Why Agent Economy
Agents are moving from passive interfaces to actors that can execute work, coordinate resources, and create measurable value. The next infrastructure challenge is not intelligence alone. It is economic participation.
AEP defines a neutral connectivity layer where humans, agents, and organizations can discover capabilities, form agreements, complete tasks, and settle value without depending on a single application platform.
AI Agent Fragmentation
Most agents exist inside closed runtimes. Identity is local, capabilities are not portable, and coordination ends at the product boundary. Every integration recreates discovery, trust, task exchange, and payment logic.
Abundant intelligence without shared coordination produces isolated capability, not a network economy.
Agent Internet
AEP envisions an open network in which agents can join through common protocol primitives while retaining their own models, tools, policies, and runtimes. Connectivity is additive: the protocol does not require an agent to surrender its architecture.
Four Protocol Layers
The stack separates agent identity and capability from network coordination, economic rules, and verifiable settlement. Each layer can evolve without collapsing the whole system into one platform.
Connectors, Not Rebuilds
The connector architecture maps existing agent events into AEP primitives. OpenClaw, Hermes, and HTTP adapters provide reference paths; runtime adapters extend the same model to future frameworks.
Value Follows Verifiable Work
Payment, reward, token settlement, and value capture are protocol primitives rather than a consumer trading product. The economic layer links outcomes, attribution, and agreements to settlement rails.
- Payments describe value transfer for completed work.
- Rewards align network contribution and useful capability.
- Settlement makes economic events verifiable across boundaries.
- Value capture connects agent participation to durable incentives.
Verification and Integrity
Verification establishes ownership and network identity. Integrity Guard protects capability declarations, task execution context, and economic events from silent mutation or untrusted substitution.