When the grid fails, your network shouldn’t.

Power on → the mesh forms automatically.

Self-healing, no towers, no cloud, no setup.

Starlink-ready. Built for real emergencies.

Configured + Assembled in the USA.

Built on proven open-standards mesh tech.

Backed by real human support.

Secure early access
Early access members receive priority ordering and launch pricing.
Expected launch: $399–$599 per node.
Early members receive founders pricing.
Field-Proven Capabilities

Stay Connected When the Grid Isn’t

SOVR N1 builds an instant, private mesh network in no-signal or degraded environments. Run your tactical tools inside the mesh, keep teams visible on the map, and move data without relying on towers, SIM cards, or cloud logins.

Private Mesh Network
No towers. No cloud. All yours.

What it does: Forms an instant, self-healing mesh even when there is no cell coverage or infrastructure to lean on.

Why it matters: Your traffic stays inside a network you control instead of depending on fragile public systems.

Rapid Deploy
Power on, network in minutes

What it does: Drop nodes at vehicles, trailheads, or rally points and bring the mesh online with minimal setup.

Why it matters: Built for real deployments and training days, not lab-only conditions or complex installs.

Self-Healing Design
Routes around failure automatically

What it does: Nodes discover each other and re-route around obstacles or failed links without manual tweaking.

Why it matters: Messages, map tiles, and traffic keep flowing when terrain, weather, or hardware take a hit.

Runs Tactical Apps
Operate inside your mesh

What it does: Supports live node locations on a map, team chat, push-to-talk voice, and sensor or camera feeds on the local network.

Why it matters: Teams use the same tools they rely on every day without needing an outside uplink.

TAK / ATAK
Built for TAK workflows

What it does: Drops into ATAK or TAK workflows so locations, mission data, and messages stay in one picture.

Why it matters: Real-time situational awareness continues even when traditional connectivity is gone.

Built for the Field
Go-bag ready and scalable

What it does: Rugged, compact nodes ride on packs, vehicles, and tripods and scale from small teams to larger operations.

Why it matters: Start with a three-node kit and expand coverage across campsites, convoys, homesteads, or SAR operations as your needs grow.

Real-world performance

Proven in testing, not just theory.

The SOVR N1 is built for grid down reality. These numbers come from live iPerf and runtime tests between prototype N1 units, not idealized marketing claims. When the grid fails, you know exactly what your mesh can carry without guessing.

Bandwidth
Up to ~15 Mbps per link

In close range testing between two N1 nodes, Wi-Fi HaLow links sustained reliable megabit class throughput that goes far beyond the limited kbps speeds found in most low power radio systems.

This level of throughput supports voice, ATAK traffic, map tiles, messaging, and low resolution video at the same time. Your team sees the same picture and acts based on real information, not guesswork.

Runtime
6+ hours continuous

Dual 21700 lithium ion cells powered an N1 for more than six hours during testing while handling mesh networking, voice, and client applications without throttling or manual intervention.

This runtime covers the majority of a deployment, training cycle, patrol, or incident. For extended operations, the system can charge from solar, vehicle, wall power, or an external battery pack.

Mesh network
Self forming and self healing

Every N1 acts as a node in a private mesh using sub GHz Wi-Fi HaLow. This frequency range performs better in wooded terrain, rolling land, and urban clutter where normal Wi-Fi struggles.

No accounts, no SIM cards, no cloud requirement. The network belongs to your team whether it is a mutual aid group, SAR team, convoy, or off grid homestead.

All performance and runtime numbers are based on repeatable prototype testing. A more detailed breakdown is available for emergency response groups, SAR teams, institutional buyers, and integration partners under a non-disclosure agreement.

Real-world scenarios

Where SOVR N1 Earns Its Keep

SOVR N1 isn’t a device for the desk. It's a field tool designed for the moments when cell towers, cloud logins, and fragile infrastructure fail. These are the real situations where a self-healing mesh network becomes mission-critical.

Mutual Aid / Bug-Out
Team comms when the grid is gone

Use it: Link family, neighbors, or MAG members across a neighborhood or rural AO when cell service collapses or gets overloaded.

Why SOVR N1: Self-healing nodes keep your map, chat, and voice up — no towers, no cloud, zero setup.

Off-Grid Homestead
Local network for your retreat

Use it: Connect the house, shop, barn, and outbuildings so cameras, sensors, and tablets stay online even without an ISP.

Why SOVR N1: Run apps locally on the mesh and plug in Starlink to bring the entire property online from a single point.

Search & Rescue
Track teams in rough terrain

Use it: Drop nodes at trailheads, ridgelines, or rally points to keep messages, maps, and locations flowing in canyons or deep woods.

Why SOVR N1: TAK compatibility gives teams real-time situational awareness without relying on fragile infrastructure.

Convoys / Overlanding
Keep rigs linked over miles

Use it: Mount a node per vehicle so every truck shares the same map, chat, and location through remote terrain.

Why SOVR N1: Nodes act as relays or gateways — extend the mesh across the convoy and feed it with Starlink from the lead vehicle.

Training & Range Days
Run drills like a real deployment

Use it: Deploy SOVR N1 at the range or training site so teams train with the same tools they'd rely on during an actual emergency.

Why SOVR N1: Boots in seconds, zero configuration, and redeploys instantly at your next training point.

Disaster Response
Local comms when towers fail

Use it: Stage a small mesh around shelters, supply points, or command posts when storms or grid failures knock everything offline.

Why SOVR N1: Rugged casing, proven components, and U.S.-based human support give you a tool you can trust when it matters most.

Choose the Final Armor for SOVR N1

Help shape the first production run of the SOVR N1.

Get early access, founders pricing, and the chance to decide which rugged shell goes to market.

How Voting Works

  • 1. Pick your preferred casing below
  • 2. Enter your email to lock in your vote
  • 3. Get early access + founders-only pricing at launch

SOVR N1 – Design A

SOVR N1 – Design B

Expected launch range: $399–$599 per node.
Early access members receive founders-only pricing below retail.
Built on Real, Field-Tested Technology

The Software Stack That Makes SOVR N1 Different

Under the rugged shell, SOVR N1 runs a proven software stack designed for teams that work without a safety net. These integrations keep your map, voice, and backhaul online when towers, logins, and fragile infrastructure are not an option.

TAK / ATAK icon
TAK / ATAK

Real-time team awareness, even with zero signal. SOVR N1 drops directly into ATAK and TAK workflows with no extra setup. Track team locations, share mission data, send messages, and coordinate movement on a live map inside your private mesh network.

Built for pressure and chaos. When the plan breaks and comms go dark, your map still shows where people are and what is happening.

Push to Talk icon
Push To Talk

Instant voice across your mesh with no cell towers. Integrated Push to Talk through Mumble gives your team direct, reliable voice communication inside the mesh network.

Boot and talk in seconds. No configuration, no fragile links, and no outside services. If your team can hear each other, they can stay in the fight together.

Starlink icon
Starlink-Ready Backhaul

Take your entire off-grid network online. When any SOVR N1 node connects to a Starlink terminal or LTE modem, the whole mesh instantly gains internet access.

One uplink. Full network online. Share connectivity across miles of terrain for campsites, convoys, homesteads, or disaster zones while keeping the local mesh running if the uplink drops.