Why it's different:
❌ Tornado / Elusiv → need pool liquidity, fixed denoms, regulatory targets
❌ Token-2022 confidential transfers → only hide amounts, sender/receiver still public
❌ Relayer networks → trust a middleman, censorship risk, extra fees
✅ MILK → no pools, no relayers, no trust. Client-side ZK proofs in ~5s, <$0.01 per tx.
Privacy is a state transition, not a place.
MILK devlog:
Caught a critical soundness bug in v0.1 before mainnet — transfer circuit had no range checks on amount signals, letting an attacker mint value via BN254 field wraparound.
Wrote the exploit first. Attacker shields 0.1 SOL, steals 2.9 SOL from victim in one tx. Reproduced cleanly on local validator.
Fix: Num2Bits(64) on every amount signal in transfer + unshield. Recompiled, new Phase-2, vk regenerated.
Exploit test now fails at witness-gen — bug is dead. Heading into the UTXO rewrite next.
How to send $SOL privately with $MILK:
1️⃣ SHIELD: Deposit SOL to create a private commitment.
2️⃣ TRANSFER: Send any amount. ZK proofs verify your balance locally.
3️⃣ UNSHIELD: Recipient withdraws to a new wallet. The link is broken.
Fast, private, and Solana-native. ⚡️
Explore: https://t.co/f95CGhmdDv
#solana #zk #privacy
Zero pools. Zero relayers. 🥛
$MILK is making private $SOL transfers fast and cheap ($0.01).
👉 Shield, Transfer, Unshield.
Your browser does the work, the blockchain keeps the secret.
Experience the Memory Isolation Layer Kit: https://t.co/6qFIXPeWQN
$MILK is a privacy-focused protocol for the Solana blockchain.
It uses zero-knowledge (ZK) proofs to allow users to send SOL privately without relying on liquidity pools or relayers.
https://t.co/vFrHyJVgCC
7MF2EZX9b471vGNqK7owbB845wiULmpDjjz2KinXpump
Shielded pools like Tornado are "collective" privacy. $MILK is "individual" privacy. 🥛
By moving away from pool-bound anonymity, MILK ensures that your security isn't capped by the pool's liquidity. Privacy scales with the Merkle tree height, not the balance.
The future is decoupled. ⚡️
7MF2EZX9b471vGNqK7owbB845wiULmpDjjz2KinXpump
#Privacy #ZKP #MILKprotocol #solana
$MILK’s anonymity set is time-linear, not liquidity-dependent. 📈
In a pool, your privacy is only as deep as the TVL. In MILK, every tree insertion—regardless of amount—hardens the anonymity set for everyone.
UTXO-style accounting + Nullifiers = Scalable Confidentiality.
The "Anti-Pool"
"Shared pools are honey pots for data analysis."
MILK rejects the "pool" model entirely.
Every commitment is isolated. Every transfer is an atomic nullification and re-minting of state.
High-throughput, P2P-native, and cryptographically sovereign.
#Blockchain #MILKProtocol #solana
The "UTXO Flex"
Why UTXO for privacy?
MILK implements a 1-in/2-out transfer instruction natively.
1️⃣ Native change management (Bitcoin-style)
2️⃣ No visible "hop" when sending to peers
3️⃣ Nullify-and-remint logic for total state obfuscation
Check the logic: https://t.co/dhBhTBk6jD
MILK transcends the limitations of legacy shielded pools by architecting a decoupled anonymity framework. Unlike traditional protocols, MILK eliminates shared liquidity dependencies, ensuring privacy scales linearly with every cryptographic commitment.
https://t.co/vFrHyJVgCC
Architectural Advantages
Asynchronous Anonymity:
Security is forged through continuous Merkle tree insertions, rendering the protocol immune to "pool balance" constraints.
Atomic P2P Transfers: A native 1-in/2-out instruction enables direct, private peer-to-peer exchanges, bypassing the need for visible on-chain intermediary hops.
UTXO Granularity: Leveraging a UTXO-based ledger, MILK facilitates arbitrary transaction amounts with automated change management, mirroring the accounting robustness of Bitcoin.
Building MILK: private transfers on Solana without the baggage.
• Groth16 ZK-SNARKs, proof gen in ~5s in-browser
• SPL Account Compression for the commitment tree
• Nullifier registry prevents double-spend
• ~200K CU, <$0.01 per tx, 0 backend servers
Open source. Solana-native.