Underground environments
Maturation cellar - Tunnel
Underground activities
→ Structural integrity monitoring
→ Telemetry of alert and safety indicators
→ Geolocation of team members and equipment
→ Equipment usage record
→ Control of critical quality and hygiene factors
→ And more
Underground environments
Maturation cellar - Tunnel
Underground activities
→ Structural integrity monitoring
→ Telemetry of alert and safety indicators
→ Geolocation of team members and equipment
→ Equipment usage record
→ Control of critical quality and hygiene factors
→ And more
Underground environments
Maturation cellar - Tunnel
Underground activities
→ Structural integrity monitoring
→ Telemetry of alert and safety indicators
→ Geolocation of team members and equipment
→ Equipment usage record
→ Control of critical quality and hygiene factors
→ And more
Underground environments
Maturation cellar - Tunnel
Underground activities
→ Structural integrity monitoring
→ Telemetry of alert and safety indicators
→ Geolocation of team members and equipment
→ Equipment usage record
→ Control of critical quality and hygiene factors
→ And more
Underground environments
Maturation cellar - Tunnel
Underground activities
Natural Spaces
Pasture control
→ Monitoring
→ Counting
→ Evaluation
→ Geolocalisation
→ Snow level
→ Traffic
→ And more
Natural Spaces
Pasture control
→ Monitoring
→ Counting
→ Evaluation
→ Geolocalisation
→ Snow level
→ Traffic
→ And more
Natural Spaces
Pasture control
→ Monitoring
→ Counting
→ Evaluation
→ Geolocalisation
→ Snow level
→ Traffic
→ And more
Sector issues
Wireless telecom networks are regularly lacking in buried and underground environments. The common palliative for replacing cables with radio technologies consists of deploying heavy and complex infrastructures, made up of numerous relays, antennas and finally cabling, if only for their energy supply. Unfortunately, this path drastically weakens the profitability and interest of implementing wireless IoT projects.
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Our system
ORAMA-Net is the wireless network solution adapted to underground environments, because it is the connected objects which are and which make the network. This gives it three advantages over usual wireless networks and other connectivity solutions for IoT: it does not require any infrastructure, its energy footprint is very low, its radio coverage is very deep.
Near zero infrastructure, very light footprint
How it works
ORAMA-Net is a kind of LoRa Mesh network where the connected objects themselves form and maintain the network. More specifically, it is a LoRa Multi-Hop network with a very low local and energy footprint. ORAMA-Net can overcome obstacles and cover very long distances with a single micro-station, without the need for additional antennas or repeaters.
The ON-Node software stack can be installed on any LoRa object.
The ON-Spot microstation communicates with any business application
Evaluate or test the potential of the solution
Evaluate ORAMA-Net through a tailored pilot project or the demo kit