NuNet introduces the Open-Ended Decentralized Computing framework, a paradigm where the network self-organizes without rigid, pre-defined rules. By allowing every node to set its own constraints and choose its own peers, NuNet evolves beyond a standard technical system into a complex, adaptive network.
A programming framework built specifically for secure interactions in decentralized systems. In such environments, stakeholders should not fully trust each other, which makes secure communication essential. NuActor tackles this challenge using a zero-trust model, authenticating every message individually at the interaction point.
A core feature of the NuNet protocol is its ability to intelligently orchestrate and match compute demand with available network devices. Using graph computing and constraint satisfaction models, the protocol allows individual nodes to query the entire network and locate peers that meet their exact technical requirements.
Access to compute resources is managed via transferable electronic rights, as per Miller’s Electronic Rights Transfer Protocol (2014), enhanced by blockchain for peer-to-peer micro-transactions and value sharing.
