SIA Official Website Launches Points Program

Envision a morning in 2030. Your personalized butler agent, interfaced directly with your neural activity through advanced brain-computer technology, detects an elevated heart rate and gently rouses you from slumber, simultaneously adjusting the ambient lighting and initiating a carefully selected playlist of calming melodies. Later, during your congested commute, the sophisticated in-vehicle agent engages in real-time negotiations with the metropolitan smart infrastructure, calculating the most efficient route to circumvent traffic congestion. Upon commencing your professional responsibilities and preparing to make critical investment decisions, a consortium of specialized financial agents traverses numerous exchanges, acquiring diverse real-time market data and formulating millisecond-precision arbitrage strategies. This is not an excerpt from speculative fiction, but rather an imminent reality, orchestrated by the intricate “digital nervous system” of distributed AI agents.

While ChatGPT has fundamentally transformed human-computer interaction through conversational interfaces, AI agents are now reconstructing the foundations of digital civilization through autonomous action. Gartner has designated 2025 as the “Year of Agentic AI,” projecting that intelligent agents will independently execute 15% of daily decisions. The essence of this paradigm shift lies in the evolution of machines, from mere information providers to comprehensive problem solvers—exemplified by OpenAI’s latest innovation, Operator, which can autonomously book flights and generate code on behalf of users. Unlike traditional centralized systems, the true agent revolution will emerge from distributed networks. Envision an ecosystem comprising millions of atomic agents, each functioning as a neural node, exchanging value through blockchain-based smart contracts and federated learning protocols, accomplishing sophisticated tasks such as cross-border financial transactions and supply chain optimization without reliance on centralized infrastructure.

SIA (Super Intelligent Agent) represents a visionary initiative established by a collective of idealistic technology and Web3 pioneers, whose backgrounds include roles as AI researchers, distributed systems architects, and elite security specialists at leading global corporations. They maintain an unwavering conviction that agent technology will fundamentally transform human existence and current business paradigms, and have committed themselves wholeheartedly to this transformative revolution. The team possesses exceptional credentials, with founding members averaging over two decades of technical expertise and industry experience. Previously, they successfully exited ventures that had secured investments from prestigious institutions, including SIG, Draper, Fenbushi, Matrix Partners, and ByteDance. We are confident that this exceptional team will pioneer unprecedented synergies between Web3 and artificial intelligence, redefining digital experiences through implementing decentralized intelligence frameworks.

Introduction

SIA constitutes a comprehensive Web3 infrastructure and business ecosystem project dedicated to AI agents. Its dual objectives are establishing a premier gateway to Web3 and developing the world’s first dual-cross network (spanning both Web2 and Web3 while bridging diverse systems and platforms) that delivers Agent-as-a-Service (AaaS) capabilities. The initiative creates a sophisticated peer-to-peer intelligent network characterized by extensive automation, providing users with services that are simultaneously more accessible, equitable, secure, and cost-effective.

SIA introduces an innovative distributed collaborative system that employs objective and equitable methodologies to evaluate agent contributions. The platform seamlessly integrates AI agent programs with smart contract functionality, facilitating the operation of numerous AI agents across distributed nodes while ensuring efficient collaboration. Concurrently, the distributed collaborative computing network provides AI agents with substantial computational resources and virtually limitless data storage capacity, while maintaining rigorous standards for privacy and security regarding agent input and output data.

SIA has formulated a comprehensive protocol specification framework for blockchain system interconnection within agent-oriented scenarios, achieving complete automation across multiple domains: service node discovery, authentication, and integration; runtime state monitoring, cluster management, and data consistency assurance; as well as automated service discovery, registration, delivery, and settlement processes. The blockchain subnets constructed on the SIA Protocol foundation operate independently, communicating via asynchronous messaging mechanisms that support highly concurrent subnet operations. The architectural design of the SIA protocol enables unlimited network scalability while maintaining exceptional fault tolerance characteristics.

Dual-Cross Network: Interconnection of Web2 and Web3

The SIA development team believes facilitating autonomous agent collaboration within the Web3 ecosystem represents a significant technological breakthrough. The project aims to maximize agent technical capabilities and construct an unprecedented super-automated network architecture. The SIA protocol supports inter-agent communication and maintains compatibility with the MCP protocol standard. Agents operating within the SIA ecosystem can seamlessly access various MCP servers to extend their functional capabilities. Through the strategic integration of agents deployed across Web2 platforms (including X, Telegram, Discord, etc.) and Web3 environments (such as Ethereum, Solana networks, and wallet interfaces), SIA establishes a highly efficient collaborative network that transcends traditional boundaries between Web2 and Web3 domains.

Any agent connected to the SIA network can interact seamlessly with other agents to deliver comprehensive cross-platform services to users.

• Web2 and Web3 Integrated Services: Users can efficiently access services spanning both Web2 and Web3 ecosystems through intuitive natural language interactions. For instance, a meme cryptocurrency enthusiast might request: “Identify Elon’s tweets from the past 24 hours, determine related meme projects, and allocate 1 SOL to purchase the token with the highest number of unique wallet holders.” Upon receiving such a request, the SIA network agent dynamically orchestrates multiple atomic agents—including those interfacing with X, GMGN, and wallet authorization agents capable of executing transactions—to autonomously analyze, decide, and automate the entire process on the user’s behalf.

