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.

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

ReverseDAO is a solution to all of the problems above; it is a platform that connects the Metaverse with real-world assets. Fiat and economic units that are bound with world assets can now be represented, stored, and transferred onto the blockchain just as easily as cryptocurrencies.

INVERSE is a DeFi based platform that provides an array of smart-contract features with integrated time-based options. Users have the opportunity to speculate on the drop in value of a suite of Defi coins by utilizing the multiple 'tracking vaults' on the platform. XIV, the protocol's native token, is used to unlock these vaults, and then staked within these vaults for no more than 7 days. As their name implies, these vaults track the real-time price movements of select DeFi tokens (i.e. COMP, AAVE, UNI, YFI). After 7 days, if the value of the DeFi asset being tracked has dropped by a certain percentage, the user will gain a significant percentage yield on the amount of XIV held within the tracking vault. If the price of the DeFi asset does not drop in value beyond the predetermined percentage by the end of the 7-day staking period, the user will forfeit a portion of their staked XIV. Rewards will be automatically disbursed to the user’s web3 browser wallet at the end of the 7-day staking period. Ultimately, INVERSE offers users the option to hedge against the volatility of select crypto assets.

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.

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).