- This protocol is designed to secure and preserve data within an on-chain framework for decentralized systems.
- A self-sustaining and tamper-proof system for data survivability is established by DeDaSP’s three core components.
Using biometric authentication, NFT-based recursive succession, and smart contracts to ensure a seamless, long-term ownership transfer, Serenity, a provider of blockchain solutions and security technology, has announced the launch of DeDaSP (Decentralized Data Survivability Protocol). This protocol is designed to secure and preserve data within an on-chain framework for decentralized systems.
DeDaSP is a solution that addresses the unique concerns that Web2 and Web3 have with the recoverability and security of their data. Traditional centralized storage solutions are susceptible to data breaches, corruption, and single points of failure. On the other hand, existing decentralized models frequently lack the infrastructure necessary to guarantee continuous access and the transfer of data without any interruptions.
A self-sustaining and tamper-proof system for data survivability is established by DeDaSP’s three core components, which leverage the technology that is currently pending a patent: In the context of data protection, biometric authentication refers to the process of directly linking data ownership to a user’s unique biometric identity (for example, fingerprint or facial recognition), thereby eliminating the need for passwords and keys to prevent unauthorized access and loss. Users are able to define a chain of trusted successors and ensure a seamless ownership transfer process through the use of NFT sharding with the help of the Recursive Succession Protocol, which prevents data loss due to inactivity or unanticipated circumstances. This protocol is applicable to both individuals and businesses.
In the context of decentralized smart contract enforcement, smart contracts are designed to continuously monitor user activity and trigger predefined succession conditions. This ensures that data will continue to be accessible in perpetuity.
DeDasp’s structure is adaptable to a wide range of industries, including crypto and digital assets, which ensures controlled inheritance of crypto wallets, non-fungible tokens, and other digital holdings; healthcare and medical records, which enables secure, on-chain storage of patient records with biometric-based access and authorized succession pathways; intellectual property and legal contracts, which protects decentralized ownership of patents, copyrights, and other digital rights; and enterprise and business-to-business applications, which facilitate multi-signatory data management with varying levels of access rights for corporate use cases.
Venket Naga, CEO of Serenity stated:
“The introduction of DeDaSP marks a fundamental shift in how we perceive and manage decentralized data security. Integrating biometric authentication, recursive succession, and on-chain smart contracts, we are taking our patent-pending tech to ensure that sensitive data and assets remain secure and are preserved and accessible across generations.”
In a digital world that is constantly evolving, Serenity is at the forefront of cutting-edge technology, providing innovative solutions that prioritize the protection of personal information and confidential information. Using its own DeDasp standards (Decentralized Data survivability Protocol), which offer data storage and survivability, Serenity is positioning itself in the world of Depin and RWA. It is doing this by utilizing a recursive succession mechanism that is enabled by its own patent-pending NFT technology, which is powered by biometrics. The future of digital privacy is being driven by Serenity, which offers a suite of secure and scalable solutions for data access, storage, and recovery. This ensures that sensitive information is kept safe.
Visit the website www.s.technology to acquire additional information regarding DeDaSP and Serenity’s ongoing innovations in the field of decentralized security.
