The history, evolution, and significance of the world's largest decentralized wireless network.
Helium began as an attempt to build wireless network coverage without a carrier's balance sheet — paying individuals to host radio hardware instead of building out infrastructure top-down. What started as a network for low-power IoT devices has since expanded into consumer mobile coverage, becoming the largest example of a community-deployed wireless network in the world.
Helium launched as a peer-to-peer wireless network purpose-built for low-power Internet of Things devices — sensors, trackers, and machines that need to send small amounts of data over long distances instead of a fast, high-bandwidth connection. Rather than build and own the radio towers itself, Helium paid individuals to run "Hotspots" — small radio devices that provided network coverage from homes, offices, and rooftops — earning network tokens for the coverage and data they provided. The result was a wireless network built by thousands of independent operators instead of a single carrier.
The network's biggest inflection point was the decision to expand beyond IoT into consumer mobile — turning the same hotspot-hosting model toward carrier-grade cellular offload.
A community governance proposal restructured Helium's network and token model to support new use cases beyond IoT, laying the groundwork for the mobile network to launch under the same ecosystem.
A new mobile network layer launched on top of the existing hotspot operator base, letting operators deploy small cells and indoor radios to earn for providing cellular coverage, not just IoT data.
Helium's token and governance infrastructure moved onto the Solana blockchain, citing transaction speed and cost as the deciding factors for a network settling large volumes of small, frequent payouts.
Helium Mobile began offering standard consumer phone plans, using its own network where available and offloading onto a national carrier's network elsewhere — giving subscribers full coverage while the underlying network keeps expanding coverage.
A network like Helium is only useful where there's coverage — and dense, brownfield buildings are exactly where community-hosted networks struggle to reach without help. LML deploys and maintains the indoor hardware — small cells, DAS, and indoor radios — that can put a building on networks like this one.
Tell us about your space and we'll assess what coverage — and what network — makes sense for it.
This page is informational and reflects LML's understanding of Helium Network's public history. LML is not Helium, a Helium affiliate, or a network operator — we are the service technicians who deploy and maintain indoor hardware that can connect a building to networks like this one. Nothing on this page is financial, investment, or token advice.