TLAY Product Architecture

4. Architecture Overview

TLAY is designed as a modular stack. Different industries can retain their existing hardware, applications, cloud systems, and payment partners while adding a common machine-economic layer.

TLAY Overall Architecture TLAY overall architecture connecting physical machines, BoAT MER, the Machine Commerce Enabler, payment networks, HashAnchor, and the TLAY Network. TLAY PRODUCT ARCHITECTURE TLAY Overall Architecture From physical machines to a programmable, verifiable machine economy. TLAY PHYSICAL LAYERAutonomous Machines Robots & drones Vehicles & chargers Energy & IoT Industrial equipment MACHINE ECONOMIC RUNTIMEBoAT MER Machine identity Economic authority Payment authorization Event signing SOLUTION LAYERMachine Commerce Enabler Discovery & offers Pricing & policy Service delivery Settlement routing VALUE FLOWPayment & SettlementStablecoins · payment protocolschannels · settlement networksBUSINESS FLOWApps & EnterprisesMarketplaces · fleet systemsoperators · auditors · partnersembedenableconnectHASHANCHORVerifiable Event & Proof LayerEvent integrity · Merkle batchingOnchain anchoring · Offline verification Portable receipts TLAY NETWORKShared machine identityProgrammable authorityPortable proofsInteroperable commerce ECONOMIC INFRASTRUCTURE FOR AUTONOMOUS MACHINES
Figure 1. TLAY connects machine-side economic authority, commerce execution, settlement, and portable proof into one modular infrastructure stack.

The stack can be viewed in four layers:

LayerFunctionTLAY component
Machine layerSecure identity, signing, local policy, transaction initiationBoAT MER
Commerce layerOffers, pricing, permissions, service logic, orchestrationCustomer application / Machine Commerce Enabler
Settlement layerStablecoin, account-based, channel, or other payment executionIntegrated payment networks
Proof layerEvent integrity, transaction linkage, receipts, auditabilityHashAnchor

The long-term network is created by the common identities, proofs, policies, and transaction patterns shared across these layers—not by forcing every participant into a single closed application.