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Quantum breaks every Solana wallet.
Your address IS your public key.
Get in the bunker
· every trade fills a Zcash bunker
· every launch sealed post-quantum (SPHINCS+)
6.26M BTC already sit at exposed public keys.
Every Solana wallet is next.
We built the bunker. Launch yours free 👇
qsphinx.si
supply on these coins can only go one way.
mint authority is revoked at launch, nobody can print more. burns are the only thing that changes supply, and they only shrink it.
fewer tokens, same bunker. 🔏
the bunker holds zec. you still get paid in sol.
the zec → sol swap happens in one near intents order on the way out. no new chain, no address to type.
qsphinx.si/#/redeem
floor math in one line:
burn 1% of supply → get 1% of the floor, minus 2%.
that 2% stays in the floor, so every redeem leaves more ZEC behind the tokens still held. 🔏
qsphinx.si/#/redeem
every 5 minutes the keeper wakes up:
reads every trade → claims fees → splits them as each seal says → swaps the bunker share to ZEC → signs the round with sphincs+.
nobody presses a button. 🔏
every coin launched here leaves a memo on solana:
SPHX-SEAL1 · digest · mint
search it, then check it against the coin's seal. no database to trust. 🔏
ever wonder how launching here can be free?
the crypt's 25% of every trade fee pays the gas for the next coin. trades on old coins fund new ones.
qsphinx.si/#/launch
few people know zcash has two lanes:
t-addresses: public, like bitcoin
shielded: sender, receiver and amount hidden
same coin, your choice. 🔏
fun fact: zcash has the same 21 million max supply as bitcoin.
same scarcity. plus a private lane bitcoin never had. 🔏
zcash launched in october 2016 as the first big real-world use of zk-snarks.
prove a payment is valid without showing who, to whom, or how much.
that's what fills our bunker. 🔏
harvest now, forge later.
once elliptic curves fall, anyone can fake an old signature: "this coin was mine", "those fees went there".
a hash-based seal made today still holds then. history stays history. 🔏
few people know this: nist's draft transition plan deprecates rsa and elliptic-curve signatures after 2030 and disallows them after 2035.
every wallet you use today is on that list.
qsphinx.si
august 2024: nist published fips 205 (slh-dsa, from sphincs+) and fips 204 (ml-dsa, from dilithium).
the first official post-quantum signature standards.
every coin launched here is signed with both. 🔏
your solana wallet signs with 64 bytes. our seal signs with 7,856.
~123× bigger. that's the price of not trusting elliptic curves. 🔏
qsphinx.si/#/verify
sphincs+ is literally a tree made of trees: a hypertree of merkle trees.
each layer signs the one below, down to your message. one key, many signatures, nothing but hashes.
qsphinx.si/#/verify
the first quantum-proof signature scheme is from 1979. leslie lamport. nothing but a hash function.
sphincs+ is its grown-up, sign-many-times version. we use it on every launch. 🔏
curves fall to shor's algorithm. hashes don't.
grover's algorithm (1996) only gives quantum computers a square-root speedup on hashes: weaker, not broken.
that's why our seals are hash-based. 🔏
the algorithm that breaks elliptic-curve wallets was published in 1994. peter shor.
the math has been ready for 30 years. only the hardware is missing.
that's why we sign with hashes. 🔏
most people don't know this: your solana address IS your ed25519 public key.
you share it every time someone pays you. it's exactly what a quantum attack needs to work backwards to your private key.
qsphinx.si
fun fact: the hairless sphynx cat traces back to one kitten born in toronto in 1966.
nothing to hide on the outside. everything sealed on the inside.
naked cat. encrypted life. 🐈⬛
the sphinx of greek myth guarded thebes with one riddle. wrong answer = eaten.
ours guards a bunker with a riddle quantum computers can't answer either: a hash. 🔏
qsphinx.si




















