Helium launched in 2019 as a decentralized wireless network, incentivizing individuals to deploy LoRaWAN hotspots in their homes and businesses in exchange for HNT tokens. The concept was radical: instead of a telecom company spending billions to build infrastructure, Helium would crowdsource it by making each hotspot owner a mini cell tower operator earning crypto. At its peak in 2022, Helium had over 900,000 hotspots deployed across 180+ countries.
The growth was spectacular but the economics were questioned. Most hotspot owners earned tiny amounts of HNT — often less than $1/day after the initial hardware cost of $300-500. The actual data usage on the network was minimal. Critics argued Helium was primarily a speculative token game dressed up as infrastructure, with hotspot buyers essentially paying to mine HNT rather than providing economically useful connectivity.
In 2023 Helium migrated from its own blockchain to Solana, a move that simplified operations but also acknowledged that running a custom L1 wasn’t necessary for the network’s actual function. The migration went smoothly, and Helium pivoted toward 5G coverage with its MOBILE token, targeting a higher-value connectivity market. Helium Mobile launched as a $20/month phone plan using both Helium’s decentralized network and T-Mobile’s infrastructure.
Helium’s significance isn’t its current revenue or user count — it’s that it proved the DePIN model could work at scale. Before Helium, the idea of crowdsourcing physical infrastructure through token incentives was theoretical. After Helium, it became a proven category with dozens of imitators. The template — deploy hardware, earn tokens, provide real-world utility — has been applied to WiFi (Wayru), mapping (Hivemapper), weather (WeatherXM), energy (React), and dozens of other physical infrastructure networks. Helium may or may not succeed long-term, but it started an entire movement.
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