Callisto Network (CLO) is a blockchain-based platform that provides a secure and reliable smart contract platform for decentralized applications (dApps). The network is powered by its own cryptocurrency known as CLO, which is used to pay for transactions and rewards the miners who secure the network. The CLO coin was created by a small team of developers in late 2017. The team’s mission was to provide a secure and cost-effective network that would enable users to create and use smart contracts in a trustless environment. As of December 2020, the coin has a market capitalization of nearly $200 million. Unlike many other blockchains, Callisto Network is a sidechain which allows it to remain separate from the Ethereum blockchain, but is able to interact with other dApps on it. This allows the network to provide more efficient and reliable smart contracts. In addition, the network utilizes a self-developed consensus algorithm known as PoS-LPoS (Proof of Stake Lite) to incentivize miners for securing the network. The Callisto Network platform also provides a number of features to enable developers to build and deploy dApps more efficiently. These features include a Multi-Mining Portal, which allows developers to mine multiple cryptocurrencies from the same platform, as well as an Auto-Deploy technology which helps to simplify the deployment process. The CLO coin is used as the primary medium of exchange within the Callisto Network and is available to purchase or sell on a range of popular exchanges such as Binance, HotBit and Livecoin. In addition to this, the coin can also be stored securely in e-wallets such as Atomic Wallet and Coinomi. In conclusion, Callisto Network is a secure and reliable platform for smart contract development and dApp deployment. It utilizes its own cryptocurrency, CLO, as the primary medium of exchange, which is available to buy/sell on exchanges and store securely in e-wallets. The platform has a number of features that can help developers to quickly and efficiently create and deploy their applications.