STP Rebrands to AWE Network, Debuts AI Engine for Autonomous Web3 Worlds

- AWE, Autonomous Agents-Based World Building Possibility - Ensuring Reliability and Integrity through Blockchain Integration [Unblock Media] The era has arrived where AI transcends being a tool that follows commands to designing, interacting, and evolving independently within its own world. The Autonomous World Engine (AWE) unveiled by the STP Network is materializing this very future. This modular framework enables autonomous agents to cooperate, compete, and create self-evolving worlds with their own rules and systems. One of AWE's most significant features is implementing scalable multi-agent interactions. Through parallel processing, non-sequential dependency management, and GPU-optimized computations, thousands of AI agents can build and operate worlds in real-time. This goes beyond simple simulation to enable self-organization and self-reward systems. This engine consists of the following modules: - World Orchestration Module: Controls the input-output flow of the entire autonomous world, coordinating interactions among various agents and events, maintaining consistent global behavior within complex systems. - Agent Orchestration Module: Defines and manages individual agents' behaviors, autonomy levels, and interaction methods, integrating cooperation, competition, and goal-based actions among agents. - Event Orchestration Module: Processes the flow of all events in the autonomous world in real-time, organizing priorities and dependencies between events, significantly enhancing system responsiveness and stability. - Multi-Agent Simulation Module: Simulates complex scenarios where numerous agents interact simultaneously in parallel, enabling experimental world operations and policy testing. - Onchain Asset Module: Management of assets held by agents and users securely on the blockchain, ensuring asset creation, transactions, and transfers are recorded immutably, guaranteeing data integrity and transparency. - Proof of Autonomy Module: Verifies and rewards agents for setting and achieving their goals, a key component of genuine autonomous systems. AWE ensures the reliability and integrity of the autonomous world through blockchain integration. For example, smart contract-based transactions execute automatically upon fulfilling specific conditions, maintaining economic activities without external intervention. All activity records are preserved on-chain, enabling a transparent and immutable world structure. This signifies that AWE-based worlds can develop into economic and social systems wherein real users can participate, transcending simple AI simulations. Practical applications of AWE include game development, virtual economic systems, and smart city simulations. AWE is utilized to construct agent-driven game worlds, meeting the complex demands of economic simulations, and serves as a powerful tool for city planning and infrastructure development simulations. STP has been building core infrastructure in the Web3 domain since 2019. In 2023, they prepared for the transition to autonomous worlds with the Autonomous World Name Service (AWNS) and an AI game platform named Clique. In 2024, the project aligns all directions around AWE, undergoing comprehensive rebranding to AWE Network, with the token name also transitioning from STPT to AWE. AWE is more than just a technical framework; it poses philosophical questions about the future digital ecosystem. If humans and AI can cooperate to build autonomous and sustainable worlds, what kind of society should we envision? AWE is the foundation to realize this imagination and one of the most fascinating experiments of our time.