid transmission of critical data, even in areas without terrestrial networks, which helps mitigate the risks associated with large-scale fires.