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The Internet of Things (IoT) is expanding rapidly, with a projected market value of \({\$}\) 1.4 trillion. Traditional connectivity solutions like cellular, WiFi, and Bluetooth face limitations in cost, power, and range. The Helium Network addresses these issues through a decentralized wireless network, enabling devices to connect and geolocate without power-hungry infrastructure. Using blockchain, Helium creates a two-sided marketplace that incentivizes coverage providers and consumers, lowering costs. This paper outlines the Helium Network’s architecture, including the Consensus Protocol, Proof-of-Coverage, and WHIP protocol. We examine key participants—devices, miners, and routers—and how Helium operates as a decentralized wireless network (DWN), offering a cost-effective IoT solution. Helium serves as a model for future decentralized connectivity innovations.

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Decentralizing Wireless Connectivity: The Helium Network and Its Impact on the Internet of Things

  • 会议论文

  • 发表日期：

    2026年

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  • Sandeep Malipeddi

摘要

The Internet of Things (IoT) is expanding rapidly, with a projected market value of \({\$}\) 1.4 trillion. Traditional connectivity solutions like cellular, WiFi, and Bluetooth face limitations in cost, power, and range. The Helium Network addresses these issues through a decentralized wireless network, enabling devices to connect and geolocate without power-hungry infrastructure. Using blockchain, Helium creates a two-sided marketplace that incentivizes coverage providers and consumers, lowering costs. This paper outlines the Helium Network’s architecture, including the Consensus Protocol, Proof-of-Coverage, and WHIP protocol. We examine key participants—devices, miners, and routers—and how Helium operates as a decentralized wireless network (DWN), offering a cost-effective IoT solution. Helium serves as a model for future decentralized connectivity innovations.