Helium token HNT soars as fastest-growing US city adopts DePIN wireless solution

A small Texas city just gave decentralized infrastructure its most compelling real-world proof point yet. Celina, Texas, currently the fastest-growing city in the US by percentage, has integrated its existing municipal Wi-Fi into Helium’s decentralized wireless network, and the market’s response has been anything but subtle.

HNT, the native token of Helium Network, surged from around $0.21 to approximately $0.44 following the announcement, with daily trading volume spiking over 1,000% to between $38 million and $44 million. That price move represents gains in the range of 73% to 130% depending on entry point, turning a token that had been quietly grinding sideways into one of the week’s biggest movers on Solana.

Why Celina matters more than your average pilot program

The city experienced a 24.6% year-over-year population increase, adding more than 12,700 new residents between July 2024 and July 2025. The integration covers key municipal locations including the public library and senior center. No new towers were required, which is the whole point of what Helium calls a “brownfield deployment.” Rather than building new infrastructure from scratch, the network layers its decentralized carrier-grade offload capabilities onto existing Wi-Fi installations.

The system is currently processing around 100 GB of data per day across these sites.

Helium’s quiet expansion across the US

Helium Network now operates across more than 42,000 locations in the US, collectively serving over 2.5 million daily users. The network has previously secured partnerships for data offload with major telecom operators, including AT&T. Helium migrated from its own Layer 1 blockchain to Solana in April 2023, a move that provided the scalability the network needed to handle increasing user loads. The token has a circulating supply of approximately 186 million out of a 223 million maximum supply, giving investors a relatively clear picture of future dilution risk.