The Swiss cameras worth opening at dawn, and the five that watch all night

At 15:10 on 2026-10-08 the camera at the Konkordiahütte was printing 1.9 °C and 14.3 volts into the corner of its own picture, with the Aletsch running out of the cloud below the hut in long grey curves of moraine. The hut stands at 2,850 m, a figure foto-webcam.eu puts on the camera's page, and that voltage is the solar battery, so the frame quietly tells you whether the thing will still be alive next week. Our page for it is Konkordiahütte. It refreshes every ten minutes.

Switzerland is the country I would send someone to first. Counted from our own fleet table at 13:07 UTC today, 3,098 live cameras sit inside the border, and they are linked from the Switzerland page. Density is not what makes them good, though. It is that so many of them are mounted above 2,000 m, pointed at something that changes, and run by people who stamp the time into the image.

When the light actually gets there

Sunrise at Zermatt's coordinates on 2026-10-08 was 05:35:06 UTC, with civil twilight opening at 05:06:45, according to sunrise-sunset.org. That is 07:35 on a Swiss clock. Those figures assume a flat horizon, which Zermatt emphatically does not have, so the valley floor stays blue for a while after the summits have gone pink. The gap between the two is the whole reason to open a high camera rather than a village one.

Gornergrat is the one to try first. The summit station is at 3,089 m against the base station in Zermatt at 1,604 m, both figures from the railway's own history page, and the camera looks out over the terrace, the rack railway curve and the Matterhorn beyond it. We re-fetch it every 150 seconds, the fastest still in the Zermatt set. This afternoon it showed cloud at eye level, fresh snow on the gravel, and half a dozen people on the terrace under umbrellas, which is its own kind of answer about October.

Higher again, Testa Grigia at 3,883 m is the highest Swiss camera I know of on the site, a wide panorama across a snow ridge with a radome and a steel gantry at the left edge, refreshing every five minutes. Schwarzsee at 2,583 m sits lower and closer under the north-east face. On a clear morning you want Schwarzsee at first light and Gornergrat twenty minutes later, when the line of sun has walked down far enough to put the glacier in it.

Over in the Bernese Alps the equivalent is the Jungfraujoch, 3,454 m, with the Sphinx terrace above it at 3,571 m, both as the railway states them. The Glecksteinhütte camera above Grindelwald is the quieter pick: 2,317 m by its own page, looking west at the hut and the ridge behind it, 0.7 °C when I pulled a frame this afternoon, benches already stacked against the wall for the winter.

Five cameras that only work after dark

The five entries in our index called Jungfraujoch North, Northeast, Southeast, Southwest and Northwest are not scenery cameras at all, and I had them filed wrongly in my head until I fetched a frame and read the banner. Jungfraujoch Southeast stamps AMS272 - Gunter Stober Jungfraujoch, Switzerland 2026-10-08 15:00 (UTC 2.0) - ALLSKY7.NET across the top of every picture. It is a meteor station.

AllSky7 describes each station as a dome of seven cameras: five pointing horizontally at about 25° above the horizon, two more aimed north and south at about 70°, each with a field of view of roughly 45 by 80 degrees, together covering the full sky to the horizon. The network's own estimate is about 5,000 meteors a year from a typical central European site. We index the five horizontal ones, which is why the compass names read the way they do, and they are worth opening on a clear night in the second week of October when the Draconids and then the Orionids are running. In daylight they are a flat grey rectangle, and this afternoon that is exactly what they were.

The passes, on the weather service's clock

MeteoSwiss runs cameras at its own measurement sites, and we hold 36 of them, every one live when I checked the set today. They are Roundshot panoramas, and the useful part is the plumbing: the image URL on the Splügenpass camera redirects to a dated path ending 2026-10-08/13-00-00, so you are told the exact minute of the frame you are looking at rather than guessing. That frame was a 360° sweep with the cloud sitting just above the lift pylons and the grass gone autumn brown. The ten-minute spacing is not a coincidence either, since SwissMetNet's roughly 160 automatic stations deliver their readings every 10 minutes and the cameras ride the same cycle.

For the road passes themselves, Grimsel Hospiz is the one I check in late October, because it is the camera that will show you the morning the pass gives up for the year.

Down at road level

The fastest Swiss refresh is not in the mountains. Our index holds 46 motorway cameras from the federal and cantonal roads feeds at 60 seconds apiece, including both ends of the Gotthard: the north portal at Göschenen and the south portal at Airolo. What you give up is resolution. The Göschenen frame arrives 352 by 288 pixels, which was enough this afternoon to see standing spray, headlights on at two in the afternoon and a tipper truck waiting at the gantry, and nothing like enough to read a plate. The Konkordiahütte serves 1,920 by 1,080 of the same weather forty kilometres away. A mountain hut on solar power out-resolves a national motorway by a factor of thirty on pixel count, which still makes me laugh.

The lakes sit in between on both counts. Lake Lucerne from the town, the Zugersee lido with Pilatus behind it and Lake Lugano from Pügèrna all refresh every ten minutes, and the Ticino one is the only one of the three that is reliably out of the murk when the north side is not.

We are keeping every camera linked here on the daily re-fetch, and I pulled a live frame from each one this morning rather than trusting the index, which is the only way I will quote a refresh rate at anyone.

The thing I cannot do yet is the bit that matters most for a dawn list. A sunrise time for a coordinate assumes the horizon is flat, and the figure I would actually want is when the sun clears the ridge in front of that particular camera, which for Gornergrat and for a lakeside promenade are twenty minutes apart at least. If there is a public terrain-horizon dataset that would let us compute it per camera, I would like to hear about it, because the alternative is raytracing a digital elevation model ourselves and I would rather not.