Squeezer is a platform that helps software developers build apps easily without tackling the entire blockchain infrastructure. It is also a powerful tool for providing high-quality blockchain software components to large enterprise organizations. Squeezer uses world-class microservices platforms, such as AWS Lambda, Google Functions, and Azure Functions.

Minerva is the world's first reverse merchant processor. We pay transaction fees to approved businesses integrated within the Minerva economy, we don't charge them. Minerva is a platform designed to incentivize the adoption of its OWL token with a new and disruptive economic model.

Blockchain Hotels will give the community of blockchain enthusiasts and digital nomands a great place to stay and a chance to capitalize on the current opportunities in the hospitality market. The business model employed by Blockchain Hotels allows our investors and guests to benefit from real estate profit-sharing as well as from the token model that is tradable on exchanges. Our system is designed to deliver both short and long term gains. The guest experience is designed to be entertaining, stimulating, and relaxing at the same time. The hotel facility and co-working spaces are designed to bring people together, and feature numerous attractions for guests to enjoy. Blockchain Hotels team prepared exclusive 4 video series where there is everything explained. Here you can watch it: http://bit.ly/videocampaign-blockchainhotels

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.

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.

Cryptocurrencies, smart contracts and other blockchain technologies are experiencing a rapid surge in popularity. With a major share of the blockchain infrastructure today dependent on consensus protocols based on proof-of-work (PoW), an efficient and intelligent crypto-mining operation is well positioned to take advantage of the ongoing expansion. NordCoin Mining OÜ is based in the IT-friendly Estonia with operations foreseen across the Nordics. The Mobile Mining Container (MMC) technology developed by NordCoin is a self-sufficientself-contained, remote controlled crypto-mining solution designed to overcome the three most significant variables affecting the profitability of crypto-mining: effective hash rate, cost of energy, and cost of space. In total, 30 MMC's will be activated, with an estimated net profit of $45,000 worth of crypto per month per container.