TillBilly aims to bring blockchain to the mainstream retail. TillBilly is a Stellar based digital payments network with a unique point of sale hardware terminal that empowers everyday shoppers to make contactless payments, automatically get digital receipts (tax invoices) and collect loyalty reward points, without the complexity or price volatility associated with cryptocurrencies TillBilly bypasses the middlemen Merchant Services providers (card processing companies, payment gateways) who charge high processing fees per transaction (1.5% - 3.5%) and provides an ultra low fee payments network, so the shopper pays less, and the merchant gets more Protects both shoppers and merchants against any cryptocurrency price volatility. Provides a seamless way of funding wallets within app, and making payments through our proprietary tap-and-go (NFC) payment terminals. Complexities of blockchain and cryptocurrencies are hidden from shoppers and merchants.

Powered by blockchain technology, the little Phil platform is an entirely new way of giving that fixes trust issues with charities using a public ledger, smart contracts and unique digital identities (UDID) to provide givers with the Proof of Need and Proof of Impact required to re-establish trust in giving to charity. Little Phil uses blockchain technology and user experience (UX) designed around a positive psychology framework to allow people to have the oversight, control and emotional connection of a philanthropist, without giving large amounts. People are able to give on their terms through their smartphone and track their giving all the way to the moment it’s received. This will create an engaging experience that makes them genuinely feel the positive impact they have had on their cause. In addition to this, charities will have solutions to their fundraising and exploitation concerns at a much lower cost than they currently incur.

Talao is the first Ethereum-based DAO for Talent, which introduces a unique way for users to own their data thanks to a secure digital vault storing their certificates on the blockchain. Talao provides a decentralized marketplace, governed by Talent, on which neither intermediaries nor commissions apply.

The aim of the project is to create an EscrowBlock platform for the Ethereum network blockchain. Such a platform can work as an independent environment, or be integrated into other Smart contracts, to provide escrow services as part of any other projects. The team will start the project on Mainnet Ethereum blockchain and then make a fork for providing an independent service.

ECTA (Efficient Collaboration Team Autonomous) is the first blockchain-based trust protocol for global employability of developers. The concept, empowered by the proven AI tools, aims to solve the inefficiencies related to the time loss, verification of online profiles, talents discovery (especially in the low-middle income countries) and safe way to conduct business (payment solution with the power of smart contracts). While working on ECTA platform, besides collecting their earnings in ECTA tokens (ERC20) developers are having a unique possibility to earn (mine) ECTA non-fungible tokens (ERC721) as a reward for every task completed - which serve as proof of their skills and increase their reputation. AI component of the platform helps companies worldwide discover and employ these developers in a safe and productive way for both sides.

Gluon’s platform establishes an interconnected network of vehicles where individuals and businesses can monitor, track, tune, and diagnose the issues in them. Not only can customers diagnose their vehicles themselves, order parts, and request bids on repairs, but they can schedule repairs, send/receive payments for services and goods. Consumers can tune their vehicles for optimal performance and/or regulate their use.Repair shops can diagnose vehicles more cost-effectively and accurately order the correct parts. Vehicle service record, repairs, diagnostics, smog tests are all stored in the Gluon secure blockchain based on the Stratis Platform.