From my perspective, the most underrated breakthrough @primus_labs is driving is turning ordinary internet data into something cryptographically trustworthy without forcing users to hand over the raw information. For years we’ve treated screenshots, API keys, or manual attestations as “good enough,” but anyone who has spent time in crypto or institutional finance knows how fragile that is. zkTLS flips this. An attestor can prove that a specific piece of data really came from a legitimate HTTPS session, whether it’s a bank balance, a payroll statement, an exchange API response, or a corporate ERP record, while the underlying payload stays hidden. What I find compelling is how practical this feels. You don’t need to rebuild the entire web stack or force every data source to become blockchain-native. You meet the data where it already lives and add a zero-knowledge proof layer on top. That creates a foundation for things like privacy-preserving credit checks, verifiable KYC without exposing documents, or resolution of prediction markets based on real-world sources that can’t be fully public. I’ve been thinking about how many disputes and trust assumptions in onchain applications ultimately come down to “did this data really come from where we claim?” zkTLS gives a clean cryptographic answer. It doesn’t eliminate every trust assumption, but it dramatically shrinks the attack surface and makes the remaining assumptions explicit and auditable. The fact that Primus has been iterating on this since the earlier days and is now shipping it into live products gives me confidence this isn’t just research theater. It’s infrastructure that can actually change how institutions and users bring offchain truth onchain.