Humanity Protocol Launches Mainnet with zkTLS Technology
Humanity Protocol, a privacy-first blockchain identity network and direct competitor to Worldcoin, has officially launched its mainnet. This release introduces a revolutionary system that seamlessly connects traditional Web2 credentials to decentralized Web3 services using zero-knowledge transport layer security (zkTLS).
The debut of Humanity Protocol’s mainnet comes on the heels of a successful funding round, where the Hong Kong-based startup raised $20 million. This funding was co-led by Jump Crypto and Pantera Capital, boosting the company’s valuation to $1.1 billion.
One of the standout features of Humanity Protocol is its zkTLS technology, which allows users to prove their interactions with verifiable information without exposing the underlying data. This innovative approach ensures that sensitive data remains within the user’s browser, addressing privacy concerns that have plagued other biometric identification methods, such as Worldcoin’s iris-scanning model.
Portable Reputation Layer
Travelers can now link their frequent-flyer and loyalty accounts to their “Human ID” on Humanity Protocol. This creates a portable reputation layer that can be used across both traditional Web2 and decentralized Web3 applications. In addition to travel-related credentials, the network also supports financial, educational, and professional qualifications.
In the future, Humanity Protocol plans to expand its node infrastructure to new regions and explore on-chain ticketing and decentralized governance solutions.
Privacy-Conscious Identity Verification
Founder and CEO Terence Kwok emphasizes that Humanity Protocol’s mainnet release marks a significant milestone in turning decentralized identity into practical infrastructure. With zkTLS in place, users can confidently verify their identity and achievements across various platforms without compromising their personal information.
By prioritizing cryptographic proofs over physical biometrics, Humanity Protocol distinguishes itself as a privacy-conscious alternative to other “proof-of-human” projects. Its architecture enables developers to build Sybil-resistant social platforms, reputation-based marketplaces, and AI-powered verification systems without the need to collect or store sensitive user data.
A Sybil attack occurs when a malicious actor creates multiple fake identities within a network to manipulate rewards or control network operations.