Nexus, a computation firm, has made significant strides in the development of its decentralized supercomputer, which aims to aggregate computing power from computers and mobile devices globally to achieve a ‘Verifiable Internet.’ The project has been gaining attention, with Nexus raising $25 million in Series A funding in June.
A Growing Group of Protocols and Companies Tapping into Distributed Computing Power
Nexus is among a growing group of protocols and companies looking to tap into distributed computing power worldwide to achieve a common goal. This movement is driven by the need for a more secure, transparent, and efficient way of processing data. By leveraging the collective computing power of devices globally, these projects aim to create a decentralized supercomputer that can handle complex tasks and provide real-time insights.
Testnet Results Show ‘Early Excitement’ for Shared Supercomputer
The recent five-day testnet period saw over 1.5 million nodes from 187 countries come online, with about 800,000 web nodes and 700,000 command-line interface nodes participating. The testnet also showed that more than 100,000 concurrent nodes were at full capacity. Nexus has hailed the testnet results as ‘early excitement’ for a shared supercomputer.
CEO Daniel Marin on the Testnet Results
The CEO of Nexus, Daniel Marin, told Cointelegraph that the testnet results validate the global demand for trust-driven innovations in blockchain and AI. However, Marin also acknowledged that there is still more work to be done to scale the network globally. He stated:
"We knew we had to lower the barrier of entry to scale this global distributed prover network, so we made it easy for anyone to connect to the network with any device."
Mobile Devices Outpace Desktops in Some Countries
The testnet showed that about 37% of the network traffic came from mobile devices. Interestingly, interaction from mobile devices outpaced desktops in some countries, including Ethiopia and Poland.
Tight Control Over Supercomputer’s Processes
Despite the nodes being decentralized, Nexus keeps tight control over the supercomputer’s processes. Marin explained that Nexus selects the programs to be provided with the network, though it will accept submissions for programs to be proven after a review process.
Related Projects in the Decentralized Computation Space
Nexus is not the first project to harness distributed computing power. SETI@home was a scientific experiment at UC Berkeley that used Internet-connected computers to search for extraterrestrial intelligence, which ended in 2020. Other projects, such as Internet Computer, Golem Network, and Zennet, are also developing similar infrastructure in the decentralized computation space.
A New Era of Decentralized Computing
The development of decentralized supercomputers like Nexus has the potential to revolutionize the way we process data and achieve complex tasks. By leveraging the collective computing power of devices globally, these projects aim to create a more secure, transparent, and efficient way of processing data.
Conclusion
Nexus’s recent testnet period has shown promising results, with over 1.5 million nodes from 187 countries participating. While there is still work to be done to scale the network globally, the testnet results demonstrate ‘early excitement’ for a shared supercomputer. As the decentralized computation space continues to evolve, it will be interesting to see how projects like Nexus shape the future of data processing and achieve complex tasks.
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