MediLOT is a health data protocol that aims to solve the concerns of Electronic Health Records (EHR). Current EHR systems are fragmented, centralised and lack patient ownership. Through a dual blockchain solution, MediLOT incorporates Artificial Intelligence capabilities onboard its control and data layers which allows the equitable sharing of health data. The MediLOT ecosystem will consist of patients, healthcare providers, researchers and commercial companies.

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.

The aim of the project is to create an EscrowBlock platform for the Ethereum network blockchain. Such a platform can work as an independent environment, or be integrated into other Smart contracts, to provide escrow services as part of any other projects. The team will start the project on Mainnet Ethereum blockchain and then make a fork for providing an independent service.

Mind AI is an artificial intelligence engine that is capable of human-like abstract reasoning without the need for big data or supercomputers. With its ability to contextualize information and reason, Mind AI is able to generalize knowledge, a feat that no other AI today is capable of. By being able to learn on its own, Mind AI will be able to formulate its own hypotheses and models of how things work, augmenting human intelligence.

We intend to develop MeconCash into a platform that allows user’s assets to be transferred and traded between different types of services by integrating point reward systems, contents purchase, and settlement, which are currently operated separately between existing services and those under development. To that end, we will build the reward and settlement system, develop the API to connect it with other services, and build an ecosystem that can be used in the on- and off-line real economy. All this will ensure the usability, connectivity, and sustainability of MeconCash. We will develop a variety of mobile-based applications, games, and contents on the platform and link it with such services as online marketplaces where users can purchase products. The reward system used by a service generally invalidates the rewards owned by users when the service is terminated. MeconCash, however, can transform the rewards obtained from using our services into valuable assets. As such, users will be able to fulfill the demand for new services with MeconCash even when the services they use are terminated, make transactions between them, and use the assets in the real economy. We will stabilize the MeconCash ecosystem by developing new blockchain-based businesses and linking it with external services which already exists. Additionally, MeconCash will be available in 70% of ATMs in Korea so that users can directly withdraw MeconCash to fiat money.

Sponsy is disrupting the sponsorship industry. It is a one-stop online solution for sponsors and sponsees to conduct sponsorship deals. By tokenizing sponsorship assets and decentralizing decision-making, we do not only reduce costs, but also provide sponsees with a wider choice of sponsorship opportunities and make sponsorships available to every business.