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.

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.

Emrify is launching a decentralized Personal Health Record platform on top of the Ethereum public blockchain to deliver trusted health information to the right hands at the right time anywhere in the world. With years of building consumer engagement mobile apps, Emrify is laser focused on collecting and locking up data for each person for complete ownership and control to freely share their data. Our top priority is to create attractive cryptoeconomics models to incentivize health data sharing for all parties. With strategic US partnerships with hospitals and doctors, Emrify is building on top of established prototypes to accelerate the launch of production interfaces to firmly establish the Utility Token in healthcare.

SID (Share Internet Data) is a peer-to-multi-peer decentralized internet sharing system that allows sharing internet from one person's smartphone to another nearby in an automated manner. One of our key missions through the SID project : “To lift as many people as possible out of poverty by means of giving the less fortunate a way to access the Internet”. Certain users will be able to get free Internet access by obtaining tokens in exchange of consuming advertising. Such obtained tokens can then be used to consume internet megabytes from other nearby Users in exchange for tokens OR Users will simply trade some of their tokens directly with other SID Users. Those trades will be done simply through a secured blockchain, on a public exchange to ensure full transparency with the control of the tokens and the control of sharing internet or not fully decentralized, meaning solely under end-user’s control through their post ITO (Initial Token Offering) token Wallet inside the SID App.

GoRecruit is an AI recruitment system based on blockchain technology, which offers a new way of evaluating job applicants. The AI system, being a convenient online service, enables making HR decisions based on the analysis of data from social networks and publicly available sources. To select applicants for an interview, one does not need to spend several hours for processing and analyzing the data: one will acquire the detailed information with recommendations immediately after the authorization of a candidate in the GoRecruit system. This approach will make access to vacancies more open, eliminate human error in hiring, as well as reduce the cost of HR service by optimizing routine work.

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).