Current Unix Time
The live epoch timestamp, updating every second. Click any value to copy it.
Convert a specific timestamp
Need a different moment? Paste any timestamp below.
What the number above actually means
That number is the current Unix timestamp — the count of seconds that have passed since January 1, 1970 at midnight UTC, sometimes called "the epoch." It is just a running counter, the same idea as a car's odometer or a stopwatch that never stops: no months, no days, no time zones, just seconds ticking upward by one, every second, forever.
Computers like this format because it sidesteps every ambiguity human calendars introduce — no daylight saving jumps, no leap-year edge cases, no "which time zone did you mean." A server in Tokyo and a server in New York agree on the same Unix time at the same instant, even though the wall-clock time on their screens looks completely different. That is why almost every database, log file, and API uses it under the hood — and why developers keep a live one open in a tab: a quick sanity check that "now" really is now, in whichever unit (seconds or milliseconds) the code in front of them expects.
Getting the current epoch time
What is the current Unix timestamp?
The live value above is the number of seconds since 1 January 1970 UTC at this moment. It increases by one every second. Click it to copy the current epoch time.
How do I get the current Unix time in code?
In JavaScript use Math.floor(Date.now() / 1000) for seconds or Date.now() for milliseconds. In Python use int(time.time()). In Go use time.Now().Unix(). In Java use Instant.now().getEpochSecond().
Is Unix time the same everywhere in the world?
Yes — that is the entire point of Unix time. It counts seconds since a single fixed moment (UTC midnight, January 1 1970), so the number is identical no matter what time zone the machine reading it is in. Only when you convert it to a calendar date does a time zone need to be chosen.
Why do some systems show milliseconds instead of seconds?
JavaScript's Date.now() and many logging systems use milliseconds for sub-second precision. Multiply Unix seconds by 1,000 to get milliseconds, or check the digit count: 10 digits is seconds, 13 digits is milliseconds.
What is the difference between this page and the Epoch Converter?
This page is a live 'right now' clock — useful for a quick sanity check or copying the current value. The Epoch Converter lets you paste any past or future timestamp and see it broken down into every format.
Will Unix time ever run out?
On older 32-bit systems that store Unix time as a signed 32-bit integer, the timestamp overflows on January 19, 2038 — known as the 'Year 2038 problem.' Modern systems use 64-bit integers, which will not run out for billions of years.