How AIMO System Works?

Overview

Technical structure overview

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Components Explanation

The dApp is divided into four main layers:

1. User Interface (Interaction Layer)

2. SVM On-chain Layer

3. Agent Society (Core Logic Layer)

4. Data Storage Layer

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1. User Interface Layer

This layer provides the interface for end users to interact with the decentralized system. It includes various entry points:

• Web App: A browser-based platform for user interaction.

• Mobile App: A mobile-first interface for accessibility on smartphones.

• DePin Device: A decentralized physical infrastructure device enabling interaction with the dApp.

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2. SVM On-chain Layer

• NFT and DID Integration:

  • Ownership is tied to Non-Fungible Tokens (NFTs), which represent unique agents or entities within the system.

  • Decentralized Identifiers (DIDs) are used for unique identity management between DePin devices and AI Agents.

• Agent Behavior Program

  • SVM Programs that make external control over agents transparent & verifiable.

  • See the section below for details.

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3. Agent Society Layer

The core logic and computation of AIMO AI agent system happen within the "Agent Society." This layer operates in a secure environment to ensure data privacy and trustworthiness.

Key Components

• TEE (Trusted Execution Environment):

  • A secure enclave for executing sensitive computations, ensuring data and operations remain confidential.

  • Includes subsystems for:

    • LLM (Large Language Model): Powers the intelligent decision-making capabilities of the agents.

    • mem0: A memory module for storing and retrieving stateful data.

    • Agents: Autonomous entities performing tasks and interacting with each other.

• Agent Communication Protocol:

  • Defines the rules and mechanisms for inter-agent communication within the "Agent Society."

• Agent Behavior Program:

  • Specifies the behavior logic for agents, enabling them to perform specific tasks based on programmed rules.

Key Functions

• Agents interact with the user interface and data storage layers.

• Ownership of agents is managed via NFTs and DIDs.

• Agents collaborate within the TEE to form an interconnected society.

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4. Data Storage Layer

This layer manages and secures all data generated or used by the system. It is designed with privacy, encryption, and decentralization in mind.

Key Components

• Encrypted Storage:

  • Use a decentralized storage platform to store encrypted data. Verifiable, permanent, and secure.

  • Stores personalized user data in an encrypted format to ensure privacy and security.

  • Data is accessible only through authorized agents operating within the TEE.

• Data Chain:

  • A blockchain or decentralized ledger that ensures data integrity, immutability, and provenance.

  • Provides a verifiable history of all interactions and data exchanges.

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Data Flow

1. User Interaction: Users interact with the system via the Web App, Mobile App, or DePin devices.

2. Ownership & Identity: NFTs and DIDs ensure unique ownership and establish trust.

3. Agent Communication: User inputs are processed by agents within the TEE.

4. Secure Processing: TEEs handle computations, leveraging LLM and memO for decision-making and state management.

5. Data Storage & Retrieval: Processed results and user-specific data are encrypted and stored securely in the Data Chain.

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Key Advantages

• Security: Use of TEE ensures sensitive computations remain secure and private.

• Decentralization: By leveraging blockchain (SVM Chain) and DePin devices, the system avoids centralized points of failure.

• Interoperability: NFTs and DIDs enable cross-platform and cross-application compatibility.

• Intelligence: LLMs provide robust decision-making capabilities for agents.