BlindSpot

First quantum proof private payments protocol on Solana. Zk shielded swaps and DCA privately on all tokens. 23Wt75ddEYw6eY6nBE1C57zcDqhr6swRkDJkNXTopump

[BlindSpot @tryblind]

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$BLINDSPOT the first quantum proof zero-knowledge privacy layer for Solana that lets you shield any token on Solana with a single signature, after which you can send, swap, trade, run Private DCA, and hold assets privately with no public trail linking activity back to your wallet.

Powered by Groth16 proofs generated entirely in your browser, BlindSpot keeps your keys local while a relayer handles network fees without seeing your identity or balances, and it supports private cross-chain swaps such as to Bitcoin via NEAR Intents.

[BlindSpot @tryblind]

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$BLINDSPOT is the first implementation of quantum vaults on ZK-shielded privacy protocol.

Our zk shielded privacy layer is fully functional on mainnet and supports private swaps form Solana to any chain, bridging, and also private DCA of tokens.

Our quantum vaults used along with zk-SNARKS are in beta but still accessible for users

Private payments on https://t.co/l5U89AVkiA

[BlindSpot @tryblind]

Private bridging and Intent Swaps are available now within the menu
$BLINDSPOT

[BlindSpot @tryblind]

$BLINDSPOT
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A quantum vault is a place to store assets so they remain under your control even after large quantum computers can forge normal Solana signatures.

Standard wallets use Ed25519. A future quantum computer running Shor’s algorithm can derive the private key from the public key. A quantum vault replaces that with hash-based one-time signatures (WOTS) that quantum computers are not known to break

[BlindSpot @tryblind]

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WOTS (Winternitz One-Time Signature) is a hash-based signature scheme.
Instead of elliptic curves, it uses repeated hashing (SHA-256 chains). Your private key is a random seed. The public key is that seed hashed many times. To sign, you reveal a specific intermediate point in the chain based on the message. Security rests on the hardness of inverting hash functions, not on curves quantum computers can break. Each key is used only once

[BlindSpot @tryblind]

$BLINDSPOT
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Quantum computers threaten Ed25519 and ECDSA because Shor’s algorithm can solve the discrete log problem those curves rely on.

WOTS does not use elliptic curves at all. Its security comes from hash functions. The best known quantum attacks on hashes (Grover’s algorithm) only give a quadratic speedup, which is handled by using longer parameters. That is why BlindSpot’s quantum vault uses WOTS-style one-time signatures

[BlindSpot @tryblind]

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A ZK shield moves funds into a private balance represented by encrypted notes.
Once shielded, you can send, swap, or run private DCA without creating a public trail that links every action back to your original wallet. Zero-knowledge proofs let the chain verify that the transaction is valid (you own the notes and amounts balance) without revealing the amounts or ownership details

[BlindSpot @tryblind]

$BLINDSPOT
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Groth16 is a zk-SNARK proving system that produces very small proofs (around 128–192 bytes) that are extremely fast to verify.

It lets the BlindSpot wallet generate a proof in the browser that shows a private action is correct, without revealing the private inputs. The proof is checked on Solana and can be verified on Solscan. It requires a one-time trusted setup for the circuit

[BlindSpot @tryblind]

$BLINDSPOT combines both layers inside its own wallet.

Groth16 ZK-SNARKs power the shielded balance for private activity and private DCA today. The quantum vault uses WOTS one-time signatures so long-term holdings stay protected even if elliptic-curve wallets are broken later. Privacy for the present, quantum resistance for the future

[BlindSpot @tryblind]

$BLINDSPOT
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Keys never leave the browser. Proofs never leave your control.

The wallet generates the Groth16 ZK-SNARK locally. A relayer submits it and pays the fee without learning who you are or which notes belong to you. The program verifies the proof on Solana. Fully checkable on Solscan

[BlindSpot @tryblind]

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Why it matters: every normal Solana wallet is an exposed Ed25519 public key, and every DCA is a visible pattern.
BlindSpot’s own wallet fixes both. ZK-SNARKs (Groth16) hide the activity. The quantum vault protects long-term holdings with signatures quantum computers are not known to break

[BlindSpot @tryblind]

@mrdfi @streamflow_fi Tokens are locked till 2027 October, which is next year October.

[BlindSpot @tryblind]

🔐 Just locked 19,900,498 $BLINDSPOT tokens with @Streamflow_Fi
It's on-chain. You can check the amount, time-period and recipients.

Check it out👇
https://t.co/31t5UkICXw

[BlindSpot @tryblind]

We have paid for verification. It’s pending and under review.

[BlindSpot @tryblind]

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First to combine a native ZK-shielded wallet with private DCA and quantum-resistant storage.

Groth16 proofs run inside the wallet. You get private swaps, private DCA, and a vault that doesn’t rely on the same curves quantum computers will eventually break.

[BlindSpot @tryblind]

Shield any token with one signature.
After that, the BlindSpot wallet keeps the balance as encrypted notes. Private DCA and swaps stay inside. Withdrawals can go to fresh addresses. Every spend is backed by a Groth16 proof verified on Solana

[BlindSpot @tryblind]

$BLINDSPOT
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The proofs are generated inside the wallet, not by a server.

Groth16 ZK-SNARKs prove you own the notes and the amounts balance without revealing them. Relayer handles submission. On-chain verification means Solscan can confirm validity while your activity stays private

[BlindSpot @tryblind]

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Most privacy tools still force you back into a public wallet.
$BlindSpot is the wallet. Once shielded, you hold, trade, and run private DCA without creating a public trail. Quantum vault available for long-term holdings. First of its kind

[BlindSpot @tryblind]

$BLINDSPOT
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Verifiable privacy. Every private action in the BlindSpot wallet produces a Groth16 proof that Solana verifies. You can check the proof on Solscan. The details (amounts, counterparties, strategy) stay hidden. Private ZK-shielded DCA included.

[BlindSpot @tryblind]

Private accumulation without broadcasting your strategy.

$BLINDSPOT ZK-shielded DCA runs from the wallet’s private balance. Fills stay shielded. Price limits are on-chain. Cancel anytime. Groth16 ensures the math checks out without exposing the pattern

[BlindSpot @tryblind]

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Quantum-proof vault + Groth16 ZK wallet in one protocol.

Park long-term funds where one-time hash-based signatures protect them. Move into the shielded balance when you want private DCA or swaps. Own wallet. Own control.

[BlindSpot @tryblind]

No more choosing between convenience and privacy.

$BlindSpot wallet lets you shield, then run private DCA and trade using Groth16 proofs generated locally. Activity doesn’t repeatedly link to your original address. On-chain verification keeps it transparent where it matters