Ammut Network (XAMM)

The AMMUT Ecosystem is built, designed and equipped to solve tasks that require high computing power such as deep learning, mining, scientific calculations, CGI rendering, 3d rendering and it’s made of several components: AmCU (Ammut Computing Unit), a low-cost hardware platform, specialized in the execution of tasks that require high computing power and designed to specifically and significantly improve on all pre-existing models in terms of profitability and longevity and the Ammut network, made up of all the AmCU devices connected to the network. AmCU takes tasks from the network, based on the earning coefficient that was initially set by the user, sends the results to the Ammut Network, and then it receives the reward based on the earning coefficient and the time spent to solve the task.

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What is Ammut Network

Before its great popularity, the HPC was used by geologists, meteorologists and medical researchers to create complex algorithms to solve scientific problems. HPCs are now accepted by small businesses, entrepreneurs and inventors. Some have called it “the key to future innovation”.

Automakers, for example, use high-performance computing to perform virtual crash tests on their vehicles. The $ 60,000 safety test at Ford Motor Company 20 years ago costs around $ 10 today.

The AMMUT solution being pushed out by the platform is designed to provide a holistic model that answers to a wide range of technologies. Specifically, this means the AMMUT platform can be used to solve more problems that require high computing power.

Access to the wallet is made through a web interface that can also monitor the following statistics:

Furthermore, the AmCU user interface makes it easy for users to monitor and control the device, both from a PC and a smartphone. The tremendous functionality of the software allows users to monitor graphically represented the overall process of operation with incredible accuracy. With a single press of a button, you will be offered a variety of options to change or correct operational modes of the device, for example, from energy saving mode to high-performance mode. In the case of breakage or malfunction, a problem can be solved remotely as the system will identify and display the problem to the user. All software upgrades of the device will be done easily and remotely just like updating software on your smartphone.