This module consists of a large 14-segment display, eight triangular buttons, an LED, and a three digit counter.

First, determine the three initial values (T₀):

• If there is exactly one indicator on the bomb, interpreting the label of the indicator as three base 36 digits gives the initial R, G and B values, respectively.
• Otherwise, interpreting the first three serial number characters as base 36 numbers gives the respective initial R, G, and B values.

The display will initially show a pattern of the colours:
Black, Red, Green, Blue, Cyan, Magenta, Yellow, and White.
This pattern is the result of additively mixing the Red, Green, and Blue colour channels of the display.

Each of these channels shows a base 36 digit.
These digits can either be shown normally or inverted.
On an inverted display, the segments that are normally on are switched off and vice-versa.

When a non-ignored module is solved, the counter will increase and the display will change, showing a new pattern of base 36 digits.

The colour of the LED corresponds to a function that must be applied to the current total for each colour channel, T_n, and the base 36 digit shown, D_n:

If at any point, the total...

• exceeds 35, subtract 36 from the total until it drops below 36.
• drops below -35, add 36 to the total until it exceeds -36.

Once all of the patterns have been shown, the display will turn blank and triangular buttons will become a colour palette.
Pressing each of the triangular buttons will select its colour.
Pressing each segment will change its colour to the one selected.

To solve the module, enter the base 36 digits of the totals of each component onto the display, inverting each digit if it is negative, and mix the colours additively.

If the submitted pattern is incorrect, a strike is issued and the incorrectly coloured segments are shown.
The submit button can then be used to review the displays in the order they were originally shown.