RXD RATE

About Radiant

What is Radiant?

Radiant is a revolutionary peer-to-peer digital asset system designed to address the limitations of existing blockchains in scalability, parallelism, and Turing-complete programming. By utilizing a proof-of-work (PoW) consensus mechanism based on SHA512/256, it ensures secure transactions without intermediaries, similar to Bitcoin. Radiant’s hybrid UTXO/account-based Layer 1 structure and Induction Proof system combine the scalability of UTXO blockchains with the advanced smart contract capabilities of account-based systems, offering Turing-complete smart contracts with low fees and high scalability.

The network’s native cryptocurrency, RXD, has a total supply of 21 billion units and is decentralized, with no single authority controlling it. This promotes trust and security among users. Radiant's PoW mechanism ensures transaction validation through mining, maintaining network decentralization and integrity. Overall, Radiant provides a scalable, secure, and efficient platform for peer-to-peer digital asset transactions, overcoming the challenges faced by current blockchain technologies.

How does RXD work？

The Radiant Blockchain, which operates on a Proof-of-Work (PoW) consensus mechanism, ensures secure transaction validation through miners who solve complex cryptographic puzzles. RXD supports both UTXO (Unspent Transaction Output) and account-based models, offering flexibility in transaction processing. Its primary functions include enabling low-cost transactions, powering decentralized applications (dApps), and providing enhanced security via decentralized mining. Additionally, RXD supports Turing-complete smart contracts, facilitating the development of advanced, complex dApps on the network.

How is RXD mined？

The Radiant Blockchain utilizes a Proof-of-Work (PoW) mechanism to mine RXD, similar to Bitcoin. Miners validate transactions and add blocks to the network by solving complex cryptographic puzzles, using computational power to contribute to the network's decentralization and security. There is no pre-mining, and anyone with the necessary hardware can participate in mining. Successful miners are rewarded with newly minted RXD coins, ensuring a fair and open mining process. This PoW system strengthens the security and decentralization of the RXD ecosystem.

FAQ

What’s special about SHA512256d?

To ensure a secure and battle-tested blockchain compatible with ASIC machines, SHA512256d was chosen as the hashing algorithm for RXD. This algorithm takes a SHA512 hash and truncates it to SHA256, enhancing security. While SHA256 is already secure, SHA512256d was selected to level the playing field and promote a truly decentralized and cost-efficient blockchain. This approach ensures scalability, and currently, no ASICs exist capable of mining RXD, reinforcing the decentralized nature of the network.

How Many RXD Coins Are There in Circulation?

Currently, out of the total 12.37 billion RXD tokens, all 12.37 billion Radiant tokens have already been circulated in the market. This means that the entire supply of Radiant (RXD) tokens is already in circulation, reflecting their availability for trade, investment, and usage within the ecosystem. The full market supply of RXD tokens highlights the project's commitment to liquidity and the active participation of the community in utilizing Radiant's services and governance.

How will Radiant be used?

Radiant is a versatile platform within the decentralized finance (DeFi) ecosystem, designed to enhance the accessibility and efficiency of financial services across multiple blockchain networks. It functions as a cross-chain money market, offering liquidity access, loans, yield earning opportunities, and seamless asset leveraging across different chains. Radiant also operates as a governance token, allowing holders to participate in decision-making processes and earn staking rewards. By integrating high-quality data from oracle networks, Radiant ensures the accuracy of its services, including reliable price feeds. Its foundation on networks like Ethereum, Arbitrum, and BNB Chain highlights its commitment to interoperability and broad accessibility.

Radiant’s community-driven development emphasizes an open-source ethos, ensuring adaptability and user-driven growth. The platform facilitates peer-to-peer value exchange, removing the need for intermediaries and fostering a decentralized financial environment. With detailed documentation and development tools available on GitHub, Radiant supports a growing community of contributors. However, users are advised to conduct thorough research and consider their financial situation before engaging with platforms like Radiant, given the volatile nature of the cryptocurrency market.

How is Radiant secured?

Radiant takes a dynamic and multi-faceted approach to security, combining both external audits and internal updates to safeguard its ecosystem. The platform has undergone successful security audits by well-known firms in blockchain security, including Open Zeppelin, Peckshield, Zokyo, and BlockSec. These third-party evaluations play an important role in identifying and resolving vulnerabilities, ensuring the strength and integrity of the network’s infrastructure.

In addition to external audits, Radiant places great emphasis on ongoing internal reviews, constantly updating security protocols to address new risks. The team's commitment to security is further demonstrated through their encouragement of best practices, such as the use of trusted hardware wallets and the activation of two-factor authentication (2FA) by users. Despite these strong measures, Radiant did experience a security breach in the past, resulting in financial losses. However, this incident led to further enhancements in security to prevent similar issues in the future.

Radiant’s security measures continue to evolve as the platform adapts to emerging threats. While the team works hard to ensure a safe environment, users are encouraged to stay informed about the latest security updates and practice caution when managing their digital assets. The team is committed to maintaining a secure system, but individual responsibility in protecting assets is essential.