The XEL initiative
XEL is an open source project aiming to disrupt the way computing power is bought and sold in today's global market. To achieve this XEL is creating a decentralized trustless super computer, utilizing cryptography and blockchain technology. The platform can execute a vast array of tasks in need of computational resources in a P2P distributed way.
XEL offers a versatile and flexible system by enabling self programmable tasks instead of hardcoded use cases. This is achieved thanks to the proprietary ElasticPL (ePL) programming language. The system offers trustless access to computational resources at any time and from any location, while keeping privacy and anonymity.
Integrate with XEL platform
Scientific Applications
XEL platform is a great fit for data visualization, modelling and simulations within advanced chemistry, biophysics, high energy physics, bioinformatics, engineering science, and data medicine, by supplying adaptive, tailored, self programmable tasks, and on demand computing power.
Machine Learning
XEL’s super computing system can assist in the transition from physical, prototype based product design to computational (virtual), prototype-based product design. Thus enabling substantially better, more creative results, while saving on time and cost.
Visual Prototyping
Many companies are deploying services, which are largely based on machine learning algorithms for sophisticated processing of large amounts of data. XEL platform offers a environment for testing such services , and can also be used to demonstrate Proof of Concept for various AI algorithms.
Scientific Applications
XEL platform is a great fit for data visualization, modelling and simulations within advanced chemistry, biophysics, high energy physics, bioinformatics, engineering science, and data medicine, by supplying adaptive, tailored, self programmable tasks, and on demand computing power.
Machine Learning
XEL’s super computing system can assist in the transition from physical, prototype based product design to computational (virtual), prototype-based product design. Thus enabling substantially better, more creative results, while saving on time and cost.
Visual Prototyping
Many companies are deploying services, which are largely based on machine learning algorithms for sophisticated processing of large amounts of data. XEL platform offers a environment for testing such services , and can also be used to demonstrate Proof of Concept for various AI algorithms.