Squeezer is a platform that helps software developers build apps easily without tackling the entire blockchain infrastructure. It is also a powerful tool for providing high-quality blockchain software components to large enterprise organizations. Squeezer uses world-class microservices platforms, such as AWS Lambda, Google Functions, and Azure Functions.

Expected to kick off in 2018, the Fan-Controlled Football League (FCFL) reimagines American football – and the experience of being a die-hard fan – for the digital age. The FCFL will seek to deliver a compelling football product that captivates a broader digital audience. It will feature fast-paced, high-scoring action that embraces the spread-football evolution of the NCAA football and NFL games while enabling a diverse set of styles and strategies on both offense and defense ─ all controlled by the fans. Player personnel and real-time play calling decisions are all made by fans via the league’s blockchain platform, making fans the coach and general manager for their team. Fans will no longer be just viewers; rather, they will be active contributors to the games they are watching. This is a transformational shift in the way sports fans engage and interact: no more sitting back and passively watching as a team’s roster takes shape or a game unfolds. They will be essential to the league’s product both on the field and off. This is the democratization of sports, and it’s about to be realized through the most innovative sports league ever created, thanks to decentralized blockchain technology.

Feniks.Finance is a new financial blockchain based system, created on a fundamentally new concept, capable of scaling its speed as needed and adding new functionality. Feniks.Finance can be used as an international banking system for information transfer and payment execution. The first version of Feniks.Finance will be able to handle payments and storage of users' funds. Namely, the banking transactions labeled in the SWIFT system with MT103 as payment sent and MT202 as a receipt and crediting of the payment to the account. The next step in the development of the system will be a 700 group of SWIFT operations, namely documentary transactions better known as guarantees and letters of credit. The introduction of the 500 group, that is, the operation with securities, suggests that an exchange will appear in our network.

Xsure is a decentralized risk management platform that facilitates real-time communication between insurance providers and the end customer. With the help of machine learning and blockchain trust-less governance technologies we have managed to eliminate third parties from the whole insurance life-cycle and turn it into a dynamic process instead of a static one.

ECTA (Efficient Collaboration Team Autonomous) is the first blockchain-based trust protocol for global employability of developers. The concept, empowered by the proven AI tools, aims to solve the inefficiencies related to the time loss, verification of online profiles, talents discovery (especially in the low-middle income countries) and safe way to conduct business (payment solution with the power of smart contracts). While working on ECTA platform, besides collecting their earnings in ECTA tokens (ERC20) developers are having a unique possibility to earn (mine) ECTA non-fungible tokens (ERC721) as a reward for every task completed - which serve as proof of their skills and increase their reputation. AI component of the platform helps companies worldwide discover and employ these developers in a safe and productive way for both sides.

The SISHUB project is developing an anonymous messenger and a decentralized system for sharing data through the utilization blockchain technologies. Does Not Log IP Address. Only complex identifiers and tunnels for data transfer will be used, which will change every 10 minutes. Absence of information collection, control over users and collection of geodata. SISHUB uses triple encryption of its own design, based on AES CBC, DSA, HMAC, when most use Curve25519, RSA 2048. All data is hashed using the SHA-2 protocol (64-bit architecture).