This is custom heading element
This is custom heading element
It is based on neural network technology and is able to spot any kind of trellis during flight, with a high rate of reliability.
This specifically trained neural network can recognize trellises even when they are only partially visible, which occurs very often. Data and flight telemetry can also be downloaded and/or transferred on the platform, to recreate flight/mission profiles and/or sent to specific tailoring software (for registered users only), to enable dedicated “tools”, including: augmented reality, predictive maintenance software, flight training software.
This is custom heading element
Taking a customer-centric approach to make innovative features to our products.
Proprietary mechanical platform planning
Ability to design and build platforms that can be integrated on any robot of ours, to make them cooperate and work autonomously in any environment.
Proprietary software platform planning
Ability to create custom software to manage robots and devices singularly and in swarming, making them cooperate in every environment (space, air, land, water).
Proprietary hardware platform planning
Ability to design and integrate platforms that support requested software and or sensors on any robot of ours, to make them cooperate and work autonomously in any environment.
Rugged protection system
Control and protection system for rugged elements, to guarantee durability, resistance and functioning in challenging environments.
GPS positioning system
To navigate using satellite images updated in real time.
IMU inertial system
Inertial navigation and asset control system designed for device dynamics monitoring; it uses onboard computer to operate corrections.
Neural network for trellis recognition
Smart detection of trellis during flight operation, to help in adverse condition and reduce accidental collision (main accident cause in HEMS operation).
Mission profile interface
Our devices are designed to be able to change mission profile in real time: they can either autonomously, or through remote control modify their program.
Proprietary mechanical platform planning
Ability to design and build platforms that can be integrated on any robot of ours, to make them cooperate and work autonomously in any environment.
Proprietary software platform planning
Ability to create custom software to manage robots and devices singularly and in swarming, making them cooperate in every environment (space, air, land, water).
Proprietary hardware platform planning
Ability to design and integrate platforms that support requested software and or sensors on any robot of ours, to make them cooperate and work autonomously in any environment.
Rugged protection system
Control and protection system for rugged elements, to guarantee durability, resistance and functioning in challenging environments.
On Board A.I.
All our devices are equipped with Artificial Intelligence, to execute missions autonomously, make calculations and elaborations onboard 24/7 and change profile missions in real time.
GPS positioning system
To navigate using satellite images updated in real time.
IMU inertial system
Inertial navigation and asset control system designed for device dynamics monitoring; it uses onboard computer to operate corrections.
Neural network for trellis recognition
Smart detection of trellis during flight operation, to help in adverse condition and reduce accidental collision (main accident cause in HEMS operation).
Mission profile interface
Our devices are designed to be able to change mission profile in real time: they can either autonomously, or through remote control modify their program.
Post-processing Artificial Intelligence
Manipulation and training of CNN enables us to analyse both onboard and post-acquisition datasets collected by any device or generated through machine learning techniques.
Flight training software
Any flying robot can be trained to have better performances according to environmental conditions, pre-existing hardware and profile mission.
3D visor with augmented reality
A powerful device for remote design, interaction and training in 3D, featuring a software up to date technique that greatly eases every process.
External cameras system
To provide data collection with video or thermal cameras, depending on purpose. Data can be processed onboard for a real time detection.
This is custom heading element
- Ultra light aircraft
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- Helicopter Emergency Service
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- SAR Missions
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This is custom heading element
This is custom heading element
Answer your questions, experience our cutting-edge solution, discuss any of your needs and to provide you with a quote that suits with your requirements.