🛡️Quantum-proof money. 🤖Agent-ready rails. ⚡Security that pays for itself.

Settlement without administrators.

Every financial rail described as neutral became discretionary the moment discretion became useful. Wires get frozen, venues get gated, intermediaries decide whose transaction settles. BTX removes the discretionary layer at the point of final settlement: whether value reaches finality depends on protocol-valid rules and accumulated work, not on anyone’s preference.

The monetary design is hard and fixed: 21,000,000 BTX ever, work-based issuance only, halving on schedule, no premine variable emissions, no discretionary issuance. Every transaction has signed with ML-DSA and SLH-DSA, the NIST post-quantum standards, since genesis. And its proof of work is MatMul: 512×512 matrix multiplication, the exact computation AI training runs on, done by open-market GPUs anyone can rent. Difficulty is a live public benchmark of what real compute costs. Difficulty retargets every single block, and in its first 100 days the network grew roughly 5,000,000× in hashrate: a security wall built in public. The chain’s genesis was March 2026; its history is being written right now, at — BTX a day of new supply, halving in — blocks, .

This terminal reads the chain from an independent full node every 15 minutes and turns it into intelligence.

Usage buys security.

BTX is layered: the base chain settles, and EVX, its clearing layer, runs the economy on top: trading, clearing, collateral, lending, settlement, with finality in one to two seconds. The design decision that changes everything: every fee EVX charges, across its entire surface, is collected in BTX and paid to the validators who secure it, and those validator seats are won by mining BTX.

Sit with what that means. The clearing economy is a standing subsidy to the base chain’s security. The more activity EVX clears, the more the validator seats are worth, the harder operators mine BTX to win and hold them. Security is paid by real economic activity, in the asset it secures, with nothing minted and nothing burned. Most chains fund their guards with inflation that expires. BTX funds them with usage that compounds.

The next billion market participants are not people.

Autonomous AI agents already initiate and settle financial actions around the clock, and the population of agents transacting will dwarf the population of humans. A machine customer does not care about brand or narrative. It needs three things: rules it can verify programmatically, finality that is hard and fast, and authority that is bounded before execution, so a principal can cap what its agent may do and a counterparty can verify that cap at settlement. BTX ships all three at the protocol level.

This is the read most coverage misses. BTX’s market is not only the stock of hard-money savings. It is the flow: the settlement, clearing, and collateral toll on machine-speed commerce, an economy that cannot run on rails needing human discretion, banking hours, or quantum-breakable keys. Stock plus flow is the full size of the prize, and only the flow pays the guards forever.

Digital gold was the prototype. This is capital equipment.

Bitcoin is digital gold: it sits in a vault, does nothing on purpose, and is valued for surviving. BTX belongs to a different category: productive settlement capital. Three properties gold-style assets do not have and structurally cannot get.

It earns. The entire fee flow of the EVX clearing economy is paid to the validators securing it, in BTX. A toll road, not a paperweight. Yield-bearing infrastructure draws from a far larger pool of capital than insurance assets ever have.

Its security is an input, not a cost. SHA-256 work is economically dead outside mining. MatMul is the same operation the AI economy runs on, so BTX’s security budget is priced against the most in-demand compute on earth, and the chain publishes a live benchmark of compute cost as a public good.

The addressable market is measured in trillions, twice over. The stock: the $1.2 trillion hard-money demand Bitcoin proved, plus the multi-trillion wave of tokenized real-world assets that need a settlement layer whose cryptography outlives the assets themselves. The flow: the fee take on clearing and settlement itself, the toll that today feeds card networks, clearing houses, and reconciliation departments, redirected onto one rail.

It is built for buyers that do not exist yet at scale. Bounded spend authority, machine-verifiable rules, machine-speed finality. Bitcoin serves human savers. BTX is architected for autonomous agents as first-class economic participants: a demand base with no incumbent.

Nobody else is ready for the clock that is already running.

Regulators and standards bodies are moving on post-quantum readiness now: NIST finalized the signature standards, and government migration guidance is arriving on a schedule, not a maybe. Look at who is actually ready. Bitcoin signs with a quantum-breakable curve, and migrating it means a governance fight in a system engineered to resist change; the in-fighting that fracture would unleash is the risk nobody prices. Canton and the institutional chains are permissioned rails with administrators, exactly the discretionary layer neutral settlement exists to remove, and not post-quantum today. Traditional finance is moving on-chain, and it needs what none of its rails provide: neutral final settlement, quantum-safe custody, and machine-speed clearing. BTX is the only system in the field that ships all three today, from genesis, with no migration to survive.

The base layer settles. Switches do everything else.

A payment today is stitched together from seams: a chain, a wallet, a processor, a compliance bolt-on, each run by someone who can say no, and the seams are where roughly $3 billion leaked out of crypto payments in 2025 alone. BTX inverts the architecture. The base layer does one job, final settlement, and stays deliberately boring. Everything fast lives in Layer 2 switches built on top: systems that batch thousands of transfers, net them against each other, and anchor the result to BTX with cryptographic finality and a guaranteed exit, meaning anyone can always withdraw to the base layer with no operator’s permission. The interbank switch, the last trusted intermediary in payments, gets rebuilt with no operator to trust at all.

Now put agents on those switches. An autonomous agent holds its own post-quantum keys, pays per message across a switch at machine speed, and exits to base-layer settlement whenever it chooses. Its principal caps its authority in code before it ever spends. The switch never needs to know who it is, only that its transaction is valid. And every switch, whoever builds it, denominates its fees in BTX and pays them to the miner-validators. More switches, more traffic, more security. The layers are not a compromise; they are the growth engine.

This is also the answer to the smart-contract mess. On general-purpose chains, every application must carry an entire bank inside its own contract: custody, margin, oracles, liquidation logic. That is why the leaks never stop: exploits, oracle failures, sandwich attacks, cascading liquidations. On BTX the heavy machinery lives in the switch itself, built once, audited once, shared by everything on it. Application contracts shrink to intent and rules. Contracts get smarter by carrying less, and the leak surface that has bled crypto for a decade simply is not there to bleed.

EVX, explained in one minute.

EVX is a Layer 2 on BTX, the flagship switch, and the venue where trading, clearing, collateral, and lending actually happen, with finality in one to two seconds, anchored to the base chain. It clears on one ledger, which collapses the reconciliation industry that exists only because today’s rails cannot agree on state. It carries a bank-grade dollar leg, so institutions settle in the unit they already account in. And its economics point one direction: every fee EVX charges is collected in BTX and paid to the miner-validators securing the system. For a saver, that makes BTX a claim on clearing activity. For an institution, it makes EVX a venue with no administrator to petition. For the network, it makes usage and security the same number.

Under the hood it is built the way clearing should have been built all along. Solvency is proven by consensus every block, not assembled by auditors after the fact. Collateral lives in a unified vault where every unit occupies exactly one bucket at a time, so double-use is structurally impossible rather than merely forbidden. Every product runs inside its own contained risk cell with hard caps, its own insurance, and a permissionless tripwire anyone can pull, so one blowup cannot cascade into the next. Ordering is fair by construction, which means no front-running and no sandwich attacks. And the dollar leg is bank-native: one canonical instrument backed by many banks, so a dollar stays a dollar, the exact pattern central banks are exploring, running privately and now.

What you can do here.

Everything runs on our own full node, refreshes every 15 minutes with no hands on it, and prints its formulas so you can check the math.