1,400,000 gas per shielded transaction. We're bringing that to 100,000. Here's how. 👇 The reason private transactions are expensive is straightforward: every shielded transaction requires on-chain proof verification. That's a lot of compute. That's a lot of gas. IVC (Incrementally Verifiable Computation) changes the equation. Instead of verifying the proof on-chain with every transaction, IVC lets Nullmask batch and defer proof verification until withdrawal. The result: gas costs drop 14x. Privacy that doesn't cost a fortune. That's where this is going. NULLMASK

What if your wallet address and your on-chain identity were two completely different things? That's exactly how Nullmask works. When you send a transaction, you type in a standard 0x address, exactly like you always have. In the background, the Key Server resolves that address to a shielded receiving key. The proxy encrypts the transaction. The recipient's identity stays hidden on-chain. You never see any of this. You just send. No new address format. No new interface. No new anything. That's what privacy infrastructure looks like when it's actually built for people. NULLMASK

Why Nullmask can do what no privacy protocol could before. Until recently, proving an ECDSA signature inside a zk circuit was nearly impossible for normal hardware. 1.5M constraints. Gigabyte proving keys. Hours of compute. That made "privacy from your existing wallet" a fantasy. Years of optimization changed that. zk-SNARK proving on consumer devices now takes seconds, not hours. This means: your wallet signs a transaction. Nullmask wraps it in a zero-knowledge proof. The proxy shields it without ever having access to your funds. This is the proxy-without-spending-authority model. The key insight: your wallet's ECDSA signature becomes the proof of authorization. The proxy can't move your funds without it. A potentially corrupted server literally cannot spend on your behalf, the math won't allow it. This also unlocks something no other EVM privacy protocol has managed: hardware wallet support. Ledger, Trezor, GridPlus. Your keys stay in cold storage. The zk circuit does the heavy lifting on the outside. The result: — No new wallets — No new seeds — No new addresses — 30 seconds to set up — Private transactions from any existing wallet — Including hardware wallets Privacy is now a network. Add Nullmask like you'd add any RPC endpoint. True privacy has arrived. NULLMASK

The time is now. Any asset Any transaction Any wallet Fully private. Nullmask is arriving soon.

The two words that shouldn't go together, but do: private and compliant. Nullmask uses the same Association Sets framework as Privacy Pools. The model co-authored by Vitalik Buterin. Every deposit is screened. Funds linked to illicit activity are excluded from the association set. Users can prove their funds are clean without revealing anything else. You get privacy. Regulators get accountability. Nobody has to compromise. This is what responsible privacy infrastructure looks like. Not a choice between hiding and complying, a system where you can do both at the same time. NULLMASK

We are about to launch a "VPN for your wallet." Add it as a network in MetaMask or any wallet and every tx is now fully private. No new wallet, no new habits. Just invisible. PRIVACY IS HERE