"Elements Estates is creating a Blockchain-based platform with underlying unique portfolio of real estate deriving from banks’ distressed assets. The platform will offer the ability to utilize ELES tokens through purchase or rent of real estate and other services, all primarily related to newly developed and modern properties in platform ownership. Elements Estates is giving you the opportunity to get involved in something that will enable growth of token value from unlocking the hidden value of the distressed assets deriving from non-performing bank portfolios, usually reserved for major players."

In blockchain world, there is a huge knowledge gulf between non-computer professionals from different industries and smart contract development. The DINO Platform aims to address this problem with its proprietary technology, a cloud-based Graphical User Interface (GUI) smart contract Integrated Development Environment (IDE). Leveraging the technology of the DINO Platform, users can build their smart contracts with visualised logic flows. More than just a smart contract IDE, the DINO Platform is intended to build a smart contract ecosystem together with developers all over the world. In the smart contract market, developers may build and design smart contract templates and sell them to the general public.

The REPU system (abbreviated from English – "reputation") is a revolutionary project that allows you to completely rethink the way social networks are perceived. REPU is a rating and feedback system based on decentralized blockchain technology. Technology allows you to completely replace the system of “likes” with the rating - both for users and for companies. The rating, subsequently, can be used as an assessment tool in various areas of the individual’s life - starting with professional skills, financial stability, and ending with all possible aspects of behavior and interaction with the public.

Crypto badges. Simple. Rewarding. Transparent. Incentivizing achievements through dedicated crypto badges. Blockchain projects are evaluated and tested for specific parameters and awarded with badges according to their achievements and contribution. The badges stand for credibility and transparency and serve to incentivize qualified projects with QCP token. The Crypto-Potential community will have access to a selection of projects with verified information and their achievements. The mission is to empower projects to achieve more. The vision is to create a more transparent crypto space.

Expected to kick off in 2018, the Fan-Controlled Football League (FCFL) reimagines American football – and the experience of being a die-hard fan – for the digital age. The FCFL will seek to deliver a compelling football product that captivates a broader digital audience. It will feature fast-paced, high-scoring action that embraces the spread-football evolution of the NCAA football and NFL games while enabling a diverse set of styles and strategies on both offense and defense ─ all controlled by the fans. Player personnel and real-time play calling decisions are all made by fans via the league’s blockchain platform, making fans the coach and general manager for their team. Fans will no longer be just viewers; rather, they will be active contributors to the games they are watching. This is a transformational shift in the way sports fans engage and interact: no more sitting back and passively watching as a team’s roster takes shape or a game unfolds. They will be essential to the league’s product both on the field and off. This is the democratization of sports, and it’s about to be realized through the most innovative sports league ever created, thanks to decentralized blockchain technology.

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).