Dynex offers a highly efficient and cost-effective alternative to traditional supercomputers and quantum computers, with costs up to 90% lower and no initial setup required. It addresses the common limitations of traditional quantum computing such as capacity, error-correction, temperature management, and processing speeds, providing a more robust solution.
Moreover, Dynex's n.quantum computing technology optimizes energy use by precisely matching it to the task requirements, avoiding any unnecessary energy consumption. It also ensures high-grade security through advanced encryption and rigorous audits to protect data. Additionally, Dynex is designed for ease of use, featuring seamless integration with the Python development environment and support for many popular libraries, making it accessible and straightforward for developers to implement.
01 Cost efficiency
Dynex stands out in the computing world with its cost efficiency, offering a solution that is up to 90% cheaper than conventional supercomputers and current quantum computers. This substantial cost advantage is coupled with the absence of initial setup fees, enabling immediate deployment and use upon acquisition.
Such economic efficiency makes Dynex not only an accessible option for organizations looking to harness powerful computing capabilities but also a budget-friendly choice that eliminates the usual financial barriers associated with advanced computational technologies. This affordability, combined with high performance, positions Dynex as a preferred computing solution across multiple industries.
02 Dynex performance
Dynex overcomes the limitations in capacity, error-correction, temperature management and processing speeds of traditional quantum computing. Dynex's n.quantum computing platform is designed to tackle the most complex computational challenges with ease. By overcoming limitations in capacity, error correction, temperature management, and processing speed, Dynex delivers unrivalled performance for even the most demanding applications. Whether you're working on complex simulations, machine learning models, or optimization problems, Dynex has the power and flexibility to meet your needs.
Our Dynex platform has been rigorously benchmarked against both traditional and quantum computing systems, demonstrating consistent superiority in performance. Through comprehensive testing across a variety of complex computational tasks, Dynex has proven to deliver faster processing times and more efficient problem-solving capabilities. This consistent outperformance underscores the robustness of our technology, making it a preferred choice for industries seeking to leverage advanced computing power. By blending the best attributes of quantum and neuromorphic computing, Dynex offers a unique solution that significantly enhances computational efficiency and effectiveness, setting a new standard in the computing landscape.
03 Energy efficiency
Dynex's n.quantum computing platform excels in energy efficiency by precisely aligning energy consumption with the exact number of GPUs needed for each specific task. This tailored approach ensures that there is no wasteful energy expenditure, making it an eco-friendly choice for computing. Whether tackling small-scale tasks or large, complex computational problems, Dynex maintains optimal energy usage, significantly reducing unnecessary power consumption. This not only helps in conserving energy but also in reducing operational costs, making Dynex an ideal solution for sustainable and cost-effective computing needs across various industries.
04 High grade security
Advanced encryption protocols and rigorous security audits to safeguard data while providing computational power. Dynex’ entire network communication is AES-256 encrypted, ensuring state-of-the-art data protection of the computational tasks. A unique fingerprinting solution prevents the execution of potentially malicious code. In cases where the nature of a job is ambiguous, the Dynex Moonshots Ethical Committee reviews and assesses the task to determine its appropriateness.
Advanced encryption protocols and rigorous security audits guarantee safeguarding of data while providing required computational power. Dynex’ global computation network of 120,000+ GPUs is redundant and scales dynamically - ensuring uninterrupted performance. More than 20,000 individual GPU clusters are providing fully redundant compute power to the Dynex network.
05 Seamless Integration
Easy to use and access through seamless integration with the Python development environment, and support for a large number of commonly used libraries.
