TLAY gives a machine the four capabilities it needs to take part — identity, trusted data, payment, finance — and closes them into one running, financeable loop. The machine stops being a tool and becomes an economic actor.
AI, robotics, energy devices and autonomous systems are moving into the physical world at scale. Their physical capabilities — perception, decision, action — are solved. What is missing is the one capability that turns a machine into an economic participant: economic autonomy.
The machine works. The business belongs to someone else.
A machine becomes an economic actor when it can answer four questions. Today it can answer none —
Its wallet and identity are borrowed — from a human account, a platform sub-account, or a cloud API key. Nothing is natively its own.
It cannot demonstrate, to anyone who wasn't standing next to it, the real work it performed.
Not without a human account, a platform, or a cloud API standing in the middle of every transaction.
Investors underwrite the company that owns it — the machine's own verifiable record counts for nothing.
A lightweight machine-economic runtime that embeds cryptographic and financial capabilities directly into the physical device — not a wallet app for humans, not a cloud API bridge. BoAT is how a machine enters the on-chain economy — natively, at the source.
It runs directly on IoT chips, robots and energy devices, written for resource-constrained hardware. And crucially: the private key lives on the edge device, not on a central server.
BoAT signs a fact at the source. HashAnchor turns it into truth a stranger can check — anchored on-chain, provable by someone who was never near the machine and never trusted us. It is the cloud half of the trust spine.
The machine signs what it actually did — at the source, with its own key.
Every signature is checked before it gets in. A bad one is rejected, full stop.
Facts are batched into a Merkle root and written to the chain — permanent, public.
A stranger can verify the receipt independently — with zero trust in TLAY.
Any third party can independently confirm four things from a single receipt — and needs to trust no one to do it.
Through BoAT, value accrues up the stack — from a sovereign identity at the base to a financeable asset at the top.
When a machine owns identity, trusted data and on-chain cash flow, it becomes a Real-World Asset and a DePIN-grade financial unit, with revenue distributable on-chain. The machine moves from operating to financial.
Stablecoins, micro-payments and real-time settlement — machine-to-machine and machine-to-protocol, with no centralized clearing house in the path. Payment becomes a native machine capability, not an API call.
Sensor data, operational logs and proof of physical work are signed at the source and anchored on-chain: tamper-resistant, auditable, and bound to the machine's identity. Trust stops being abstract; it is measured at the source.
A device-level DID and wallet, unforgeable and native to the hardware — no longer borrowed from a human account, a platform sub-account or a cloud API key. The machine becomes a first-class economic subject.
The connective layer that strings the four primitives into a single loop — running every time the machine does something worth money. In practice it has a simple shape: pay → work → proof → settle.
Signed and settled, the loop's cash flow belongs to the machine itself. Machine Finance arrives as a consequence of the loop — not a separate product. It runs in three steps.
A verifiable, stablecoin-denominated cash flow and signed operating history — uptime, throughput, delivered work, payment record. Creditworthiness derived from what the machine demonstrably did, not from who owns it.
Once a machine has on-chain credit, it can be financed against it — advancing against future cash flows, with the credit coming from the chain itself rather than off-chain underwriting. A machine that can prove it earns can borrow against its earning.
Global investors deploy stablecoins into a machine or a fleet; the returns — also in stablecoins — are distributed automatically according to on-chain cash flow. The machine becomes a Real-World Asset anyone, anywhere, can fund and earn from.
A machine moves from doing work to being financialised by global capital — without ever leaving the chain.
This does not eliminate risk — it makes risk visible. Machine performance, trust tier and cash flow, evaluated in the open. That distinction is essential.
Not every machine in the field can sign on-chain at the source yet. So the trust in each on-chain fact is graded and stated on the receipt itself — and the receipt always declares its tier.
For machines whose firmware can't yet hold a key, a platform or trusted gateway signs on their behalf — a bridge while the fleet is still climbing.
The signing key is bound to the specific device or its gateway, so every fact is tied to real hardware — even before the machine runs its own runtime.
BoAT's edge signature: the machine holds its own key and signs at the source with full autonomy. The highest tier of self-describing trust.
Pricing logic, the control adapter and the unit of service are pluggable — so a new machine business is assembled from the same core, not forked from it. The identical orchestration already runs across more than one physical vertical.
Solar inverters and grid assets export power, sign each kilowatt-hour at the source, and settle revenue on-chain — DePIN-grade units that fund and pay for themselves.
Machines that prove their work and earnings build an on-chain operating history — the credit basis for financing fleets against future cash flow.
Sensors sign condition and custody events at each hop — a canonical, auditable chain of facts bound to the device's identity, not a back-office database.
Physical-world data, attested at the source and priced per call, feeds AI agents and protocols through an open interface (MCP) — machine-to-protocol commerce, natively.
eCandle is the first running build of this model: an energy device funded through an on-chain capital pool, activated by stablecoin PayGo payments, signing proof of every service it delivers, and splitting revenue automatically between its stakeholders. The operator keeps running the field business — the economics move on-chain.
The Smart Open Machine Economy — machines that don't just work, but participate.
TLAY is the trust layer for the machine economy: infrastructure that gives physical machines a verifiable identity, trusted operating data, native stablecoin payment and machine-level finance, so they can participate in open economic systems as independent economic actors.
BoAT is TLAY's lightweight machine-economic runtime. It embeds a wallet, a device-level DID identity, data attestation and payment authorization directly into IoT chips, robots and energy devices — about 58 KB fully loaded. The private key lives on the edge device, not on a central server.
HashAnchor is TLAY's cloud backbone. It verifies machine-signed facts, batches them into a Merkle root and anchors that root on-chain, so any third party can independently verify what a machine did — without trusting TLAY.
The loop is pay → work → proof → settle: a user pays in stablecoins, the machine is authorized on-chain and delivers physical work, it signs proof of delivery, and revenue is settled and distributed automatically. Every completed loop adds to the machine's verifiable business record — the basis for on-chain credit and machine finance.
eCandle is TLAY's first reference implementation: next-generation, machine-native PayGo for energy devices. A device is funded through an on-chain capital pool, activated by stablecoin payments, signs proof of the service it delivers, and distributes revenue automatically to its stakeholders.
TLAY is chain-neutral by design — the settlement layer is a replaceable module. It currently runs across Polygon, Base, BNB Chain, HashKey Chain, Arc, Solana and Lightning, settling in stablecoins such as USDC and USDT as well as BTC. TLAY is not bound to any single chain or currency.
No. On-chain data does not eliminate risk — it makes risk visible. Every receipt declares the trust tier it was produced under, so machine performance, key custody and cash flow can be evaluated transparently.
Polygon
Base
BNB Chain
HashKey
Arc
Solana
Lightning
USDC
USDT
BTC