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.

Blockchain Of Things has an extended function that allows businesses and individuals to create Blockchain-based applications with the idea of having products and services with access, security, data storage, management and communication between Internet of Things (IoT) applications. BOTSCHAIN is a Blockchain database cloud project aimed at creating a secure basic infrastructure platform for Blockchain. The project will provide a decentralized cloud database technology to perform complex decentralized applications and support the efficient operation of trillions of blockchain, with high scalability, durability and performance.

The advent of cryptocurrencies and the tokenized economy makes it possible to re-imagine the entire value chain of consumer, products, and producers from a referral perspective. We present Plentix, a tokenized platform that enables users to refer other users to a business entity and enables business entities to leverage existing APIs for industry specific referrals and allows for safe, secure, trustless value exchange to take place. Unlike other referral platforms, Plentix unleashes the potential of a new global ecosystem to monetize referrals for every stakeholder, from the producer to the consumer.

SID (Share Internet Data) is a peer-to-multi-peer decentralized internet sharing system that allows sharing internet from one person's smartphone to another nearby in an automated manner. One of our key missions through the SID project : “To lift as many people as possible out of poverty by means of giving the less fortunate a way to access the Internet”. Certain users will be able to get free Internet access by obtaining tokens in exchange of consuming advertising. Such obtained tokens can then be used to consume internet megabytes from other nearby Users in exchange for tokens OR Users will simply trade some of their tokens directly with other SID Users. Those trades will be done simply through a secured blockchain, on a public exchange to ensure full transparency with the control of the tokens and the control of sharing internet or not fully decentralized, meaning solely under end-user’s control through their post ITO (Initial Token Offering) token Wallet inside the SID App.

All Public Art (APA) provides a unique platform that contributes to the growth and sustainability of the global art community by supporting the art market, igniting artist-to-collector trading, and storing the provenance of art on the blockchain. With the AllPublicArt token and the creation of our API, we are deploying a new, convenient and effective way to trade art and track the history of artworks. All Public Art's implementation of blockchain technology will minimize counterfeit art, build trust within the art market, improve art trade services and increase economic and social benefits in the global art community. Thanks to blockchain technology, transparency is increased ensuring a more convenient and legitimate marketplace for trading art.

This exchange allows transmission of encrypted and secure documentation, restricting access to third parties and offering access management to these creditable transfers, through an auditable, verifable and secure P2P transaction. These transmissions will be made through a distributed network of nodes located in the main European DPCs, guaranteeing 24x7 availability of information as well as protection against information loss thanks to the redundancy of our distributed network.