Sukhavati Network employs a multifaceted approach to security, ensuring the integrity and safety of its decentralized cloud service network. At its core, the network leverages hardware-based Trusted Execution Environments (TEE) to create a secure and isolated execution space for code and data. This hardware-based security layer is crucial for protecting against external threats and ensuring that computations are performed accurately and securely.
To further enhance security, Sukhavati incorporates multi-factor authentication mechanisms. These mechanisms require more than one form of verification from users, significantly reducing the risk of unauthorized access. By implementing such a system, the network ensures that only legitimate users can access sensitive operations and functionalities.
Regular security audits are another cornerstone of Sukhavati's security framework. These audits are conducted by independent third parties and are essential for identifying and rectifying potential vulnerabilities within the network. Through continuous scrutiny and improvement, Sukhavati maintains a robust defense against evolving security threats.
The network also adopts a strict punitive Proof of Stake (PoS) system, which deters malicious behavior by imposing penalties on dishonest nodes. This system, combined with the use of multi-signature and smart contracts, adds an additional layer of security and governance, ensuring that transactions and operations are executed as intended.
Sukhavati is committed to privacy and fairness, implementing features such as data encryption and mechanisms to resist malicious nodes. These features protect user data and ensure that the network remains resilient against attacks aimed at compromising its integrity.
At the heart of its storage solution, Sukhavati utilizes Efficient Proof of Spacetime (EPoSt), a low-consumption and meaningful storage verification mechanism. Based on TEE and the Substrate framework, EPoSt enables the network to provide secure, decentralized data storage, retrieval, and management services. This architecture not only supports Web3.0 applications but also establishes a decentralized data access gateway that bridges the Web3.0 and Web2.0 storage ecosystems.
In summary, Sukhavati Network's security is underpinned by a combination of advanced hardware security, rigorous authentication processes, continuous audits, and innovative blockchain technologies. These measures collectively ensure the network's resilience against threats while fostering a secure, private, and fair ecosystem for decentralized cloud services.