Issues
Areas
Solutions
TRL Level
SRL Level
The LIS-platform, a BIM-based software platform, is being developed to monitor various aspects of buildings. This platform provides a comprehensive overview of structu...
We offer Little Alert Boxes (LABs) for 24/7 environmental monitoring, tracking air quality, temperature, and more. They transmit real-time data via Wi-Fi, GSM, or satellite, ensuring continuous hazard detection.
- Inadequate real-time monitoring during disasters
- Lack of comprehensive environmental parameter monitoring
- Limited connectivity options in disaster-stricken areas
- Insufficient infrastructure resilience for continuous monitoring
- Challenges in identifying and responding to environmental hazards
- Ineffective data by GSM transmission in case of disaster
- Inadequate placement and coverage of environmental monitoring devices
- Difficulty in data management and interpretation during crises
- Lack of a multidisciplinary approach to environmental monitoring
- Limited mobility and adaptability of monitoring systems
- Addresses: Heatwaves, Wildfires, Multi-hazard
See more information about this level and the TRL and SRL levels.
The market assessment of this innovation has been self-declared by the provider and has not been independently verified. For more details, please contact the innovator directly.
Our innovation offers resilient communication solutions and advanced analytics for real-time management of emergencies and disasters. We provide IoT devices that collect and transmit data via satellite, regardless of network conditions. Data is analyzed with AI both on-site and in our central platform. Users can access and manage information through user-friendly interfaces on smartphones and PCs. The system integrates sensor data with satellite and drone information, detecting anomalies like forest fires or flooding. It sends real-time alerts to authorities, facilitating quick and effective responses.
Global Smart Rescue, a Toulouse-based new space company, was founded in 2019 by three co-founders with the aim of reducing human and material tolls through IoT satellite solutions. Thierry Fayard, a former astrophysicist and researcher at CNES, holds the patent for automatic communication channel selection. Bertrand Massat, the technical director, developed the concept after a conference in New York highlighted the lack of on-site information during fires. Henri Delattre, the CEO, is the primary pre-seed investor in the solution.
In extremely harsh environmental conditions, such as severe natural disasters or extreme temperatures, the functionality of the LABs
may be compromised but we are working on it.
The effectiveness of satellite communication is contingent on clear line-of-sight to satellites. Dense urban environments or naturalbarriers may hinder satellite connectivity, but we have a new partnership to access a satellite teleport.
We offer Little Alert Boxes (LABs) for 24/7 environmental monitoring, tracking air quality, temperature, and more. They transmit real-time data via Wi-Fi, GSM, or satellite, ensuring continuous hazard detection.
- Inadequate real-time monitoring during disasters
- Lack of comprehensive environmental parameter monitoring
- Limited connectivity options in disaster-stricken areas
- Insufficient infrastructure resilience for continuous monitoring
- Challenges in identifying and responding to environmental hazards
- Ineffective data by GSM transmission in case of disaster
- Inadequate placement and coverage of environmental monitoring devices
- Difficulty in data management and interpretation during crises
- Lack of a multidisciplinary approach to environmental monitoring
- Limited mobility and adaptability of monitoring systems
- Addresses: Heatwaves, Wildfires, Multi-hazard
The business plan for this innovation has been evaluated by The Funding Company and it is considered to be ready for investment.
The main components of the system have been tested separately, and an initial integration exercise has been conducted.
Our innovation offers resilient communication solutions and advanced analytics for real-time management of emergencies and disasters. We provide IoT devices that collect and transmit data via satellite, regardless of network conditions. Data is analyzed with AI both on-site and in our central platform. Users can access and manage information through user-friendly interfaces on smartphones and PCs. The system integrates sensor data with satellite and drone information, detecting anomalies like forest fires or flooding. It sends real-time alerts to authorities, facilitating quick and effective responses.
Global Smart Rescue, a Toulouse-based new space company, was founded in 2019 by three co-founders with the aim of reducing human and material tolls through IoT satellite solutions. Thierry Fayard, a former astrophysicist and researcher at CNES, holds the patent for automatic communication channel selection. Bertrand Massat, the technical director, developed the concept after a conference in New York highlighted the lack of on-site information during fires. Henri Delattre, the CEO, is the primary pre-seed investor in the solution.
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