Online Identity Is Evolving: From Data Storage to Proof-Based Verification with zkTLS

The next phase of online identity is shifting from data storage to proof-based verification. Today, the internet already contains much of what verification and compliance teams require — from academic credentials and payment confirmations to loyalty program details. The real challenge lies in confirming these facts securely, without exposing or hoarding personal data. This is where the Transport Layer Security (TLS) protocol can evolve with a zero-knowledge proof (ZKP) approach, ensuring verification happens without revealing sensitive information.

For founders, every onboarding form, fraud check, or compliance workflow demands a delicate balance — verifying authenticity while avoiding becoming a data honeypot. Although the internet already holds verifiable information like proof of education or transactions, what’s missing is a safe way to confirm it. Imagine if verification could happen without storing any data at all.

The need for such innovation is growing. IBM’s estimates suggest the average global cost of a data breach in 2025 will reach $4.4 million, while automated cyber threats and bots now account for nearly 37% of internet activity. Meanwhile, privacy expectations are tightening. A 2025 investigation revealed that more than 30 data brokers were hiding opt-out options, prompting federal and state investigations. In response, California introduced DROP,

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