The architecture of Bither is designed to minimize the computational resources required for safeguarding the network, by doing so, a portion of the computing power, by the miners’ choice and in a democratic way can be driven towards scientific projects that are in need of computing power to process big data. In this way, Bither provides PoW consensus mechanism with a more efficient framework. One of the Bither’s features is the merged mining, this is a powerful incentive to draw more miners to Bither’s network. Miners would be able to mine all customized tokens located on the second layer, not just the main coin (BTR). Bither Platform benefits from a more efficient, flexible, modular-based and user-friendly set of features that even currently-existing blockchains with a second layer solution do not. As an example, in Bither, users can add a third layer to their network located in the second layer. Such a feature makes them able to define multiple tokens and make their project better structured. To conclude, the Bither platform while providing all the features of current blockchains such as protecting the network with PoW, tokenization and smart contracts, it aims to push blockchain technology one step further in order to have a place in a green and eco-friendly future and to be a great help for science to afford to process big data. Besides these, Bither has brought many innovations to make its platform more efficient and user-friendly.

Faireum is a public blockchain which focuses on the problems of the online gambling industry and resolves them with a set of protocols that provides a decentralized, low-cost, transparent and secure gambling experience. To achieve this, Faireum uses its token and game contract to guarantee users a premium betting experience and superb services across lottery, horse-betting, sports-betting, casino games, digital games and countless more. A smart client also works alongside Faireum’s protocols, called a Faireum node, which helps provide users with a safe, seamless and always-on experience in playing all the games they wish to play.

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.