7. Machine Commerce Enabler: From Physical Scenario to Live Commerce
BoAT MER and HashAnchor are reusable infrastructure. Enterprises, however, usually start with a physical business problem rather than a protocol requirement. They need a fast path from an existing machine scenario to a functioning machine-commerce system.
The Machine Commerce Enabler is TLAY’s solution layer for that transformation.
It combines:
- machine identity and account provisioning;
- embedded runtime integration;
- pricing and service-definition logic;
- economic authorization policies;
- payment and settlement routing;
- event and proof schemas;
- fleet operations and monitoring;
- dashboards, reconciliation, and developer APIs.
It is not a third isolated product. It is the integrated implementation pattern through which BoAT MER and HashAnchor solve a complete customer problem.
7.1 Service Definition#
The first task is to express the physical resource as a machine-readable commercial service.
Examples:
| Physical capability | Commercial unit |
|---|---|
| Charging | kWh, minute, or energy slice |
| Robot labor | Task, action, minute, or outcome |
| Sensor data | Reading, stream interval, or data package |
| Compute | CPU/GPU second, job, or inference |
| Mobility | Distance, time, zone, or completed trip |
| Equipment access | Reservation, cycle, minute, or production unit |
| Connectivity | Byte, message, session, or bandwidth interval |
The service definition includes price, availability, measurement method, quality conditions, cancellation rules, and dispute evidence.
7.2 Pricing and Market Logic#
Machine commerce can support fixed, dynamic, auction-based, subscription, or outcome-based pricing. The application may consider:
- current supply and demand;
- energy or network cost;
- location and urgency;
- machine reputation;
- service-level requirements;
- congestion or availability;
- owner-defined minimum and maximum prices.
TLAY does not need to control the pricing model. It provides a standard way for the machine to receive, evaluate, accept, and prove the offer.
7.3 Payment Policy#
The solution maps commercial rules into machine-executable policy:
- allowed payment assets and networks;
- authorization limits;
- prepaid, postpaid, streaming, or escrow mode;
- settlement frequency;
- fallback behavior when connectivity is unavailable;
- refund and dispute conditions;
- operator and platform revenue shares.
BoAT MER enforces the machine-local portion. Cloud or contract logic can enforce fleet-wide and settlement-level policy.
7.4 Control Adapter#
Commerce must connect to the actual device state. A control adapter maps commercial events to machine actions:
- valid authorization starts charging;
- expired payment pauses delivery;
- completed task triggers a signed completion record;
- safety event stops the session regardless of payment status;
- settlement failure invokes retry or operator policy.
Safety controls always take priority over commercial controls. Payment must never override a machine’s emergency stop, physical safety interlock, or regulated operating constraints.
7.5 Proof Schema#
The proof schema defines which events matter and how they are linked. A typical schema may include:
- machine and owner identifiers;
- offer version and price;
- policy decision;
- session start and end;
- metered delivery intervals;
- payment authorizations;
- anomalies or interruptions;
- completion state;
- settlement reference.
Only required fields or their commitments need to be anchored. Sensitive business data can stay encrypted or offchain.
7.6 Settlement and Revenue Routing#
The solution can connect machine authorizations to a selected settlement provider. Depending on the deployment, value may be routed to:
- the machine owner;
- a fleet operator;
- a service provider;
- a marketplace;
- an infrastructure host;
- a protocol or insurance pool;
- tax or compliance accounts.
The economic split can be programmed without requiring the machine itself to maintain complex treasury logic.
7.7 Fleet Operations#
A production deployment also needs operational controls:
- device enrollment and revocation;
- firmware and policy versions;
- spending and earning dashboards;
- anomaly detection;
- proof and settlement monitoring;
- key rotation and incident response;
- reconciliation exports;
- service analytics.
This is where TLAY moves from a protocol toolkit to an enterprise-ready solution.