VXIR compiles human intent into native execution across heterogeneous chains and commercial rails. It is genuinely new engineering — so we documented it and filed to protect it, the way any serious deep-tech effort protects real work. Ten provisional applications record what was built, stage by stage, with the USPTO — the compilation core, gas abstraction, the wallet-and-terminal node mesh and the commerce it carries, cross-domain reach, compliance at the moment of compile, and the non-custodial signing device at the edge.
This page is the plain landscape view: the architecture first, then where each filing applies. No claims that don’t survive a read.
A user or agent expresses intent in plain terms. VXIR encodes it into a chain-agnostic intermediate representation, lowers it through a deterministic translator into the exact native format the destination expects, and hands it back for the user’s own wallet to sign. Non-custodial, end to end. The same pipeline serves payments, token operations, and cross-domain commerce.
The portfolio is organized the way the system is built — following the pipeline from the compilation core out to the network, the commerce layer, the trust layer, and the device at the edge. Each filing is a U.S. provisional application documenting a real part of the work; claim scope is determined at non-provisional conversion with patent counsel.
This is the engine every other claim depends on. It turns expressed intent into native execution across architecturally different chains through one deterministic pipeline — the foundation the rest of the protocol is built on top of.
The protocol doesn’t stop at the chain boundary. A single composed intent can settle on-chain and act on a commercial rail in one pipeline — the cross-domain reach that lets the whole system touch real commerce, not just on-chain transfers.
The network builds itself. Because every wallet and every merchant terminal is also a relay node, infrastructure scales in proportion to adoption rather than ahead of it — each new participant is both demand and supply.
Commerce itself becomes a compiled intent. On top of the node network sits a full marketplace — product registration, discovery, purchase, and fulfillment — each step expressed as intent and compiled to execution. This is where the protocol stops being plumbing and becomes a place people actually buy and sell.
The regulatory gap, closed at the source. Compliance and provenance aren’t bolted on after a transaction — they’re bound to the intent the instant it compiles. Every settlement the protocol produces, on any chain or rail, carries a verifiable intent → calldata → receipt trail by construction. That is what lets regulated capital touch the network: you can prove what was authorized and that execution matched it — uniformly, across every intent type.
The non-custodial promise has a physical terminus. The user’s own keys, in cold storage, signing compiled cross-domain calldata — and a provider interface that isn’t married to any one device. The same secure signing surface spans a cold-storage wallet, a handheld, or an embedded terminal. It is the wallet reimagined as the universal, device-independent endpoint of a compilation network.
VXIR compiles calldata. The user’s own wallet signs every transaction, and assets never leave their control. That is good architecture — and it produces a clean regulatory profile that the IP is built around.
Never holds, stores, or controls user assets. The pipeline only produces signable instructions.
Does not match buyers and sellers or maintain order books. It compiles; it does not trade.
Infrastructure protocol, not a financial service. Value moves between the user and the chain directly.
The user signs every transaction with their own keys. No temporary custody, no escrow, no exceptions.
These filings exist for one reason: the work is real and it’s new. Building something genuinely novel and not protecting it isn’t restraint — it’s negligence. So the portfolio is documented the same way the system is built: the core, the network, the commerce layer, and the trust layer recorded together, as one coherent architecture rather than a scattering of isolated tricks.
The point isn’t to fence off a market. It’s to protect what was actually invented — and to do it on the public record, in plain terms, so the claims can be read and checked.
A provisional application starts a twelve-month clock to non-provisional prosecution. The first priority date is locked; the conversion window runs through mid-2027.
The compilation engine behind these filings is not a diagram — it has settled 111 real transactions across three VM families, every hash clickable on a public explorer. See the proof for yourself, then see the network it builds.