Detect earlier.
Decide faster.
Act more effectively.


Unlike conventional approaches built around centralized video stream processing,
AzurİA’s solutions analyze data directly at the edge, as close to the sensors as possible, using embedded AI.
This approach delivers real-time detection, lower latency, and faster response, even in constrained or low-connectivity environments.
 

 


Test our AI

Schéma comparant une approche standard de surveillance, basée sur la centralisation et l’enregistrement de flux vidéo, à l’approche AzurİA reposant sur l’analyse en temps réel par intelligence artificielle embarquée directement au niveau des caméras.

Our approach
to deeptech

  Our deeptech approach is built on a range of modular, incremental and versatile products designed to meet real operational needs in the field.

By limiting the proliferation of devices and favoring scalable, interoperable solutions, we promote a more responsible use of technology while ensuring systems that are fit for purpose, high-performing and durable.

Embedded Aİ, real-time detection


Illustration de la solution d’intelligence artificielle embarquée d’AzurİA, dédiée à la détection d’événements en temps réel sur des systèmes à faible consommation.

Evolutive Solution


Embedded AI lies at the heart of AzurİA’s expertise and forms the core technological building block of its incremental solutions.
From its inception, AzurİA benefited from the French Tech Emergence program to develop a frugal artificial intelligence software stack that is sensor-agnostic and deployable across a wide range of low-power systems.
This approach makes it possible to analyze data directly at the edge, as close to the sensors as possible, on embedded devices or low-power chips, ensuring real-time detection and suitability for constrained environments.

Boîtier CamiA d’AzurİA intégrant une intelligence artificielle embarquée, équipé de caméras multi-spectrales visibles et infrarouges pour la détection et l’alerte en temps réel sur différents supports.

CamİA, multi-use detection and alert case



Adaptive solution


Powered by our embedded AI, CamiA analyzes in real time the images captured by its multispectral cameras (visible and infrared) to address specific use cases, such as early smoke detection or the detection of events of interest.

The system alerts the end user by transmitting only the relevant information through different channels, depending on the available network architecture.
Thanks to its low power consumption and compact form factor, CamiA can be deployed across a wide range of platforms: battery-powered aerial drones, fixed masts connected to the grid, or autonomous installations equipped with solar panels.
CamiA is a flexible, scalable solution for real-time monitoring and detection, designed for constrained environments and field operations.


Helia, autonomous tethered aerostat


Aérostat filaire Helia d’AzurİA intégrant une solution de détection et d’alerte en temps réel basée sur l’intelligence artificielle embarquée, destiné à la surveillance de zones étendues.

Turn-key Solution

Winner of the European SecurIT project, Helia is a complete surveillance system that is fully autonomous and operates 24/7, without a remote pilot.
Easily transportable and deployable in any open area, Helia offers excellent wind resistance, up to 60 km/h, and provides a 360° field of view from up to 1 km in altitude, enabling the monitoring of large areas.
Thanks to the integration of the CamiA solution and embedded AI, Helia enables real-time detection and alerting for events of interest such as fire outbreaks, rescue operations, or marine pollution incidents.
Towable from a boat, Helia is also suited to maritime environments. Its effectiveness and operational readiness have already been demonstrated in real-world deployments, including at major events such as I-Naval.

  Your solution : Our AI layer 

Developed by AzurİA—winner of multiple awards and recognized as a Deeptech company by Bpifrance—our frugal deep learning solution rapidly adapts its parameters to new environments and use cases.

  Direct integration into your existing system, with no need for additional computing resources, or the option to run inference on our servers depending on the selected architecture

  Continuous performance improvement through regular updates (at least two per year) based on your feedback and operational experience

  Dynamic configuration of detection thresholds, adjustable according to risk level and operating conditions

  Reduced operational and human costs through a significant decrease in false alerts, with no need for additional hardware

 We need a complete solution, with controlled costs, for an extended risk period (longer than one month).

  Your solution: our smart detection unit, CamiA

Powered by our embedded AI, CamiA is a real-time detection and alert unit integrating multispectral sensors, designed to significantly reduce false positives.

Deployable on elevated points without a wired connection, CamiA enables the rapid rollout of a complete monitoring solution tailored to prolonged risk scenarios and budget constraints.

  Total cost reduced by a factor of two to three compared with a conventional detection solution

  24/7 alerts, including an associated image and geolocation, transmitted to CTA/CODIS centers and authorized mobile devices

  Technical support for selecting elevated points, including a 3D analysis of surveillance coverage

  Legal support for establishing agreements with elevated-point site operators


  Deployment of temporary elevated points to ensure coverage of at-risk areas without existing infrastructure

       Your solution : our autonomous tethered aerostat, Helia 

Integrating the CamiA solution, Helia is a multi-purpose tethered aerostat that is easy to transport and can be rapidly deployed from any open area.

Fully operational day and night, Helia runs without a remote pilot and requires no pilot license, making it particularly well suited to short periods of elevated risk.

   autonomous 24/7 for several days

 Excellent wind resistance, up to nearly 60 km/h, thanks to its wing design and lift capacity

 Wide 360° field of view, with deployment possible at altitudes of up to 1 km, subject to local regulations or exemptions applicable to civil security operations

  Real-time detection and alerting, with additional uses in operational support and post-fire rekindle monitoring

  Flexible use: outside aerostat deployment periods, the CamiA unit can also be used on its own in plug-and-play mode on other platforms such as a drone or fixed mast

True to its mission of protecting the planet and its inhabitants, AzurİA addresses a wide range of use cases in the fields of monitoring, risk prevention, and the protection of people and environments.

Contact us 

They support us

 

 Lauréat Projet EcoNum
 Département de la Loire / SDIS 42
 ONG Search & Rescue
 Protection forêts de Thaïlande
Bourse French Tech Emergence par BPI France
 Membre fondateur de 'France IA Défense et Sécurité'

 Prix Européen

AI Talent  EU sélection de BonsAPPs pour la résolution de défis industriels à travers l'İA
Selection Green Expertise Support pour construire notre ACV
 Lauréat catégorie 'Innovation et Environnement' en 2023
 Pôle de compétitivité
 Pôle de compétitivité
 Accompagnateur ACV
 Accompagnateur levée de fonds
 Incubés à l'IPCA à la création
 Lauréat Projet EcoNum