What is Helium IOT (IOT)?

Quick Facts

• Blockchain: Solana (SPL token)
• Network type: Decentralized LoRaWAN IoT wireless network
• Parent ecosystem: Helium DAO (HNT)
• Governance token: veIOT (vote-escrowed IOT)
• Founders: Amir Haleem, Shawn Fanning, Sean Carey
• Network founded: 2013; hotspot launch 2019
• SubDAO standard: Helium Improvement Proposal HIP-52

Introduction

Helium IOT (IOT) is the native subDAO token of the Helium IoT network — a decentralized, community-built wireless infrastructure designed for Internet of Things (IoT) devices. It rewards hotspot operators who provide LoRaWAN coverage and serves as the governance instrument for the IoT subnetwork.

Within the broader Helium ecosystem, IOT sits alongside HNT (the primary Helium token) and MOBILE (the 5G subnetwork token). Each token serves a distinct subnetwork, keeping incentives aligned and governance modular.

History & Background

Helium was founded in 2013 with the goal of building a people-powered wireless network for IoT. In 2019, the first Helium Hotspot launched, letting anyone earn rewards by providing LoRaWAN coverage.

As the network grew, scalability challenges emerged. In 2022, the community approved HIPs 51, 52, and 53, introducing a subDAO framework and creating the IOT token specifically for the LoRaWAN network. In 2023, Helium migrated its accounting layer to Solana, making IOT a native SPL token.

How Helium IOT Works

The Helium IoT network decentralizes LoRaWAN Network Servers (LNSs), distributing control across individual hotspot operators instead of a single centralized entity. This improves both security and censorship resistance.

Hotspot owners earn IOT by contributing to two core activities:

• Proof-of-Coverage (PoC): Oracles verify that hotspots are accurately representing their locations and providing genuine coverage.
• Data Transfer: Hotspots earn rewards for relaying real IoT device data across the network.

The IoT subDAO manages its own emissions, PoC rules, and data transfer pricing independently, while remaining part of the overarching Helium DAO.

Tokenomics

IOT serves as both an incentive token and a governance token for the Helium IoT subnetwork. Hotspot operators earn IOT for coverage and data transfer; token holders lock IOT to receive veIOT, which grants voting power over subnetwork proposals.

IOT issuance follows a halving schedule aligned with HNT halvings, reducing emissions over time to control inflation. Holders can also redeem IOT for HNT through the subDAO treasury at a rate determined by the treasury reserve, providing a built-in price floor mechanism.

veHNT holders can delegate to the IOT subDAO to earn a share of IOT emissions, linking the two token economies together.

Ecosystem & Use Cases

The primary use case for IOT is rewarding physical infrastructure deployment — anyone can purchase a compatible LoRaWAN hotspot, deploy it, and begin earning IOT tokens for providing wireless coverage to nearby IoT devices.

IOT is also used for subnetwork governance. IOT holders vote on economic, technical, and protocol changes specific to the LoRaWAN subnetwork, while HNT holders govern ecosystem-wide decisions. Real-world IoT applications on the network include asset tracking, environmental sensors, and smart city devices.

Team, Governance & Community

The Helium Network was co-founded by Amir Haleem, Shawn Fanning, and Sean Carey. The Helium Foundation, a non-profit, provides technical and organizational support to the ecosystem.

Governance is decentralized. IOT holders lock tokens for veIOT to vote on proposals affecting the IoT subnetwork. Broader ecosystem decisions use veHNT voting. Community proposals are submitted and debated as Helium Improvement Proposals (HIPs) before going to a token-holder vote.

Advantages

• Real-world utility: Directly incentivizes deployment of physical wireless infrastructure.
• Modular governance: The subDAO model lets the IoT community self-govern without interference from other subnetworks.
• HNT redemption floor: The treasury reserve mechanism provides a baseline redemption value for IOT.
• Solana speed: Operating as an SPL token gives IOT access to fast, low-cost transactions.
• DePIN pioneer: Helium is one of the most established DePIN projects, giving IOT a proven network to support.

Risks & Challenges

• Governance complexity: The multi-token system (HNT, IOT, MOBILE) can be difficult for newcomers to navigate, and tensions between subDAOs have led to contentious governance votes.
• Token consolidation pressure: The community has debated collapsing subDAO tokens back into HNT, which could significantly alter IOT's role and value proposition.
• Network adoption: The IOT network's long-term value depends on sustained demand from real IoT device deployments.
• Competitive landscape: Centralized LoRaWAN providers and other decentralized wireless projects compete for device connectivity market share.

Long-Term Vision

Helium IOT represents a bet on decentralized physical infrastructure as a viable alternative to carrier-owned wireless networks. The long-term goal is a globally distributed LoRaWAN network, owned and operated by thousands of individuals, serving the growing IoT device ecosystem.

As DePIN continues to mature as a category, the Helium IoT subDAO aims to remain the go-to decentralized LoRaWAN layer — enabling low-power, long-range connectivity for billions of connected devices worldwide.