“You’ve got to start with the customer experience and work backwards to the technology. You can’t start with the technology and try to figure out where can I sell it.” -Steve Jobs UNIMOON is tokenizing on Polygon Matic. We are building a layer 1 solution building on substrate and auction for a Polkadot parachain. We will be the first interoperable decentralized social media network partnering with Storj for our decentralized cloud data storage needs. Enabling users to have full ownership and control of their personal information where it is displayed and how it is displayed utilizing blockchain technology for storage of key information. UNIMOON is bridging the gap between web2.0 to web3.0 solving the greatest issue of adoption for blockchain technology in the simplest way possible starting with the user experience.

DexBerry is a next-generation decentralized ecosystem Mega-Application backed by a revolutionary smart contract technology. The Mission of DexBerry is to leverage ever-evolving blockchain technologies to provide users with an application that supports easy access to cross-chain liquidity and tools for fast, easy, and secure acquisition of digital assets without moving from one project feature to another. With DexBerry, users can Analyze, Advertise, Acquire, Create, Compete, Earn, Game, Launch, Swap & more without moving 1 INCH.

BlockStorage is a protocol built to connect and abstract all communications with the blockchain, simplifying the user’s life. The current state of cloud storage, with dozens of reports of security issues, the overall perception of lack of privacy, along with the usual high monthly fees calls for a new kind of storage service, one that guarantees data privacy at lower (or no) costs. From those concerns, we envisioned BlockStorage, a storage protocol based on the principles of ease of use and privacy. Built with the casual user in mind, it allows anyone to store and recover any type of file on any existing blockchain, without cost (besides the transaction fee to store the file). BlockStorage leverages blockchain technology to ensure the safest and most transparent storage experience. Our protocol allows users to seamlessly upload files to the blockchain of their choice while taking care of the data encryption and the respective blockchain protocol. And, because of the inherent nature of blockchains, it assures that the data will never be lost. In short, it will store the files for life without any recurring costs.

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.

Gluon’s platform establishes an interconnected network of vehicles where individuals and businesses can monitor, track, tune, and diagnose the issues in them. Not only can customers diagnose their vehicles themselves, order parts, and request bids on repairs, but they can schedule repairs, send/receive payments for services and goods. Consumers can tune their vehicles for optimal performance and/or regulate their use.Repair shops can diagnose vehicles more cost-effectively and accurately order the correct parts. Vehicle service record, repairs, diagnostics, smog tests are all stored in the Gluon secure blockchain based on the Stratis Platform.

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).