What you're about to see is not a mockup. We wired our production encryption API to live Solana mainnet data — real Jupiter swaps via Helius, real transaction signatures, real post-quantum cryptography running right now. Every section below runs automatically. Nothing requires a click. Just scroll and watch your chain get quantum-proofed.
Every row below is a real Solana transaction being signed with three independent post-quantum algorithms. This is what it looks like when H33 Shield is running. No slowdown. No consensus changes. No validator modifications. Just a continuous stream of quantum-proof attestations on real Solana data.
Left side: what every MEV bot on Solana sees today — the token pair, the amount, the wallet. Right side: what they'd see if Jupiter used H33 Shield. We're pulling these live from Solana mainnet via Helius and encrypting each amount through our production FHE API. New swaps every 8 seconds.
These are real Jupiter swaps that happened on Solana mainnet in the last minute. The amounts on the left are what every MEV bot sees. The ciphertext on the right is what they'd see with H33 Shield.
This pulls a real Solana block and sends 100 of its transaction signatures through our 3-key signing pipeline in parallel. You'll see the per-transaction server time and the total. Then the math: at Solana's 65,000 TPS mainnet load, this uses less than 3% of one H33 instance. Your chain doesn't slow down.
Every 10 seconds we take a Solana transaction and sign it with Dilithium (lattice math), FALCON (different lattice math), and Ed25519 (classical). Three independent algorithms. Three unrelated hard problems. If a breakthrough breaks lattice cryptography, FALCON uses a different construction. If both fall, Ed25519 is still there. No single discovery compromises all three. This is running live against our production API — the signature bytes and latency below are real.
Watch: we encrypt two SOL balances, add them together while they're still encrypted, then decrypt the result to prove the math was correct. The server never saw either number. This means lending protocols can check collateral, DEXs can match orders, and oracles can aggregate prices — all without exposing the underlying data. A validator compromise yields noise. This runs every 20 seconds against our production FHE engine.
114 patent claims. 5 proprietary crypto engines. The only post-quantum privacy layer running at internet scale. Now on Solana.