Powered by blockchain technology, the little Phil platform is an entirely new way of giving that fixes trust issues with charities using a public ledger, smart contracts and unique digital identities (UDID) to provide givers with the Proof of Need and Proof of Impact required to re-establish trust in giving to charity. Little Phil uses blockchain technology and user experience (UX) designed around a positive psychology framework to allow people to have the oversight, control and emotional connection of a philanthropist, without giving large amounts. People are able to give on their terms through their smartphone and track their giving all the way to the moment it’s received. This will create an engaging experience that makes them genuinely feel the positive impact they have had on their cause. In addition to this, charities will have solutions to their fundraising and exploitation concerns at a much lower cost than they currently incur.

KardiaChain is the blockchain of blockchains. A scalable and interoperable blockchain platform for decentralized applications. Our Vision: We believe Blockchain can create equal opportunities for people, a world where people have access to opportunity to invest, to start a business, to work and to be socially mobile. Our technology empowers mass adoption, expand use-cases and lay foundation of the blockchain ecosystem. We are building a blockchain platform for decentralised applications helping to create a blockchain ecosystem that allows for scaling and connecting disparate blockchains. Our Core Technology is: - Dual Node - Elastic Sharding With Incentive Mechanism (ESWIM) - Kardia Smart Contract Markup Language (KSML) Our Use cases are: - Supply Chain Management - Fully Decentralised Cross-chain Exchange - Smart City

The first exchange to enable simple two step verification with mobile device and cold wallet. Dinngo is revolutionising the way we trade digital currencies. Our cold wallet integrates seamlessly with the Dinngo exchange, providing the secure, fast and convenient asset trading service the market needs.

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.

Lohn is a widely spread contractual form in various industrial fields of international cooperation relations, especially in the industry of clothing, footwear, leather, furniture, software and hardware, pharmaceutical, metal working, metallurgical, machine tools, automotive, automation, machine building industry, electronics and appliance industry, food and beverage industry, petrochemical industry. The lohn (processing economy) has been and will be a solution to produce goods at reasonable and high-quality prices through the efficient use of labor and cheap raw materials in emerging economies. It is also a business model that creates economic and social progress across the world bringing together markets with productive resources and capabilities. The trading platform developed by the lohncontrol project will create global opportunities for small and medium-sized businesses that are responsible for generating 60% of GDP. It will give them a visibility that they do not have at this time and will encourage the development of direct business between them. This means low manufacturing costs and greater adaptation to market demands. Those who will win at the end of this interaction will be consumers who will get good products at realistic prices.

This exchange allows transmission of encrypted and secure documentation, restricting access to third parties and offering access management to these creditable transfers, through an auditable, verifable and secure P2P transaction. These transmissions will be made through a distributed network of nodes located in the main European DPCs, guaranteeing 24x7 availability of information as well as protection against information loss thanks to the redundancy of our distributed network.