What if Web3 could verify your real-world data without forcing you to expose it?
That’s the problem
@primus_labs is tackling with privacy-preserving infrastructure built around zkTLS and FHE.
Primus enables data from Web2 environments to become verifiable for on-chain applications while keeping sensitive information protected.
Why does this matter?
Bringing real-world data on-chain creates a fundamental tension: applications need proof, but users don’t necessarily want to reveal the underlying data.
The contrast is clear:
Traditional verification → Reveal data → Verify it.
Primus → Prove the result → Keep sensitive data private.
This can open new possibilities for financial data, reputation, identity, and other applications where users need to prove eligibility or ownership without exposing everything behind the proof.
The bigger implication is that privacy doesn’t have to mean sacrificing verifiability.
If zkTLS can connect Web2 data with Web3 applications and FHE can enable computation over encrypted information, Primus is targeting an important missing layer between the two worlds.
Could “prove without revealing” become the default model for bringing real-world data on-chain?