R+D+i projects
Innovation and Industry Development with our R+D+i projects
Alsis IoT is a company dedicated to digital transformation consulting services and the implementation of new technologies in companies through our R+D+i projects. Our R+D+i Projects aim to enhance industry development.
Make human perception feel like real life
Project subsidized by ICE co-financed with FEDER funds with file number 04/23/PA/0004
Immersive Simulation: We merge VR goggles with motion sensing platforms (VR treadmill) to simulate natural walking and driving/piloting in virtual scenarios, bringing human perception closer to a real-world experience. This allows immersive training in various situations without the need for costly and potentially dangerous physical simulations.
The general objectives of this R&D project are twofold:
1.- Research of a digital twin system, which combines a physical support with motion sensors and cameras, devices providing virtual reality data and an immersive augmented reality environment, to help physical people to perform a training, simulation, training or rehabilitation activity.
2.- Development of an augmented reality platform prototype with the digital twin system for the specific use case of neurorehabilitation of physical patients with neurological disorders or nervous system injuries.
Intelligent silo weight measurement system
We developed an advanced system for grain or liquid monitoring, mainly in agri-food farms. This system allows an accurate and digitized measurement of silo contents, eliminating rudimentary methods and improving efficiency.
Intelligent silo weight measurement system
We developed an advanced system for grain or liquid monitoring, mainly in agri-food farms. This system allows an accurate and digitized measurement of silo contents, eliminating rudimentary methods and improving efficiency.
Controlling humidity and temperature for greater energy efficiency
It includes the control of humidity and temperature in the walls and facings to determine the factors that may affect the safety and energy efficiency of the building. All this by thoroughly analyzing the current state of the building.
Controlling humidity and temperature for greater energy efficiency
It includes the control of humidity and temperature in the walls and facings to determine the factors that may affect the safety and energy efficiency of the building. All this by thoroughly analyzing the current state of the building.
Secure and efficient connectivity for a sustainable future
We implemented a centralized control system using a small Central Switch/Router and signal repeaters connected to a private internal IT network, without Internet connection, guaranteeing 100% cybersecurity. This system allows control from any authorized mobile device (phone, computer, tablet, etc.).
In this way, we can control lighting, electrical power points, as well as temperature, humidity and window and door status sensors.
Secure and efficient connectivity for a sustainable future
We implemented a centralized control system using a small Central Switch/Router and signal repeaters connected to a private internal IT network, without Internet connection, guaranteeing 100% cybersecurity. This system allows control from any authorized mobile device (phone, computer, tablet, etc.).
In this way, we can control lighting, electrical power points, as well as temperature, humidity and window and door status sensors.
