Verasity is a disruptive video sharing platform designed to pivot the online video ecosystem by enabling a direct and transparent relationship between viewers, content creators, and advertisers. Our team has a wealth of experience across the Media and Technology sectors, holding previous leadership roles at companies including Eurosport, Sky, Joost, AOL, Turner, and Guardian. Powered by existing cutting-edge video player technology, Verasity provides a high-quality viewing experience. Verasity’s proprietary Blockchain technology (PoV™) creates a transparent economy powered by a new cryptocurrency called VERA. Our goal is to liberate creators and online publishers whilst improving the viewer experience for video. Verasity's protocols will be used across the web integrating video delivery and instant micropayments using VERA all backed with trusted and transparent Proof of View™ Blockchain technology. Key Features include: Instant Transactions – using VERA, a high-performance commercial utility token (capable of thousands of transactions per second) built within the player, disbursing payments between Creators, Viewers and Advertiser in near real-time Proof-of-View™ – Accurate, transparent and audit-able audience metrics (anti-fake-view) – patent pending technology Spark Marketplace – Smart contract based system allows Creators to fund their channel development. Users receive a portion of a channel’s revenue while they hold a live smart contract
GNY introduces machine learning to pre-existing blockchains, offering smart APIs that bridge to Ethereum, to Asch, to Lisk and any developer working with our universal system. With GNY Centre, GNY brings its own dedicated blockchain that can host side chains, offering a powerful set of tools to launch and host your own project from conception to implementation in the most developer friendly environment built around artificial intelligence. Launching as an ERC20 Token. GNY has a documented history in the US commercial market: https://artificial-intelligence.cioreview.com/vendor/2017/grey_jean_technologies.