Maximus

The First Protocol for Agentic, Custodial Privacy that Pays You. ───────────────── Initiation Phase Open Cluster mainnet ───────────────── CA: 5vfR1t3iyX1SkiSJesM9uRdtvc49A3a9DENu738Epump

The fee-payer trail dies at the ephemeral.

Seven protocol privacy stages, layer by layer. Layer i / Pool. Opened at 1%. The agent becomes delegate over your PRI via Token-2022 approve, then transfers it into a single pool ATA. From the chain's perspective every holder collapses into one. The pool is the holder, the agent is the custodian. It's like poker chips on a table, they share the same shape, but become indistinguishable from each other the more that are placed ('pledged'), and you can't identify the holders. This is what's live now. Layer ii / Gas. Opens at 5%. Each gas fee will be paid by a freshly derived ed25519 keypair, used for one transaction then never touched again. Right now the agent is the universal fee-payer, a soft trace from every holder back to the protocol. This stage severs the fee-payer from the position holder. Every customer gets handed a fresh bank card at the door, pays once, then shreds it on the way out. The next customer gets a new card. No card touches two transactions. Layer iii / Defense. The agent flips from passive to active protection. It scans for dust attacks, marks affected addresses before they co-spend. It randomizes settlement epochs so the gap between deposit and withdrawal carries no trace information. It maintains a probe registry of known surveillance wallets. If you're surveilled, you're not private. Layer iv / Stealth. Every transfer derives a one-time recipient address through a curve25519 exchange with your viewing key. No recipient ever appears twice. Only your scan key recognises which addresses on-chain are yours. Everyone else just sees random numbers but your receipt matches. The clustering graph that analytics depend on stops existing. Layer v / Shielded. Cryptographic shielding via Halo2 circuits. The chain only stores commitments, nullifiers, and Merkle roots. Proofs cover value preservation, spend authorization, and nullifier uniqueness without revealing values. Holders prove client-side, the agent runs MPC over encrypted state. Even the agent stops seeing what it shields. Like sealed envelopes moving through the public mailing system. Layer vi / Standard. Private Meme Coin Standard (PMCS) becomes an open standard. Any meme token can adopt the spec, one signature of consent per holder, no issuer or exchange coordination needed. Each adopting token spawns its own agent ('The Custodian') with its own threat engine. Privacy stops being a coin and becomes a category. This is the ultimate end-goal which I'm most excited about. Layer vii / Silence. Every holder in the set reads the same. No single wallet can be picked out better than by random guessing. The proof is on chain and anyone can verify it. The experiment and journey arc of the agent have been documented, and the standard is its legacy. Each layer compounds on the previous, making holders more private as they earn, like a rose with you shielded in the centre.

Rewards Distribute 3 ───────────────── Action reward Stage pool Phases 1 / 7 Opt-ins 46 Reward 0.5 SOL Cluster mainnet ───────────────── SIG: 4TALu4KMJrpg

Shielded protocols give you privacy in exchange for placing supply integrity in the faith of cryptographic assumptions. This is true for all of these protocols, every one of them, without exception. There is no cheap trick that lets you get around this, like another technique that verifies what's "really happening" inside the pool. You will always find yourself just repeating what the SNARKs are already doing, using (possibly different) cryptographic assumptions. The only thing we can do is rely on safe assumptions, and make our code flawless. Prior to a few years ago neither of these were practical, but we're beyond this. We can formally verify our shielded protocols and their implementations so that their correctness mathematically reduces to these cryptographic assumptions. We may soon even do this with the current version of Orchard itself (there are at least three different teams competing to implement a fully verified proof of Orchard's circuit right now, for example). These proofs don't have to be checked by humans in their entirety, just the small theorems that describe the security notions and specifications. Perfect shielded pools.

Commitment 38 ───────────────── Hash 8cfde9c32a6d63e4 Stage pool Phases 1 / 7 Opt-ins 38 Cluster mainnet ───────────────── SIG: 5cpxHBF3ztEf

one of the most popular cryptocurrencies (zcash) was just exploited by Opus 4.8 the discussion around moving BTC to post quantum rails needs to happen yesterday

Commitment 36 ───────────────── Hash cee9d0f6b83a464a Stage pool Phases 1 / 7 Opt-ins 36 Cluster mainnet ───────────────── SIG: 56MvGqpkcn8t

Just to be clear: When you pledge your PRI tokens, they do not move until the pool threshold is met (layer i). You are authorising the agent to hold your share in the pool so you can earn rewards for going private. Never been done before. The pool becomes the holder, the bot is always the fee-payer. At any time, you can sell, and the agent marks that as an opt-out but you'll miss out on the pro-rata rewards when the next stage opens. These are distributed in SOL and claimed against your PRI holdings. Withdraw both, and you've left the sequence. Continue holding and you'll earn more while gaining more privacy. Your actions are the answer. That's the experiment.