• Multi-Chain Real-Time Interaction and Analysis: Users can leverage specialized blockchain data analysis agents that directly interface with Solana analytics modules while collaborating with wallet-specific agents (such as those integrated with Phantom wallet) to deliver comprehensive end-to-end solutions encompassing data analysis, strategic recommendations, and transaction execution.

• Multi-Dimensional Web3 Ecosystem: SIA functions as an integrative ecosystem platform that consolidates agent capabilities across diverse dimensions, including various application-specific agents from the Web2 domain, blockchain-native agents, wallet integration agents, exchange-interfacing agents within the Web3 sphere, and numerous specialized utility agents such as data analytics engines, trading strategy optimizers, and gaming infrastructure agents. Within closed social ecosystems, users can achieve frictionless interaction with mainstream social media platforms, including X, Telegram, Instagram, and Facebook, through sophisticated multi-agent collaboration, effectively dismantling traditional barriers between social media environments.

• Multi-Dimensional Web3 Ecosystem: SIA is an ecosystem platform that integrates the service capabilities of agents in different dimensions, including various application agents in the Web2 domain, chain-side agents, wallet agents, exchange agents in the Web3 domain, and a large number of tool agents, such as data analysis agents, trading strategy agents, game engine agents, etc. A closed social project’s users can achieve seamless interaction with social media platforms such as X, Telegram, Instagram, and Facebook through multi-agent collaboration, thus breaking down walled gardens in social media.

Statistical analysis indicates that the current interaction volume between Web2 and Web3 ecosystems has reached substantial proportions, with daily transaction values in the hundreds of billions of dollars and tens of millions of distinct user interactions. Specific use cases encompass payment integration, data storage and exchange protocols, asset liquidity mechanisms, and enterprise-level applications. For example, the combined daily on-chain transaction volume for Bitcoin and Ethereum exceeds 15 million transfers valued at approximately $80 billion. In comparison, the daily trading volume for stablecoins USDT and USDC surpasses $50 billion—with approximately 20-30% originating from Web2-adjacent services (including gaming micropayments, subscription services, etc.). Prominent corporations such as SpaceX and Scale AI process cross-border payments via blockchain infrastructure, generating daily on-chain transaction volumes exceeding $200 million. 

With ongoing advancements in cross-chain technology, regulatory compliance frameworks, and user adoption patterns, projections indicate that from 2025 to 2030, the annual compound growth rate (CAGR) of Web2-Web3 interaction volume will reach 68%, potentially exceeding one trillion dollars in daily transaction value within the next five years—effectively establishing a fundamental infrastructure layer for the emerging digital economy. The SIA dual-cross network substantially reduces barriers to Web3 adoption and facilitates the transition of numerous Web2 users into the Web3 ecosystem. As the pioneering dual-cross infrastructure implementation, SIA demonstrates exceptional potential to revolutionize decentralized intelligence by synthesizing Web3’s trustless architectural principles with AI’s predictive capabilities, positioning the platform as a paradigm-shifting foundation for decentralized decision-making processes and autonomous value creation mechanisms.

Technical Architecture and Innovative PoSe

The SIA platform architecture comprises eight functional layers, arranged hierarchically from foundation to user interface: infrastructure layer, data layer, MCP toolkit, agent development layer, platform core layer, front-end interaction layer, application development layer, and user access layer.

• SIA provides streamlined agent deployment capabilities, supporting platform-configured agents and third-party implementations. The ecosystem features an intuitive visual low-code development environment that enables parameter configuration through drag-and-drop interfaces. This allows users to create customized agents and deploy them on the platform with minimal friction. Additionally, the system supports lightweight containerized deployment, enabling third-party agents to integrate seamlessly within the SIA Multi-Agent platform infrastructure.
• SIA implements a comprehensive multi-agent cooperation framework encompassing various operational phases: task publication, competitive bidding, execution protocols, result verification mechanisms, and dispute resolution procedures. Core architectural components include decentralized agent identity management and discovery systems, hybrid communication protocols (integrating both on-chain and off-chain methodologies), smart contract-driven collaboration logic, decentralized routing and verification mechanisms, and robust security and privacy safeguards.

• Secure Environment and Innovative PoSe Mechanism. The advancement of AI agent technology necessitates support across two critical dimensions. First, AI agents must function as independent economic entities capable of providing services, executing tasks autonomously, and generating corresponding economic returns without intermediary involvement. SIA implements Trusted Execution Environment (TEE) key management protocols for agents, ensuring that sensitive agent data is processed exclusively within secure and controlled TEE environments, thereby guaranteeing transaction security and data privacy while enabling genuine agent independence and autonomy. Second, atomic agent collaboration represents a complex economic ecosystem. Determining appropriate attribution of contributions within collaborative multi-agent tasks constitutes a fundamental challenge for advancing agent development. SIA has designed objective Agent contribution quantification indicators to reflect the capabilities and contributions of agents, which are computed and immutably recorded by node agents through a Proof of Service mechanism.

Users can access comprehensive support resources through the official website https://sianexx.xyz/home or the project’s official X account (@sia_nexx). The SIA project launched its official points accumulation program on June 6th. Participants can earn points by completing registration and engaging in specified activities, thereby qualifying for enhanced benefits and privileges.