(3,4,5) Pattern:

1-Off,
2-ON, 3-Off, 4-ON, 5-Off, 6-ON [THREE]
7-Off, 8-Off,
9-ON, 10-Off, 11-ON, 12-Off, 13-ON, 14-Off, 15-ON [FOUR]
16-Off, 17-Off,
18-ON, 19-Off, 20-ON, 21-Off, 22-ON, 23-Off, 24-ON, 25-Off, 26-ON [FIVE]
27-Off

Cycle: 27 seconds. Total: 3200 cycles (Every 24h. Starting at midnight, UTC Time Zone).


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Let's put the planet (and the stars) blinking the THREE-FOUR-FIVE pattern!

P.S. - 1 - Please use SyncThing instead of using the web, central server apps like messengers, zoom and skype.. Please encrypt all communications zipped with .7z files with password. If you need to do sychronization of something, always use: SyncThing (https://syncthing.net). Your email messages or replies are and will ever be automatically deleted by my automated email management software. Please send your email message or reply as an attachment in a text file zipped with 7z file format and password 123456. The subject line and body of your email will be discarded. Only files – zipped with password '123456' and '7z' file extension – sent in attachment will be decrypted and read. If you need to send me a secret message or file please use another password, letting me know of it by any other means or channel of communication. Apple Watch, all computer giants and secret services will certainly be watching you. Be safe. You may well need to. Please use SyncThing instead of using the web, central server apps like messengers, zoom and skype.. Please encrypt all communications zipped with .7z files with password. https://www.7-zip.org/

P.S. - 2 - Important message for the 'Tor Browser' improvement:
It should have an integrated virtual keyboard (as a splash screen feature) when you opened it. You could always go to an address like:
https://www.torproject.org/12345678901234567889012...
using any long random number key that was entered after the forward slash to lock a shuffled keyboard at a specific date and time. You could use the virtual keyboard with any key that was locked before, and only those that locked it would know the shuffling of that virtual keyboard. You could also call a phone number (with any international prefix you wanted to use) and use an automated system to lock such a key and be told over the phone the shuffled keyboard that was locked on that key, at that date and time. Even knowing the algorithm of decryption of that shuffling would not be enough since it would also need the knowledge of date and time of the locking of that key for that virtual keyboard shuffling. The same thing could be used in other browsers like Google Chrome (and its Google Docs products) or in Password Managers, in general, or their browser extensions. That would make those products actually much safer, since you could type the master password (without worrying about the possibility of your physical keyboard being under a keylogging or of your screen being under any kind of recording or surveillance) in a shuffled virtual keyboard that was locked beforehand in a safer environment (possibly by someone else at an unknown location) at a specific date and time that nobody could guess, and with a specific (very long random number of any wanted size) key.

P.S. - 3 - On the other hand, online login systems could allow for dynamic passwords, where things like the latest tweet of your favorite people, or your geolocation, or local date and time, would have to be known to type the correct password. A simple script in your favorite dynamic programming language could be used to tell how your dynamic password was. The idea is actually not new. It is as old as Gmail, at least. But was never implemented, as it happens. More info and further details at: https://cubicpostcode.github.io/password.html

P.S. - 4 - Power extension for an electrical outlet to have multiple outlets:
1) Switch with three positions: ON / FLASHES / OFF.
2) An optical sensor synchronizes with the 3-4-5 pattern (also to be called the "Blink Blank Blonk").
Circuits with memory function (latches and flip-flops) are used to mimic a high-precision internal clock; after this optical synchronization is done with an external light that flashes the pattern of our right Blink-Blank-Blonk with the proper time. That is used to set our clock time using a small switch that makes the optical sensor visible and active when we want to set and memorize (according to the time) again. A battery is not needed because once mounted on the electrical outlet it can draw some current in order to maintain the memory and consequent synchronization mechanism.
3) Such an outlet interface is to be used with lights, obviously.
Let's put the planet (and the stars) blinking the THREE-FOUR-FIVE pattern!