Zilliqa (ZIL) is a token developed in the year 2017. Zilliqa is mainly based on the concept of Sharding and primarily aims at improving the scalability of the cryptocurrency networks as in case of Bitcoin or Ethereum. The white paper mentions that the transactions speed would be approximately a thousand times more than that of Ethereum network. Ziliqa is fast, secured and decentralized. Zilliqa’s high throughput means that you can focus on developing your ideas without worrying about network congestion, high transaction fees or security which are the key issues with legacy blockchain platforms. Zilliqa network uses a concept called Sharding where the transactions are grouped into smaller groups and divided among the miners for the parallel transactional verification. Developing smaller groups for transactional verification means the Consensus can be reached faster and hence a higher number of transactions can be processed in a given time frame. The capacity of the network linearly increases in other cryptocurrencies as the number of people joins the network, but in this case, the capacity is increased at a higher variable rate than the number of members joining the network. By incorporating the Sharding Technology, it can completely revolutionize the smart contract functionality too. Ziliqa has few pros as it has a great new technology. Zilliqa is the first platform to use sharding technology. This puts it ahead of the rest of the market. It’s a completely new kind of blockchain designed to solve the problem of scalability. Third-generation platforms like Zilliqa could be the big winners in the future of cryptocurrency. Ziliqa has a strong community. The platform has a lot of fans. The Zilliqa ICO only happened because there was so much demand for it. The Zilliqa ICO also shows that the crypto community is ready to see blockchain technology move to the next phase of its development.
Bytecoin is the first cryptocurrency created with CryptoNote technology. Bytecoin allows users to make absolutely anonymous money transfers through the CryptoNote algorithm. CryptoNote uses CryptoNote ring signatures to provide anonymous transactions and allows you to sign a message on behalf of a group. The signature only proves the message was created by someone from the group, but all the possible signers are indistinguishable from each other. Even if outgoing transactions are untraceable, everyone may still be able to see the payments received and thus determine one's income. By using a variation of the Diffie-Hellman exchange protocol, a receiver has multiple unique one-time addresses derived from his single public key. After funds are sent to these addresses they can only be redeemed by the receiver; and it would be impossible to cross-link these payments. As a primarily peer-to-peer (p2p) payment system, Bytecoin has many of the same use-cases as Bitcoin. Created in 2012, Bytecoin is one of the earliest developed cryptocurrencies. Until recently, the team behind the coin has kept themselves anonymous. Now, though, they’ve opened up multiple communication channels, removed some layers of anonymity, and even built several local communities. Bitcoin’s PoW consensus algorithm heavily favors miners that use powerful GPU and ASIC machines over those trying to mine with CPUs. This causes the network to centralize around the more powerful miners. Bytecoin attempts to close the gap between these two classes of miners with a new algorithm, Egalitarian Proof-of-Work (PoW). Egalitarian PoW uses a version of skrypt, a proof of work function similar to the hashcash function used by Bitcoin. The difference between the two is that scrypt isn’t memory bound. Because of this, you can produce highly efficient CPU mining rigs. GPUs will always be about 10 times more effective, though. The Bytecoin project has been fairly fractured since its inception in July 2012. Previously, several isolated teams worked on the project without seemingly communicating with each other. This led to numerous forks and versions of the coin. In July 2017, the team decided to change their image and provide more transparency to the community. The team still remains pseudo-anonymous by only providing names and headshots on their webpage – no bios or social media links. But, it’s tough to expect more from a project that’s focused on privacy. The team has been busy at work refactoring their code and are planning to release a new public API on February 6, 2018. They’ll also be entering the Asian, Middle East, and African markets throughout 2018.