Science and Technology

Staying connected when the grid fails

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Mesh networks like Meshtastic offer Vermont a potential practical backup for communication during storms and outages

By Timothy Page

Vermont’s specific landscape—steep slopes, dense woods, and scattered homes—makes staying connected especially tough when winter storms hit. Power lines snap under ice or snow, cell towers lose backup power, and even major providers can go dark statewide. The February 2026 Northeast blizzard left vast areas without electricity, while a January 2026 Verizon outage silenced service for up to 180,000 Vermonters for about ten hours, with many phones stuck in emergency-only mode.

A growing number of people across the region are relying on Meshtastic, a straightforward off-grid texting system that keeps short messages moving even when everything else fails.

Meshtastic, along with similar mesh networks like it, works by turning small, inexpensive radios—about the size of a deck of cards—into a team that passes information along like a game of telephone. Each radio, called a “node,” uses a type of long-range wireless signal called LoRa that travels farther than Bluetooth or Wi-Fi and requires no license .

When you send a text (or share your location if the node has GPS), your node broadcasts it outward. Any nearby node that hears the message checks if it’s new—if so, it rebroadcasts it farther, automatically reducing a built-in “hop” count by one each time to prevent endless looping .

In practice, it feels like group texting without the internet. Messages stay short—typically a couple hundred characters with room for emojis—and delivery can take seconds to minutes depending on distance and how many nodes are in between. Nodes run on rechargeable batteries that last days or weeks with light use, and many people add small solar panels for fixed setups on barns, ridges, or home roofs .

Real-world examples show its value in disasters. After hurricanes in Florida, people used Meshtastic to share live updates about open gas stations, water points, and passable roads—information unreachable by anyone without service .

Vermont benefits from dedicated local activity. Green Mountain Mesh is a volunteer-run group building a statewide Meshtastic network through education sessions, hands-on build days, and partnerships with landowners for strategic high-ground relay placements. The broader New England Mesh Discord connects users across the region for coverage maps, placement tips, and planning . These efforts fit Vermont’s infrastructure well: they complement official alert systems, licensed ham radio for voice traffic, and satellite options (which still need clear skies and power). Community nodes on private property or public high points can handle neighbor check-ins and local updates, freeing 911 for true emergencies.

The system has honest limits. It handles text only—no voice or video—and messages can slow down or drop if too many people use the network at once .

Privacy is stronger than most online apps because there’s no central server logging who talks to whom . It excels for everyday coordination—asking if a neighbor needs help, reporting blocked roads, or locating family during a search—but isn’t built for highly sensitive details.

For Vermonters, mesh networks like Meshtastic serve as an affordable, community-owned layer of resilience. Starter nodes cost little and are easy to find online. Joining Green Mountain Mesh or the New England Mesh Discord can connect you with others already testing placements and running drills. As storms grow fiercer, rumors of sleeper cells increase, and centralized networks show cracks, these volunteer meshes quietly strengthen the ability of small towns and rural families to stay in touch—one relayed message at a time.


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2 replies »

  1. I love the concept, but I’d really like some questions answered and when I sent them to Hello@greenmountainmesh.com as directed it was bounced.

    Tim, perhaps you can find some answers.

    Are you new to Vermont? Where is your most operational networking system located? What’s involved putting up nodes? Can you work with existing towers or do you need your own? Is there any hardwiring? How many are presently in Vermont? What kind of cost is there to connect?

    Thank you for your foresight. I hope it is timely. We can use alternative communications networks.

  2. Sounds like they just re-invented dial up internet. Will it work inside a mushroom cloud?

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