SHIVOM is building the largest genomic and health data hub around the globe by combining blockchain, genomic DNA sequencing, artificial intelligence and cryptography to power secure and personalized medicine. Everybody will be able to get their genome sequenced and securely stored, and our ecosystem will offer an open web-marketplace for providers to add their apps and services alongside advanced data analytics. The SHIVOM platform works on principles of collaboration and integrity, allowing people to own, manage and monetize their genomics and health data. As we build this global healthcare ecosystem, we will reach even underserved and low-income countries where such services have not been previously available. Our solution will create shared value for individuals, not-for-profit organizations, governments, and for-profit entities alike. The platform is truly pioneering in the way it utilizes blockchain technology, to protect, secure and monetize the donor’s DNA data to drive precision medicine and healthcare forward.
IOTA is a distributed ledger for the Internet of Things. The first ledger with microtransactions without fees as well as secure data transfer. Quantum proof. IOTA is a ground breaking new open-source distributed ledger that does not use a blockchain. Its innovative new quantum-proof protocol, known as the Tangle, gives rise to unique new features like zero fees, infinite scalability, fast transactions, secure data transfer and many others. IOTA is initially focused on serving as the backbone of the Internet-of-Things (IoT). IOTA is a cryptocurrency that has no transaction fees and requires no miners in order to process transactions. It does, however, require some computational power to submit a transaction, making it perfect for machines to use as a currency and distributed communication protocol for the Internet of Things “IoT”. The main purpose of IOTA is to solve some of the major problems with Blockchain technology, the main one being that the bigger the Blockchain (such as Bitcoin), the slower, more expensive, and also more restricting it is to actually transfer funds. Another issue with the Blockchain is size, as more and more Blocks are added, the longer the Blockchain gets, and therefore the less amount of computers are able to mine it. Right now BTC is over 150GB long, and so is ETH. If this size increased tenfold, very few computers would be able to mine it at all. Making them relatively centralized (the top 2 Bitcoin mining pools own about 56% of hashing power).