Build on AESC

Deploy smart contracts, connect applications, and interact with the network.

AESC supports EVM tooling and deterministic finality for structured on-chain execution.

Development Focus

On AESC, development centers on operational logic rather than front-end interaction.

Core design elements include

Settlement logic
State transition conditions
Event-trigger rules
Automated execution paths

Core Capabilities

Event-Driven Execution

Real-world events trigger automated on-chain settlement.

State Asset Modeling (RDA)

State is defined as a verifiable and governable on-chain asset.

Protocol-Level Settlement (X402)

Settlement execution occurs at the protocol layer with deterministic finality.

AI-Native Participation

AI agents can operate as native network participants.

High-Concurrency Execution

Designed for device, system, and contract-level invocation with parallel execution support.

Node Participation

Nodes secure settlement execution and maintain network stability.

Developers can:

  • Run nodes
  • Coordinate systems with node networks
  • Deploy application logic anchored to validator infrastructure

Ecosystem Direction

AESC supports long-term system deployment across

Agricultural and production settlement
Resource and equipment management
Multi-party supply chain coordination
Long-term contract fulfillment
Carbon and environmental governance
AI-driven production scheduling

Choose Your Path

I want to use the network

Get started with AESC as a user

  • Set up a wallet
  • Connect to AESC
  • Explore transactions
  • Participate in staking and governance
Go to Learning Center

I want to build applications

Start developing on AESC

  • Configure RPC endpoints
  • Deploy smart contracts
  • Integrate with Hardhat or Foundry
  • Send and inspect transactions
Go to Developer Documentation