ARCER.
01 /SYSTEM ARCHITECTURE

Built as a system. Not a silo.

A modular design for programmable money, designed to integrate with the Arc Layer 1 ecosystem. Architecture shown here is proposed; deployment details are not yet configured.

Precision-engineered modular infrastructure visualization
01 / ARCHITECTURE / FIVE LAYERSARCER / SYSTEMS

Intent to outcome.

Each layer has a distinct responsibility. Boundaries make the system easier to inspect, reason about, and secure.

01

APPLICATION

Commerce, wallets, financial applications, and agent-assisted experiences initiate intent.

02

PERMISSION

Spending limits, approvals, contract rules, and roles define what is allowed.

03

EXECUTION

EVM-compatible smart contracts coordinate payment and treasury actions when deployed.

04

SETTLEMENT

Arc-compatible USDC flows would settle on Arc, a Layer 1 blockchain.

05

OBSERVABILITY

Indexing and developer APIs would expose verified status and audit trails.

FIG. 01 / CONCEPTUAL TOPOLOGY

The connected model.

ARCER
INTERACTIVE SYSTEM MAP / ILLUSTRATIVE
01 / 05

USDC payments

Programmable payment initiation and settlement design.

CONCEPT VISUALIZATION · NOT LIVE NETWORK DATA

02 / TECHNICAL CONSIDERATIONSARCER / SYSTEMS

Arc compatibility

Arc is a Layer 1 blockchain. ARCER is an independent project designed to integrate with its EVM-compatible environment.

Wallet and permissions

Wallet connection is available for discovery. Contract permissions, spending rules, and transaction execution require verified deployment.

Security and upgrades

Contract verification, independent review, upgrade controls, and incident processes are requirements before production use.