111 mainnet settlements — every hash public

The checkout counter for the on-chain economy.

Hold any crypto, on any supported chain. Spend it at the counter — the merchant settles in stablecoin. The chains, the gas, and the wallet machinery are compiled out of sight. Every wallet is a network node. Every terminal is a node and a doorway to the next user. The infrastructure isn't built ahead of demand — it builds itself as demand arrives.

Merchant settlement capability is built; fiat resolution comes through a crypto-to-fiat partner we're in active discussions with.

111/111
Mainnet settlements — public & auditable
3
VM families proven — EVM · SVM · Hashgraph
298
Verified EVM instruction pairs
10
Provisional patents filed
15
Regional masternode footprint
Three currents. One arrival point.
The conditions for on-chain commerce didn't exist five years ago. They do now — and they're converging on a single missing layer.
Current 01

Stablecoins crossed into law

Stablecoins moved from the margins into legislation and into mainstream settlement. The dollar is already on-chain at scale — what's missing is a way to spend it like money.

Current 02

Software is paying software

Agentic payments are here. Autonomous software needs to transact across chains it doesn't understand, holding no gas, knowing no calldata — rails no card network was built to provide.

Current 03

The counter is going on-chain

People want to spend crypto where they already shop. As digital currency matures — and a future of state-issued digital money becomes plausible — the point of sale becomes the front line.

What every current needs is the same thing: a layer that lets a person walk into a store and spend — without thinking about chains, gas, or wallets. We built that layer, and we filed for it.

A point of sale that spreads itself.

The wallet is the storefront. The terminal is the doorway.

Every VXIR wallet becomes a network node the moment it's installed — origination, routing, and verification, running quietly in the background. Every POS terminal we ship is a node and a customer-facing screen that hands the next person their wallet with a tap.

Merchants don't buy hardware — they run it under contract. And the network spreads the way M-Pesa spread: person to person, counter to counter, into markets the banks never reached.

  • 01Every terminal's customer screen offers the wallet — zero-cost user acquisition at the moment of purchase.
  • 02Every new wallet is a new node — infrastructure that scales with adoption, not ahead of it.
  • 03A referral bounty pays the referrer in their stablecoin of choice — and the payout itself routes through VXIR. The network dogfoods its own rails.
The infrastructure doesn't get built ahead of demand. It builds itself as demand arrives. That's not a feature of the product — it is the product.

Simple enough for a child. Invisible by design.

The mandate for the wallet is absolute: simple enough for a grade-school child to use. Every layer of compilation complexity — chain selection, gas resolution, calldata generation, settlement routing — happens out of sight.

The user expresses intent. VXIR compiles it. The chain executes it. They just bought something. They never touched a blockchain.

Amazon made warehouses, carriers, and customs invisible behind one button. VXIR does the same for on-chain commerce — except VXIR owns nothing, holds nothing, and custodies nothing. The assets stay with the user. The network is the only thing in the middle.
Hardware & Infrastructure
Every device is a node. Four products, one mesh — the counter, the pocket, and the vault, each one joining the network the moment it powers on. As you scroll, each one compiles into view the way VXIR compiles intent onto the chain.
VXIR POS Node — flagship handheld terminal with integrated printer
POS Node · Flagship Terminal

The terminal is the network.

An all-in-one handheld that runs the VXIR wallet at the point of sale. Every terminal we ship is a network node and a customer-facing screen that hands the next person their wallet with a tap.

  • Full Android touchscreen — the wallet, the checkout, the node, in one device
  • Integrated thermal receipt printer
  • Tap to pay — any stablecoin, any chain, gas abstracted
  • A node and a doorway to the next user — infrastructure that scales with adoption
In development · hardware on order
VXIR POS Node — mobile unit for outdoor and pop-up vending
POS Node · Mobile Unit

Takes the counter anywhere.

A lighter, mobile form factor for where commerce actually happens off the grid — food trucks, farmers markets, country fairs, swap meets, pop-up and outdoor vending. Same wallet, same node role, no fixed counter required.

  • NFC tap-to-pay zone — contactless, battery-powered, built for the field
  • Built-in receipt printer in a pocketable body
  • Spreads counter to counter the way M-Pesa spread — into markets the banks never reached
The POS Node is a role, not just our hardware. A merchant can run it on the NFC/tap terminal they already own — no VXIR device required to join. A lower-margin on-ramp tier. We meet you where you are. Acceptance leans on our crypto-to-fiat resolution rail (built, in testing).
In development · hardware on order
Downloadable Wallet Node

Your phone is the wallet.

