Transforming dormant GPUs into neuromorphic machines, liberating super-computing to beyond quantum capabilities.
Transforming dormant GPUs into neuromorphic machines, liberating super-computing to beyond quantum capabilities.
Transforming dormant GPUs into neuromorphic machines, liberating super-computing to beyond quantum capabilities.
DynexSolve IS the proprietary mining algorithm that addresses real-life computational tasks BY applying Proof-of-useful-Work (PoUW) throughout the mining process.
Endless Possibilites
The Dynex platform is capable of performing quantum computing based algorithms without their limitations, significantly accelerating machine learning training, optimising feature selection and improving model accuracy.
It also addresses optimization challenges faced by Fin-Tech, Pharmaceutical, Genomics, Smart Cities and Global-2000 companies.
Endless Possibilites
The Dynex platform is capable of performing quantum computing based algorithms without their limitations, significantly accelerating machine learning training, optimising feature selection and improving model accuracy.
It also addresses optimization challenges faced by Fin-Tech, Pharmaceutical, Genomics, Smart Cities and Global-2000 companies.
A Flexible Blockchain
Dynex represents a cutting-edge neuromorphic computing platform, built upon a revolutionary adaptable blockchain system. Comprising of collaborating miners, this decentralized neuromorphic supercomputing network excels in executing calculations with unparalleled speed and efficiency, surpassing quantum computing limitations.
A Flexible Blockchain
Dynex represents a cutting-edge neuromorphic computing platform, built upon a revolutionary adaptable blockchain system. Comprising of collaborating miners, this decentralized neuromorphic supercomputing network excels in executing calculations with unparalleled speed and efficiency, surpassing quantum computing limitations.
Proof of Useful Work
Dynex Solve:
We have built an algorithm for the proprietary Dynex Chip design, which is based on ideal memristors - resistive devices with memory. Memristors are mathematically modeled using a set of differential algebraic equations, where an ordinary differential equation governs the memory state's time evolution, and an algebraic relation captures the state- and input-dependent Ohm's law.
The DynexSolve PoUW algorithm utilizes the exceptional performance of memristors and performs ODE integration (simulations) of Dynex Chips. By leveraging the parallel processing power of multiple GPUs, the algorithm achieves near-real-time performance for constraint satisfaction problems, optimization tasks, machine learning, and other computational challenges.
Proof of Useful Work
Dynex Solve:
We have built an algorithm for the proprietary Dynex Chip design, which is based on ideal memristors - resistive devices with memory. Memristors are mathematically modeled using a set of differential algebraic equations, where an ordinary differential equation governs the memory state's time evolution, and an algebraic relation captures the state- and input-dependent Ohm's law.
The DynexSolve PoUW algorithm utilizes the exceptional performance of memristors and performs ODE integration (simulations) of Dynex Chips. By leveraging the parallel processing power of multiple GPUs, the algorithm achieves near-real-time performance for constraint satisfaction problems, optimization tasks, machine learning, and other computational challenges.
Instead of brute-forcing random hashes, DynexSolve proof-of-useful-work (pouw) enables customers to access the combined computing power of thousands of GPUs through Python.
Instead of brute-forcing random hashes, DynexSolve proof-of-useful-work (pouw) enables customers to access the combined computing power of thousands of GPUs through Python.
Dynex Chips Running
Number of individual Dynex-Chips running to solve real world computing problems
GPUS Being Utilized
Dynex miners currently provide 18% of all GPU power, making Dynex the largest mined project!
Network In Numbers
Hash Rate
Block Height
Next Reward
Transactions
Circulation
Max Supply
Network In Numbers
Hash Rate
Block Height
Next Reward
Transactions
Circulation
Max Supply
Meaningful Mining
Dynex mining is based on our proprietary, meaningful PoUW mining algorithm DynexSolve. When mining DNX, computations are performed for the network.
Secure
The security and integrity benefits of blockchain, combined with strong cryptographic safeguards and multi-factor authentication.
Sustainable
With Dynex, mining is channelled through solving real-world problems, with real, proven results.
Meaningful Mining
Dynex mining is based on our proprietary, meaningful PoUW mining algorithm DynexSolve. When mining DNX, computations are performed for the network.
Secure
The security and integrity benefits of blockchain, combined with strong cryptographic safeguards and multi-factor authentication.
Sustainable
With Dynex, mining is channelled through solving real-world problems, with real, proven results.
DynexSolve IS the proprietary mining algorithm that addresses real-life computational tasks BY applying Proof-of-useful-Work (PoUW) throughout the mining process.
Endless Possibilites
The Dynex platform is capable of performing quantum computing based algorithms without their limitations, significantly accelerating machine learning training, optimising feature selection and improving model accuracy.
It also addresses optimization challenges faced by Fin-Tech, Pharmaceutical, Genomics, Smart Cities and Global-2000 companies.
A Flexible Blockchain
Dynex represents a cutting-edge neuromorphic computing platform, built upon a revolutionary adaptable blockchain system. Comprising of collaborating miners, this decentralized neuromorphic supercomputing network excels in executing calculations with unparalleled speed and efficiency, surpassing quantum computing limitations.
Proof of Useful Work
Dynex Solve:
We have built an algorithm for the proprietary Dynex Chip design, which is based on ideal memristors - resistive devices with memory. Memristors are mathematically modeled using a set of differential algebraic equations, where an ordinary differential equation governs the memory state's time evolution, and an algebraic relation captures the state- and input-dependent Ohm's law.
The DynexSolve PoUW algorithm utilizes the exceptional performance of memristors and performs ODE integration (simulations) of Dynex Chips. By leveraging the parallel processing power of multiple GPUs, the algorithm achieves near-real-time performance for constraint satisfaction problems, optimization tasks, machine learning, and other computational challenges.
Instead of brute-forcing random hashes, DynexSolve proof-of-useful-work (pouw) enables customers to access the combined computing power of thousands of GPUs through Python.
Dynex Chips Running
Number of individual Dynex-Chips running to solve real world computing problems
GPUS Being Utilized
Dynex miners currently provide 18% of all GPU power, making Dynex the largest mined project!
Network In Numbers
Hash Rate
Block Height
Next Reward
Transactions
Circulation
Max Supply
Meaningful Mining
Dynex mining is based on our proprietary, meaningful PoUW mining algorithm DynexSolve. When mining DNX, computations are performed for the network.
Secure
The security and integrity benefits of blockchain, combined with strong cryptographic safeguards and multi-factor authentication.
Sustainable
With Dynex, mining is channelled through solving real-world problems, with real, proven results.
Design by Onur Oztaskiran
