We are ready to shape our future.
We are creating the first fully green cloud service.
A network of interconnected devices resulting in a redundant, distributed, and decentralized server, powered by the energy of the waves.
An advanced marine power generation system integrated with data storage capabilities. It is designed to meet the growing demand for data storage and computational power, while driving innovation in green technology.
The true strength of these devices lies in their ability to collaborate. When interconnected, they form a wireless network spanning vast marine areas, significantly enhancing the overall system's performance.
Devices by themselves are not effective; they must be connected toground stationsto enable data transfer. This requires powerful antennas capable of transmitting large volumes of data efficiently. Since many devices are not located close to the coast, they need alternative methods to send data to the ground. One solution is to establish acommunication bridgebetween devices, allowing data to be relayed through multiple nodes in the network before reaching the ground stations.
If the device is too far from any other network node, it can still communicate with the ground usingsatelliteantennas, ensuring it remains accessible at all times.
The network of devices as a whole forms a vast and scalable server network. Its primary purpose is to provide a variety ofcloud services, ranging from data storage to cloud computing. This dense network of devices offers advantageous features that enhance the quality of the service.
Key characteristics include data decentralization and redundancy, high accessibility through the simultaneous connection of all devices, and, last but not least, itsenvironmental sustainability.
This technology bring few advantages and enable the humanity to reach its best potential.
The system, leveraging its redundant and decentralized nature, proves to be highly effective in keeping data immutable and difficult for outsiders to access.
As per the new standards, our services develop file managers designed to meet modern challenges, enhancing both security and computational efficiency.
The network remains consistently accessible via ground stations, while satellite connections ensure the continuous operation of both individual nodes and the entire system.
The mechanism is capable of generating energy and self-sustaining the infrastructure. Any excess power is stored and can be used in the future when needed.
We believe that the ocean represents the new frontier for renewable energy production, and we aim to fully harness its potential by developing a system that is always available and entirely independent of the traditional power grid.
We are ambitious, and we are not afraid to say it!
These are our goals and the milestones we aim to achieve in the future.
The challenge of producing and utilizing sea energy.
A software programme has been written to simulate the physical phenomenon and understand it.
A CAD model has been designed to facilitate the design and assembly of the transmission..
A test conducted in collaboration with the Politecnico di Milano to analyze the behavior of the transmission.
Creation of the first fully functional prototype including telecommunications and server integrations.
Evaluation of the correct operation of the first network node in a protected environment.
First functioning node built, validated, and ready for mass production.
Creation of the first network and analysis of network performance.
Consolidation of network stability and performance, and opening of services to clients.
Geographical distribution and improvement of the network's decentralization.
We want to be the architects of our own destiny.