Ravelous is the crypto ecommerce marketplace that lets users sell their stuff online for crypto. Sellers can accept many types of payments from buyers, and withdraw your balance in the token of their choosing. Buyers who do not have the currency the sellers prefer can exchange their coins for RAVE tokens which used for payment. The RAVE tokens can also be traded for other coins, and will have a value backed by the crypto-marketplace and the RAVE treasury that will increase over time as the treasury grows in value.

Winstars is a decentralized gaming platform with a catalog of gambling resources, the core is built on Blockchain and smart contracts. We rely on simple and attractive games designed for anyone, not even a gambler, with transparent and guaranteed honest results. The goal of the project is to create an international, absolutely transparent gambling operator built on the basis of Ethereum, with the ability to check the history of each bet and game, with attractive affiliate program and the best opportunities to earn on the gambling market.

Vidy is the world's first decentralized ad network, powered by the ethereum blockchain. Vidy's ad platform allows advertisers to embed video ads directly into hyper-relevant website text, improving user experience, ad conversions and publisher payments. With just a hold, users can now reveal tiny hyper-relevant videos embedded in the text of any page on the web, unlocking a whole new dimension of the internet. All ads are placed with an NLP consensus protocol driven by miners. With a team of veteran engineers, industry-leading advisors and world-class brand partners, Vidy is on it's way to reinventing online advertising, e-commerce, and entertainment.

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.

Here at Bithemoth, we strive for excellence and the development of the blockchain world. Through a vigorous and highly intensive process, we selected strong and innovative leaders to become apart of the Bithemoth family and project. Our team stretches across the globe and with a diversity of strengths we will be able to make a huge impact in the blockchain world. Our ecosystem will include: 1. A Decentralized Digital Asset Exchange
 2. Enhanced and Revolutionary Security and Features
 3. A complete Marketplace and Trading Platform
 4. Fully supported ICO incubator
 5. Dedicated Support Systems and Infrastructure
 6. The Development of Brick and Mortar Locations


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).