|Live event 14 of The Black Watchmen, involving the long lost mysterious figure Whitechapel.|
|Creator||Alice & Smith|
On December 15th, 2017, Alice & Smith released the Whitechapel DLC for The Black Watchmen, a PARG (Permanent Alternate Reality Game). 4 days after the release, a live event began, known as Operation TidalVortex.
The mission began as the situation room previewed a Dagaz rune, and the event was officially classified as live.
On December 19th, 2017, at approximately 1:54AM UTC, a briefing email was sent out to all Black Watchmen agents. This email contained a classified document from site 7361, which proves that Mr. Whitechapel is behind the mysterious occurrences in New England. The email also contained the following instructions:
On December 20th, at approximately 1:50AM UTC this intercepted broadcast was found in the in-game situation room.After agents received the briefing, the Black Watchmen Map along with the in game map began to fill up with symbols indicating an agent in that area had recorded and submitted their chant. Soon after these symbols appeared, audio cues of agents chanting began to play, each audio cue being repeated after ending.
At approximately 1AM UTC on December 21st, the in-game situation room updated to show what looks like a nebula on one of the screens. When clicked on, it opens up this link to Signal Intercept Attempt #2 uploaded by Dispatch. As of now, it hasn't been solved yet. Even though this is a different signal to the first one, both seem to be connected.
Later, at 17:55 UTC, an agent emailed Dispatch explaining how the used cipher operated, and afterwards, a message from Dispatch was received publicly on Discord which read the following.
Dispatch: Someone has cracked the signal: The noise from the signal is ordered like this: 000000 111111 000000 001110 110001 011001 010010 100110 By taking the nth bit from these sequences we can rearrange the bits to this: 01001001 01001110 01010100 01010001 01010011 01001100 Which than can be converted to ascii: writing: INTQSL In other words: By starting at the 000000 111111 000000 part of the sequence, we can transform the message to Q codes used in radiocommunication.
Soon after, a follow up message was received, stating
We should have a clearer version of the first signal for you shortly, as well.
As of now, this is all that is known. This page will continue to be updated as more of the event plays out.