No. There is no app or website that streams a live satellite view of your house, and the satellite picture in mapping apps is archival imagery that is usually months to years old. What you can do live: see exactly which imaging satellites pass over your home today, watch every tracked satellite move in real time, and view the whole Earth live at kilometre scale. This page explains why the close-up live view does not exist, and where each real live view is.
- No public service offers live imagery or live video of a private address from space.
- Whole-Earth live views do exist: weather satellites deliver a fresh full-disc image roughly every 10 minutes, at kilometre-scale resolution.
- The sharpest commercial imaging satellites resolve about 30 cm per pixel: cars are visible, faces never are.
- A typical location is overflown by 10 to 50+ imaging satellite passes every day.
- Orbital Radar tracks 31,000+ objects in orbit in real time, including 15,000+ active satellites.
Why There Is No Live View of Your House
The idea sounds reasonable: thousands of satellites carry cameras, so surely one of them can show your street right now. The reason none of them can comes down to orbital mechanics, and it is the same physics that shapes everything else in Earth orbit.
Imaging satellites fly in low Earth orbit, a few hundred kilometres up, because that is the only place a camera can resolve fine detail. At that altitude a satellite moves at roughly 7.6 km per second and circles the planet in about 90 minutes. From the ground, it crosses your entire sky in a few minutes. It physically cannot hover over your house: nothing in low orbit can stay above one point on Earth, and a camera that sweeps past at orbital speed can only take snapshots of a narrow strip of ground as it goes.
The one place a satellite can stare at the same spot is geostationary orbit, 35,786 km above the equator, where the orbital period matches Earth's rotation. Weather satellites sit there and image the same hemisphere continuously. That is the live satellite view of Earth that genuinely exists, and it is spectacular, but at that distance one pixel covers hundreds of metres to kilometres of ground. Your house, your street, and most of your town fit inside a single pixel.
There is also a practical layer on top of the physics. Commercial imaging satellites do not photograph continuously: they are tasked, pointing their cameras at ordered targets along their track, and the images they capture are downlinked when the satellite next passes a ground station, then processed. Even a freshly tasked image of your neighbourhood typically takes hours to reach a customer. A continuous live feed of one fixed address would require capabilities that no commercial or civil system provides, and the sky-high data volumes would serve almost no one: which is why nobody has built it.
How Old Is the Satellite View in Mapping Apps?
The satellite layer in mapping apps is a patchwork of archival imagery: high-resolution aerial survey photos over cities, satellite imagery elsewhere, stitched together from captures made at different times. In densely populated areas it is typically refreshed every one to three years. Rural and remote areas wait longer. So the picture of your house is not from this morning: it is usually somewhere between several months and several years old.
You can normally verify this yourself: the capture date, or at least the year, is printed in the imagery credit line at the edge of the map view. If the sharpest view of your street looks better than 30 cm per pixel, you are almost certainly looking at aerial photography taken from an aircraft, not from orbit.
The freshest view of your area that you can actually access is not the map app: it is the recent imagery from civil Earth-observation programmes, which revisit most of the planet every few days at 10-metre scale. Our Satellite Eye tool shows recent imagery of any location alongside the list of imaging satellites that passed over it.
What Can a Satellite Actually See?
Satellite imaging is described by ground resolution: the size of the smallest patch of ground that fills one pixel. The sharpest commercial systems reach about 30 cm per pixel. Legal limits and physics keep consumer-accessible imagery at roughly that level, and looking through hundreds of kilometres of atmosphere sets hard limits of its own. Here is what each resolution class actually shows:
| Resolution | Typical source | What you can make out | Your house? |
|---|---|---|---|
| 1 km+ | Geostationary weather satellites | Weather systems, coastlines, city glow at night | Invisible |
| 10–30 m | Civil Earth-observation missions | Fields, forests, city blocks, large buildings | One dot in a block |
| 3–5 m | Small commercial imaging fleets | Individual large buildings, ships, motorways | A few blurry pixels |
| ~1 m | High-end commercial imaging | Houses distinguishable, trucks, aircraft | Yes, as a shape |
| 30–50 cm | The sharpest commercial satellites | Cars distinct, road markings, rooftop detail | Yes, clearly |
| 10–20 cm | Aerial survey aircraft (not satellites) | Car models, garden furniture, path edges | The "satellite view" you know |
Note what is missing from that table: people. At 30 cm per pixel a person is two or three pixels seen from directly above, a dot with a shadow. Faces are physically impossible from orbit, and a licence plate is both far below the resolution limit and mounted vertically, edge-on to any satellite camera. Movie scenes that zoom from orbit to a readable newspaper are fiction, and remain fiction even for classified systems: the atmosphere itself blurs any optical view from space beyond roughly the 10 cm class, no matter how large the telescope.
The Live Views That Do Exist
The live layer of Earth orbit is real, it is just not a video feed of your roof. It is the satellites themselves: where they are, when they pass you, and what they photograph. That layer you can watch right now, and it starts with the one question better than "can I see my house": who is looking at it?
Enter any location and Satellite Eye lists the imaging satellites overflying it today with pass times, shows recent real satellite imagery of the area, and scores how photographed your patch of Earth is. Free, in the browser, no app or account.
How Often Is Your House Photographed From Space?
Here is the twist in the story: while you cannot watch your house live, it is photographed from orbit far more often than most people imagine. Hundreds of imaging satellites are active among the 15,000+ operational satellites now in orbit, and a typical mid-latitude location sits under 10 to 50+ imaging passes every single day. Most fly sun-synchronous orbits, crossing your sky at the same local time each day, usually mid-morning, when shadows are consistent for mapping.
The overwhelming majority of those frames are never looked at by a human. They feed crop monitoring, insurance assessments, mapping updates, disaster response and climate science, and they sit in archives measured in petabytes. Your roof is in thousands of them. If that number feels abstract, run your own location through Satellite Eye and watch today's list build itself.
Should You Be Worried About Being Watched?
For the cameras this page covers: no. Commercial imaging bottoms out around 30 cm per pixel, which makes you an anonymous dot, and imaging satellites photograph a given street for seconds per day, not continuously. Government reconnaissance systems are sharper than the commercial floor, but they obey the same physics, and pointing a national asset at an ordinary house is not how those systems are used. If the subject interests you, our military satellites page covers what is publicly known about reconnaissance fleets, and Satellite Eye shows the observable side: exactly which imaging satellites, from which countries, overfly your location.