Casper NetworkPrice

(CSPR)

Yes, rewards on the Casper Network are automatically added to your staked balance approximately every two hours (per era). This means that delegators earn compound interest on their CSPR without needing to manually claim or restake their earnings. This feature simplifies the staking process and maximizes returns over time by continuously increasing the base amount earning rewards.

The unbonding period, which is the time it takes to unstake your CSPR tokens, is approximately 14 hours, equivalent to 7 eras. During this unbonding duration, your tokens are locked, meaning they are not liquid and cannot be traded or used. Additionally, you do not earn any staking rewards on the unbonding CSPR during this specific period.

No, the Casper Network (CSPR) does not have a maximum token supply. It is designed as an inflationary token with an annual inflation rate of 8%. This model aims to perpetually incentivize and reward validators for securing the network, ensuring its long-term stability and decentralization. While inflationary, staking rewards are generally set to offset this inflation for participants.

Historically, CSPR was inflationary. However, with the significant Casper 2.1 upgrade, the network introduced a crucial mechanism: 100% of all transaction fees are now burned. This burning mechanism creates deflationary pressure on the CSPR supply. As network usage and transaction volume increase, the amount of CSPR burned will also rise, potentially offsetting or even exceeding the inflationary issuance, leading to a net deflationary effect.

Casper's standout feature is its support for Upgradable Smart Contracts. Unlike many blockchains where contracts are immutable once deployed, Casper allows developers to patch and update contracts directly on-chain. This capability is critical for enterprise adoption, where compliance requirements, bug fixes, and evolving business logic necessitate the ability to modify deployed code. Additionally, Casper uses WebAssembly (Wasm), allowing contracts in popular languages like Rust or Go, eliminating the need to learn proprietary coding languages.

Casper 2.1 was a major network transformation launched in late 2025. Its core innovation was unifying "Accounts" and "Contracts," enabling smart contracts to function like user accounts. This means contracts can now independently pay for their own gas fees, stake tokens, or interact with other contracts more autonomously. This upgrade significantly enhances the network's flexibility, enabling more complex decentralized applications and sophisticated enterprise use cases. It also reduced block times, improving overall network speed.