Off-grid used to mean simply out of contact. Not anymore. Between patchy mobile coverage and the arrival of direct-to-cell satellite, staying reachable on a hike, an overland route or offshore is now a matter of planning — knowing where you’ll have a signal, where you won’t, and when a satellite will be overhead to fill the gap.

Two layers of coverage

The trick to off-grid connectivity is treating these as one combined picture, not either/or. That’s exactly what a connectivity reliability score does — one number per location that fuses both.

Plan before you go

  1. Check key points. Tap the trailhead, campsite, summit or anchorage on the coverage map for a reliability score and what’s overhead.
  2. Know your satellite windows. Use the satellite pass API (or the map) to see when a direct-to-cell satellite passes over — so you can time a check-in.
  3. Check the whole route. Route Connectivity walks an A→B path and highlights the weakest stretch and the worst coverage gap — so you know where you’ll go dark before you set out.

By activity

Hiking & backpacking: sky view is everything. An open ridge gives a much better satellite link than a deep valley or dense canopy. Plan check-ins for high, open points and known satellite windows.

Overlanding & remote driving: run your route through Route Connectivity the night before, note the dark stretches, and queue important messages for the good windows along the way.

Maritime & offshore: you leave tower range quickly, so you’re satellite-dependent for most of a passage. Check coverage along the shipping lane or route, and treat satellite windows as your scheduled contact times.

On-the-day tips

Bottom line: off-grid connectivity is predictable if you plan it. Score your locations, time your satellite windows, and check your route — all on the map.