Morning becomes visible
The twilight edge shows where a new day is arriving. Follow it across Asia, Europe, the Atlantic and the Americas instead of translating sunrise times in your head.
LIVE DAY & NIGHT WORLD MAP
Watch the day move.
Across the world.
DAYLIGHTNIGHT
THE DAY, IN MOTIONSee morning arrive, daylight cross continents and night follow—updated live.
YOUR LOCAL TIME
Stockholm
Central European Summer Time
CEST
TODAYMONDAY, AUGUST 31
WEEK 36 · DAY 243 OF 365
SUNRISE05:42
SUNSET20:04
TIME ZONEEUROPE/STOCKHOLM
UTC OFFSETUTC +02:00
WHAT MAKES NOW DIFFERENT
See the day travel across Earth—not just a list of clocks.
Most world clocks tell you the hour in a city. NOW adds the missing context: a living view of daylight moving over the planet. At a glance, you can see where the morning is beginning, which regions are in full daylight, where evening is approaching and where the world has entered night.
The solar layer moves continuously without refreshing the page. It is calculated from current UTC time and geographic longitude, then blended into a smooth daylight, twilight and night transition. City clocks and UTC columns remain visible on top, connecting abstract time-zone offsets to recognizable places.
Daylight gains context
A local time such as 18:00 means more when you can also see whether that city is still in daylight, entering sunset or already surrounded by night.
The whole planet stays connected
Thirteen geographically positioned city clocks make it easy to relate your own day to colleagues, friends, markets and destinations elsewhere.
AMBIENT FULLSCREEN MODE
Turn any spare screen into a window on the world.
Fullscreen mode gives the moving day/night map most of the display while preserving a compact band of essential information. It is designed to remain useful from a distance: the world stays large, the current local time remains readable and the international city strip stays visible.
There is no timed page refresh. The clocks and sunlight update in place, making the display calm enough to leave running throughout the day.
Where a live world view belongs
Home office
Keep a quiet global reference on a second monitor while working with clients or teammates across time zones. Check whether it is a reasonable time to call without interrupting your workflow.
Distributed teams
Place it on a shared office display so everyone can understand which regions are starting, active or winding down. The visual light boundary communicates more quickly than a wall of clocks.
Newsrooms and operations
Use the map as ambient situational context when monitoring events, support coverage, logistics or markets that move between regions during a 24-hour cycle.
Classrooms
Demonstrate Earth’s rotation, longitude, UTC offsets and the relationship between local clock time and daylight with a visual that changes during the lesson.
Travel planning
Compare your current time with a destination and see the destination’s position in the daily light cycle before arranging flights, calls or arrival plans.
Events and installations
Run fullscreen mode on lobby displays, conference screens or studio backgrounds when you want useful information that also creates an atmospheric global visual.
EDITORIAL & TECHNICAL METHOD
How the live world view is produced
City time. Each city uses a named IANA time zone, not a permanently fixed offset. This allows the browser’s current time-zone database to apply regional daylight-saving rules when they change.
City location. Markers are generated from real latitude and longitude through the same geographic projection used to draw the countries. The dots therefore stay connected to their real map positions as the screen changes size.
Day and night. The lighting layer estimates local solar time at longitudes across the map. Warm color represents daylight, deep blue represents night, and the blended boundary represents civil twilight around sunrise and sunset. It is an explanatory visualization rather than a meteorological satellite image.
Map scope. Antarctica and Greenland are intentionally omitted so inhabited continents can use more of the display. Country outlines provide geographic recognition; UTC columns are a comparison aid and do not claim to reproduce every political time-zone border.
Maintenance. The site is manually designed and reviewed. Time calculations update in the browser every second, while explanatory material is revised when the product or its data handling changes.
UNDERSTANDING WORLD TIME
One planet, many local times
NOW is a live visual reference for comparing local time around the world. The map combines geographic city positions, UTC-offset columns and a continuously moving solar layer. The result is both a practical clock and a way to understand the rhythm of a global day.
How time zones work
Earth rotates once in roughly 24 hours, so the globe is organized into local time zones measured relative to Coordinated Universal Time. Political borders and daylight-saving rules mean real offsets do not always follow perfectly straight lines.
Reading the light map
The warm side of the map faces the Sun, while the dark side is experiencing night. The blended pink and violet boundary represents twilight around sunrise and sunset. It advances automatically as time passes.
Accurate city clocks
Each city is positioned from its real latitude and longitude. Its clock uses the named regional time zone, including applicable daylight-saving changes, rather than relying on a fixed UTC offset.
WORLD CLOCK FAQ
Questions about world time
What time is it around the world right now?
The map and city clocks show current local time around the world and update every second. Each clock uses its regional time-zone rules, including daylight-saving changes where applicable.
How do I compare international time zones?
Use the 24 vertical UTC-offset columns to compare one-hour differences, then read the clocks attached to major cities. Select Change Time to make any supported region your local reference.
What do UTC and GMT offsets mean?
UTC is the global time standard. An offset such as UTC+2 means local time is two hours ahead of UTC, while UTC−5 is five hours behind. Some regions use half-hour or quarter-hour offsets.
Does this world clock adjust for daylight saving time?
Yes. City times use named geographic time zones rather than permanent numeric offsets, allowing supported browser data to apply seasonal clock changes automatically.