Casper is a proof of stake blockchain network built to support enterprise and developer use. Casper Network is the earliest live blockchain launched using the Correct-by-Construction (CBC) Casper specification, helping the network form sustainable new markets and unlock value by tokenizing nearly any asset while protecting performance and security. On Casper, network activity is managed by CSPR, the network’s native token.

Casper key features:

CBC-Casper Proof of Stake. Casper is built on the original CBC Casper specifications created by Ethereum developers. Proof-of-stake helps confirm transactions quickly while preserving decentralization and providing scalability for real-world businessesEnterprise Optimized. Teams can deploy either private or permissioned applications on Casper, giving enterprise solutions the confidentiality of a private network together with the security benefits of a public networkUpgradeable Contracts. Casper allows on-chain smart contracts to be upgraded directly, reducing reliance on complicated migration workflows and making it simpler to address smart contract vulnerabilitiesConcurrent Execution. With concurrent execution and load-balancing, Casper can process more work at once. Tasks don’t need to wait for other tasks to finish, which helps increase network speedStable Gas Fees. Casper encourages continuous, varied participation by setting gas costs that are consistent, predictable, and transparent, helping remove fee volatility and improving the experience for developers and usersWebAssembly Support. Casper lets developers build using WebAssembly. Its development ecosystem aims to feel familiar to current Web2 developers, rather than requiring a proprietary languageWeighted Keys. Casper provides a full access control system for contracts, deployments, and accounts, so permissions from your business can translate to the blockchain. Staff actions on the blockchain reflect what they’re allowed to do in the officeSharding. Casper’s PoS design supports sharding, a database-scaling approach. The network improves performance by splitting workload into smaller sets of validator nodes known as “shards” and spreading the processing across them.