Nexus, a company focused on decentralized computing, has achieved a major milestone in the development of its global supercomputer. During a five-day testnet period from December 9 to 13, the platform attracted over 1.5 million nodes from 187 countries, signaling widespread interest in its innovative approach.
What Is Nexus Building?
Nexus aims to create a decentralized supercomputer that unites computing power from devices worldwide—ranging from desktops to mobile phones. The project, which raised $25 million in Series A funding earlier this year, is part of a growing movement to leverage distributed computing for advanced tasks in blockchain and artificial intelligence.
The recent testnet demonstrated significant engagement:
- 800,000 web nodes and 700,000 command-line nodes were activated.
- Over 100,000 concurrent nodes operated at full capacity.
- Approximately 37% of activity came from mobile devices, highlighting strong participation from mobile users.
Countries like Ethiopia and Poland saw higher engagement from mobile devices compared to desktops. This reflects Nexus’ efforts to make its network accessible to anyone, regardless of their hardware.
A “Verifiable Internet” and Global Scaling
According to Nexus CEO Daniel Marin, the testnet validated “global demand for trust-driven innovations in blockchain and AI.” While the results show promise, Marin acknowledged that scaling the network to meet global needs remains a key challenge.
To encourage accessibility, Nexus designed its network to allow any device to participate with minimal setup. This low entry barrier sets the platform apart, making it easier for individuals worldwide to contribute their computing power.
How Nexus Manages the Network
Despite its decentralized structure, Nexus retains control over its processes. The company carefully selects the programs that run on its network but allows developers to submit their programs for review and approval. This hybrid model ensures a balance between decentralization and quality control.
Nexus follows in the footsteps of other distributed computing pioneers. For example:
- SETI@home, a UC Berkeley project, used internet-connected devices to search for extraterrestrial intelligence before its closure in 2020.
- Decentralized platforms like Golem Network, Internet Computer, and Zennet are also working to unlock the potential of distributed computing.
