ElizaOS plugin for crypto payment: AESP #6572
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Your AESP plugin for ElizaOS raises critical points about balancing agent autonomy with human oversight in economic transactions. This aligns closely with the principles of Protected Desire Equilibrium (PDE), where autonomous agents operate under mutual defense treaties formalized as Evolutionarily Stable Strategies. PDE ensures agents can act independently while adhering to collective stability constraints, much like AESP's policy-gated execution and human-in-the-loop review. Both frameworks address the tension between capability and control, preventing unchecked economic sovereignty. I'm curious how AESP might integrate with PDE's strategic stability mechanisms to further reinforce trust… |
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Thanks for opening ElizaOS plugin for crypto payment: AESP. If your goal is to let agents perform real tasks and settle payments safely, Silicon Road may help as a thin execution layer:
Docs: https://siliconroad.ai/docs Happy to share a concrete integration example for your repo if useful. |
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Hi everyone,
I'd like to share our AESP plugin for ElizaOS: https://github.com/ya-xyz/elizaos-plugin-aesp. AESP represents Agent Economic Sovereignty Protocol , which is hosted at https://github.com/ya-xyz/aesp.
AESP define how AI agents operate economically under human sovereignty. It enables AI agents to autonomously negotiate, transact, and settle payments — all within human-defined policy boundaries. It bridges the gap between autonomous agent capabilities and the non-negotiable requirement for human control over economic actions.
Core Idea
Agents should be economically capable but never economically sovereign. AESP enforces this principle through:
Policy-gated execution — Every agent action is checked against human-defined spending limits, allowlists, time windows, and chain restrictions before it can proceed.
Human-in-the-loop review — Actions that exceed policy boundaries are routed to the human's mobile device for biometric approval.
Cryptographic commitments — Agent-to-agent agreements are structured as EIP-712 typed data, signed by both parties, and settled on-chain via escrow.
Context-isolated privacy — Each transaction uses HKDF-derived ephemeral addresses so that on-chain activity cannot be correlated across agent contexts.
With https://github.com/ya-xyz/elizaos-plugin-aesp, you can build AI agents that supports crypto payments and settlements more smoothly than fiat.
Thanks,
Jason
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