Four milestones. One network.

The foundation everything else stands on: a deterministic pipeline that takes payment intent and emits native chain instructions — the same input, the same output, every time, no inference and no guesswork. This milestone isn't a promise. Every claim below is clickable on a public block explorer.

• ✓
  Universal intent IR coredone

  The deterministic intermediate representation every translator compiles from — the spine of the protocol.
• ✓
  EVM translator — 298 verified instruction pairsdone

  One model reaches the entire EVM family — Ethereum, Base, Arbitrum, Optimism, Polygon, BNB, Avalanche and more. Base is the live proof.
• ✓
  Hashgraph adapter — native Hedera HTSdone

  A distinct execution environment settled live on mainnet alongside the EVM family in the same run.
• ✓
  SVM translator — Solana & Eclipsedone

  Deterministic, 100% accuracy, zero inference — settled in the live exhibit from a single model.
• ✓
  Deterministic compilation codecdone

  Same intent in, same calldata out — the property that makes the engine auditable and the moat hard to cross.
• ✓
  Gas & wallet machinery abstracted out of sightdone

  Chains, gas, and keys compiled away beneath the intent — the user never touches them.
• ✓
  111 mainnet settlements from a single compiled triggerdone

  Base, Solana, and Hedera — three VM families fanned out from one intent. Real, irreversible, on-chain.
• ✓
  Every settlement public & auditabledone

  All 111 hashes live on public explorers — basescan, solscan, hashscan. Nothing hidden, including the day-one fixes.
• ✓
  10 provisional patents filed with the USPTOdone

  The deterministic core, gas abstraction, wallet-node convergence, and compile-time compliance — sealed.
• ✓
  Live exhibit publisheddone

  The full chain of custody — first fire, the four fixes caught on day one, and the completed run — in the open.
• ◆
  Cross-domain rails — compilation beyond chainsin progress

  Extending the same pipeline across commercial settlement rails so intent compiles to wherever value needs to land, not just on-chain.
• ◆
  Independent third-party validation of the enginein progress

  External review of the determinism and the full compilation surface — engaged and underway with an independent auditor.

The compilation layer becomes a checkout counter. Every device is a node — the terminal on the merchant's counter, the unit in your pocket, the wallet in your hand, the vault in the drawer. This is the milestone in motion right now: design is done, the hardware is being ordered and brought up, and the wallet node moves from render to working device.

• ✓
  Wallet-node + POS-node convergencedone

  The product thesis, filed in the patents: the wallet is the storefront and the checkout, and every terminal is a doorway to the next user.
• ✓
  Four-product hardware line designeddone

  The counter, the pocket, and the vault — flagship terminal, mobile unit, downloadable wallet node, and cold-wallet node. Designed and rendered.
• ✓
  Hardware lead on boarddone

  Royce — a production-hardware veteran who has carried go-to-market devices from concept to factory — is building the terminal alongside the founder.
• ✓
  POS terminals on orderdone

  This isn't a render waiting on a partner — the point-of-sale terminals are ordered and in the pipeline.
• ◆
  Wallet-node hardware sourced & orderedin progress

  Placing the hardware orders for the wallet-node devices so the build can move from design into the physical units.
• ◆
  Wallet-node design implementationin progress

  Firmware and on-device build — bringing the compilation node onto the actual hardware once the units arrive.
• ◆
  On-device settlement testingin progress

  Compile-to-chain from the terminal itself — proving the same settlement that ran in the exhibit fires from the device in hand.
• ◆
  Crypto-to-fiat settlement partnerin progress

  Merchant settlement capability is built; the merchant settles in stablecoin, with fiat resolution coming through a partner we're in active discussions with.
• First merchant pilot at a live counterplanned

  A real customer, a real merchant, a real swipe — the loop closed from intent to settlement at a physical point of sale.
• Production hardware runplanned

  Moving from validated prototypes to a manufactured run ready to put on counters.

