Although DePIN uses real-world data for evidence, the conflict between authentication and data protection has limited its acceptance. To overcome this issue, zkPass has teamed up with XPIN Network to use the zkTLS method. The zkTLS method allows users to verify facts from real-world providers (banks or social media) without the underlying information being released on the blockchain.
Closing the Gap Between DePIN and Real-World Data
The essence of this collaboration is the incorporation of proprietary zkTLS technology of zkPass in the XPIN Network ecosystem. DePIN projects leverage crowdsourced physical infrastructure resources, encompassing everything from wireless networks to energy grids. To have integrity in these networks, operators often need to verify the identity or eligibility of the participants.
The XPIN Network provides users with a “Verification Without Visibility” model through zkPass. The use of zkPass allows users to prove that they have achieved a particular financial benchmark or have an accredited professional certificate posted on an authorized website, all without the Network ever seeing their actual files. Privacy concerns are paramount to achieving broad use and preventing issues concerning data breach and identity theft in the Web3 environment.
The Power of zkTLS – Privacy-Preserving Oracles
As a private data oracle, zkPass makes use of TLS, or Transport Layer Security, which is the primary way all web servers and browsers communicate using encryption to keep secure connections between them. zkPass allows users to issue proof of data through direct interaction with their local environment using zero-knowledge technology added onto TLS.
The zkPass website states that access to the privately verified data is completely restricted, ensuring that no one, not even zkPass, can view it. XPIN is set to leverage “Web2” platforms like LinkedIn and GitHub to establish enticing incentives within the “Web3” marketplace. This approach ensures a trust-less system, effectively eliminating any security concerns related to personal information. This is an example of the evolution toward an industry where companies consider privacy features as part of the experience instead of an afterthought.
Expanding the December Domain of Mimodal Infrastructure
This partnership is poised to set a new benchmark for how DePIN projects manage user metadata. As physical infrastructure transitions to the blockchain, the demand for secure, verifiable, and private data inputs is set to rise significantly. The use of zkTLS within XPIN Network makes it one of the leaders of this movement, and a stronger framework to be used by developers interested in creating decentralized services that are scalable.
The collaboration between CDARI and Audiera reflects the current trend in the Web3 world of combining traditional labor markets and decentralized technologies. Other examples of combining traditional markets with blockchain reward systems are found in the fitness and gaming industries, such as CDARI and Audiera Uniting Fitness, Dance and Rewards in Web3 Gaming.
Conclusion
By developing solutions for the privacy dilemma through zkTLS technology, zkPass and XPIN are paving the way for users in the DePIN sector to be able to use their real-life credentials to access decentralized networks without sacrificing their digital sovereignty. The adoption of verification without visibility as the industry standard will eliminate any barriers to entry for both privacy-conscious users and institutional players to create a more secure and integrated decentralized future.