The consumer wallet, free to install from the site or the app stores. Hold balances across every supported chain; one Pay compiles your intent into a stablecoin settlement. Installing it seeds a node — the network grows with every download.

  • Multi-crypto balances, one Pay — settles in stablecoin
  • Every install seeds a network node
  • Free download — the site and the app stores
Tap to pay at the NFC terminals already on the world's counters. Your phone is the wallet; the readers are the checkout. A capability we're building with strategic partners — acceptance leans on the crypto-to-fiat resolution rail (built, in testing).
In development
VXIR Cold Wallet Node — three-way USB with on-device biometric
Cold Wallet Node

One device. Five jobs.

A composite three-way USB key — Lightning, USB-C, and USB-A 3.2 — with a mass-storage partition and an HID command channel, the same transport class as Ledger and Trezor. We're not inventing the transport — we're defining the payload. No other hardware wallet carries a compiler.

  • 1Seals your keys. True cold storage; on-chip signing behind the biometric — the key never leaves the device.
  • 2Distributes the wallet offline. The storage partition installs the app on any host, no internet.
  • 3Gifts fresh wallets. Spawns a new software wallet to onboard someone, hand to hand.
  • 4Seeds a node. Installing the client seeds a network node.
  • 5Funds the new wallet. Transfer funds onto the wallet you just seeded, in the same motion — no bank, no Venmo, no Telegram first. You hand someone the app and the money together.
In-development hardware · secure-element build
Intent in. Native calldata out.
The reason the counter works is a deterministic compilation pipeline — the same input always produces the same instructions. No inference. No guesswork. Across blockchains and across commercial rails.
Stage 01
Route
Evaluate live conditions across every supported chain — fees, liquidity, congestion — and select the optimal settlement path.
Stage 02
Compile
Translate intent into native chain instructions through a deterministic compilation pipeline. Gas resolved at compile time — users never hold native gas tokens.
Stage 03
Verify
Every compiled instruction set is verified against the original intent for semantic correctness before it ever reaches the chain.
The compilation core is deterministic, not trained — the SVM translator runs at 100% accuracy in under a millisecond, with zero inference. Determinism is the moat: the same intent compiles the same way, every time, on every rail.
One translator. An entire VM family.
VXIR doesn't integrate chains one at a time. One translator reaches every chain in a virtual-machine family — proven where it counts, building where it's next.
EVM Family
Base, proven
● Mainnet-proven · 298 verified pairs
One translator reaches Ethereum, Base, Arbitrum, Optimism, Polygon, BNB, Avalanche, Tempo, and more — a dozen chains off a single model. Base is the live proof.
Hashgraph
Hedera, proven
● Mainnet-proven · native HTS
A distinct execution environment, settled live on mainnet alongside the EVM family in the same exhibit — real, irreversible, auditable.
SVM Family
Solana, settled
● Settled in the live exhibit
The SVM translator is complete and deterministic — 100% accuracy, zero inference — and reaches Solana and Eclipse from one model.
The architecture collapses N×N integrations into a handful of translator families. The path: ~10–12 protocol models reaching 250+ chains — WASM, Move, TVM, Stellar, Cosmos/IBC, and more on the roadmap, each a new family, not a re-architecture.
Proven on mainnet. Sealed behind patents.
111

Real settlements, today

A single compiled trigger fanned out into 111 real, irreversible settlements across three VM families — Base, Solana, and Hedera. Every hash is public and auditable. This isn't a demo; it's on the chain.

10

Provisional patents

The deterministic compilation core, gas abstraction, wallet-node convergence, and compile-time compliance are filed with the USPTO — a competitive gate measured in years, not months.

0

Open failures

The first live run did what a first run should: it surfaced a short list of small, well-understood fixes. We caught them on day one, named them, and resolved every one. That's what building in the open looks like.

The proof is clickable.

Don't take our word for it. Every one of the 111 settlements is live on a public block explorer — successes and the fixes alongside them, nothing hidden. Open the exhibit and follow the hashes.

Hardware on order. Builders on board.

The terminal is being built by someone who has done it before.

This isn't a render waiting on a hardware partner. The POS terminals are on order, and the person leading the build has carried go-to-market hardware from concept to production for years.

The compilation layer, the patents, and the network design are in hand. The hardware closes the loop between the on-chain engine and the physical counter.

Meet the team
HEADSHOT
PLACEHOLDER
Royce Daemon Cano
Lead, Hardware Development Team
A designer-technician who brings go-to-market hardware from concept to production — including carrying touchscreen technology out of factory automation and purpose-building the first touchscreens for home-automation systems. Building the VXIR terminal alongside the founder.
Every layer, one click away.