The counter doesn't just transact — it joins a network the moment it powers on. The infrastructure isn't built ahead of demand; it builds itself as demand arrives. The four-tier architecture is designed and the partnerships intake is opening; the rollout below is the deployment ahead.

• ✓
  Four-tier node architecture designeddone

  From every-wallet T1 nodes, up through T2 compilation and POS nodes, to the regional masternode backbone — the full topology is specified.
• ✓
  Self-expanding mesh modeldone

  Each terminal is a node and a doorway to the next user — the network grows with adoption rather than requiring it upfront.
• ◆
  Partnerships & merchant-onboarding intakein progress

  Opening the paths to partner, collaborate, or onboard as a merchant — each with its own route into the network.
• ◆
  T1 wallet-node architecture assembly & testingin progress

  The every-wallet T1 nodes moving from render into physical assembly and bench testing — the broad entry tier taking shape as real hardware.
• ◆
  T2 POS-node device acquisition & architectural programmingin progress

  The T2 point-of-sale node devices negotiated and on order — the node architecture being programmed onto the merchant-tier hardware.
• ◆
  T1 cold-wallet procurement & architectural implementationin progress

  Cold-wallet node units negotiated and on order — implementing the compilation-node architecture on the vault-tier device.
• T1 wallet-node participation liveplanned

  Every wallet becomes an active network node — the broad, accessible entry point to the mesh.
• T2 compilation & POS node operatorsplanned

  The merchant storefront nodes that wallets graduate into — the working core of the commerce layer.
• 15-region masternode backboneplanned

  The designed global footprint — fifteen regional T4 masternodes placed for low-latency reach worldwide.
• Node economics & operator incentivesplanned

  Revenue from real work — compilations, not speculation — flowing to the operators who carry the network.
• Regional latency mesh in serviceplanned

  Nodes placed where users are, so settlement is fast wherever the swipe happens.

VXIR reaches a whole virtual-machine family from a single translator — the family-multiplier proven on EVM, on mainnet, then extended across the atlas. Every family below is a shipped, byte-deterministic translator, verified and now in independent audit; the IR core and the chain-adapter seam never change.

• ✓
  Family-multiplier architecture provendone

  One EVM translator and 298 pairs reach the entire EVM family — the multiplier working exactly as designed, on mainnet.
• ✓
  N×N integration collapse designeddone

  A handful of translator families instead of hundreds of one-off integrations — the scaling thesis, mapped.
• ✓
  Move family — Sui & Aptosdone

  The Move object model — one family reaching Sui and Aptos, compiled deterministically.
• ✓
  UTXO family — Bitcoin, Lightning & Cardanodone

  The UTXO model and a Lightning path — deterministic compilation across the oldest rails in the space.
• ✓
  Cosmos / IBC stablecoin clusterdone

  One translator unlocks the IBC stack — the connected Cosmos stablecoin ecosystem, 100+ zones, in a single family.
• ✓
  Stellar & Sorobandone

  Classic payment operations as trivial deterministic encodes; Soroban for smart-contract reach.
• ✓
  TVM — TRONdone

  The leading chain for stablecoin settlement and remittance volume — the highest payments-ROI family.
• ✓
  TON — Telegram-native distributiondone

  A consumer-wallet path riding Telegram's reach straight into everyday hands.
• ✓
  WASM family — MultiversX & ICPdone

  A distinct WASM execution model — one family across MultiversX and ICP.
• ✓
  Canton — enterprise, RWA & compliance tierdone

  The regulated, real-world-asset tier — tied directly to the compile-time compliance patent.
• ✓
  AVM — Algoranddone

  Native Algorand compilation — live behind the x402 pay-per-compile endpoint.
• ✓
  XRPL — XRP Ledgerdone

  Native XRP Ledger payment instructions, compiled deterministically.
• ✓
  NEARdone

  The NEAR runtime as its own deterministic translator target.
• ✓
  Polkadotdone

  Substrate-based compilation reaching the Polkadot ecosystem.
• ✓
  Starknetdone

  The Cairo / Starknet execution target — zk-rollup reach.