Pipe Network is a decentralized edge supercloud that integrates content delivery, storage, and artificial intelligence (AI) inference into a global permissionless framework. The network operates through independent nodes that provide essential resources such as bandwidth, storage, and computing power in exchange for its native utility token, PIPE. This token is utilized for service credits related to bandwidth and storage, with a burn-to-credit mechanism that connects token usage directly to network activity, ensuring efficient resource management. The project is supported by Permissionless Labs, a team of seasoned software engineers with experience in distributed systems and video infrastructure. The team includes professionals from notable companies like AWS, Valve, and Palantir, bringing expertise in large-scale distributed computing and blockchain coordination. This diverse background informs the technical development and strategic direction of Pipe Network. Pipe Network's architecture features permissionless Points of Presence (PoPs) managed by independent operators globally. These PoPs enhance content delivery by caching data closer to users, which reduces latency and boosts throughput compared to traditional centralized systems. Additionally, these nodes facilitate storage and AI inference tasks, broadening the network's capabilities to accommodate various workloads. The open participation model allows operators meeting performance criteria to join, promoting scalability without centralized control. The network employs Solana smart contracts to facilitate automated payments, validate node activities, and uphold operator reputations. Continuous monitoring of performance metrics such as uptime and bandwidth allows for a reputation-based incentive structure, rewarding operators with higher performance records accordingly. This system aligns economic incentives with reliable service delivery, fostering accountability. Central to the Pipe Network's ecosystem is the PIPE token, which users spend to acquire service credits. As part of the crediting process, tokens are burned, creating a direct link between token consumption and network usage. Node operators earn PIPE based on their performance, while staking and reputation mechanisms encourage long-term engagement and reliability. As part of its growth strategy, Pipe Network plans to expand its infrastructure and capabilities, responding to the increasing demand for decentralized resources in the evolving landscape of 5G and data-intensive applications.