Dynex (DNX) is a platform for neuromorphic computing, built on a flexible blockchain protocol. It strives to create a decentralized neuromorphic supercomputing network, which aims to perform computations at high speed and efficiency. The network is composed of participating miners who utilize the proprietary Proof-of-Useful-Work (PoUW) algorithm, DynexSolve, to perform computations. This approach aims to transform traditional computers into neuromorphic machines, potentially driving new discoveries in the field of computing. The DNX utility coin is used on the platform to compensate for neuromorphic computing time and can be obtained by mining.

Dynex operates through its proprietary DynexSolve algorithm, which enables each miner to perform computations. The algorithm leverages the power of dormant GPU infrastructure, particularly in the ASIC-dominated proof-of-work token mining industry, to build powerful neuromorphic computing clusters. This aims to create a network with high computational speeds and efficiency. The Dynex platform uses a process called neuromorphic annealing to search for solutions to a problem, harnessing the natural tendency of real-world physical systems to find low-energy states. This approach is fundamentally different from classical computing and seeks to solve complex problems more efficiently.

Dynex has potential use cases in various fields, thanks to its aim to perform tasks at high speed and efficiency. It seeks to solve real-world problems in various fields, including artificial intelligence, healthcare, science, architecture, and smart cities. By transforming computers or dormant GPU mining equipment into neuromorphic machines, users can participate in the network and contribute to problem-solving efforts. The platform also aims to provide a cost-effective solution for the development of large-scale language models and other AI applications.

Dynex was initially not a blockchain project but was created as a chain after its potential was recognized. The project began with research and prototyping, followed by neuromorphic experiments and chip design. The first chip design solved problems with up to eight variables and was implemented on breadboards with a number of Raspberry Pis connected. The mainnet launch of DynexSolve PoUW took place in September 2022, marking a milestone for the project. Since then, Dynex has sought listing on several platforms and has released various wallets for users to manage their DNX assets. The project continues to evolve, with ongoing efforts to improve security, support machine learning, and integrate with Python.