⚫Carbonium Testnet

Carbonium, a trailblazer in blockchain innovation, is proud to unveil its highly anticipated Carbonium Blockchain Testnet. Designed as a robust platform to test and refine the cutting-edge features of Carbonium's Layer 1 blockchain, this testnet represents a significant milestone in our journey towards a sustainable and scalable decentralized ecosystem.

Layer 1 Architecture and Proof of Stake Consensus

At the core of the Carbonium Blockchain Testnet lies its Layer 1 architecture, a foundational framework engineered to deliver unparalleled performance and security. Powered by the Proof of Stake (PoS) consensus mechanism, this architecture ensures efficient transaction validation and network consensus, while minimizing energy consumption and environmental impact.

Native Token: tCBR (Testnet Native)

The native token of the Carbonium Blockchain Testnet is tCBR (Testnet Carbon Coin), a digital asset specifically designed to facilitate testing and experimentation within the testnet environment. As a representative of Carbonium's native currency on the testnet, tCBR enables users to simulate real-world transactions and interactions, providing valuable insights into the performance and functionality of the Carbonium blockchain.

Enhanced Speed and Finality

One of the key highlights of the Carbonium Blockchain Testnet is its lightning-fast transaction processing capabilities. With a remarkable blocktime of 2-3 seconds and finality time of 2-3 seconds, transactions on the testnet are confirmed and settled almost instantly. This exceptional speed ensures seamless user experiences and opens up exciting possibilities for real-time applications and use cases.

Max TPS: 7000

The Carbonium Blockchain Testnet boasts an impressive maximum throughput of 7000 transactions per second (TPS), showcasing its scalability and capacity to handle high volumes of transactions with ease. This remarkable TPS rate underscores Carbonium's commitment to providing a scalable and efficient blockchain solution capable of meeting the demands of tomorrow's decentralized applications and ecosystems.