Deep Diggers, down and dirty.

D5/Huber Q-drop decode instructions

Q2549 “D5 drops 1st – last. Content & dates. Huber drops 1st – last. Content & dates”.

D5 drops = 16 / Huber drops = 70

Arranged side x side – 5x5 = 14 rows of 5x5 with a D5 remainder of 1.

5 x 5

x

5 x 5

x

5 x 5

Note Keystone: Key = 41 (4 + 1 = 5) – Stone = 73 (7 + 3 = 10 = 5x5) = 5 x 5 x 5

D5 Huber

1332 1401 1433 1743 1816 986 988 1122 1286 1318

1978 2096 2275 2290 2332 1351 1398 1452 1453 1470

2333 2494 2498 2537 2549 1492 1515 1516 1517 1518

3361 1332 1401 1433 1743 1552 1553 1644 1660 1659

1816 1978 2096…….. 1682 1686 1711 ……..

Due to the remainder, the D5 drops have a 1x shift in each row. Continue placing drops in order as shown. At end there is a surplus of D5 drops that have not been used in the last round.

Remainder of D5 = 10 / 5x5. Use these 10 in order as a Keystone and place at the top of the sort.

Example:

D5 Huber

2096 2275 2290 2332 2333 2494 2498 2537 2549 3361

1332 1401 1433 1743 1816 986 988 1122 1286 1318

1978 2096 2275 2290 2332 1351 1398 1452 1453 ….

First drops in this set = Q2096 Stay the course and trust the plan 2 + 9 + 6 = 17 = Q

and Q1332 Stay the course and trust the plan

Record time stamps and remove “:”. Example: 11:14:10 = 111410

Result:

Note: There is limited space on this posting format, so the following digits will need to realigned to produce 10 sets of 5x5 in each row.

1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 32113.

Verification: Q2096 Time Stamp: 5 Sept 2018 = 5 + 9 + 2 + 1 + 8 = 25

Q25 We Don't Say His Name “Proof to begin 11.3.”

Last set: ……25016. 43345. 41704. 32113.

This does not match though: “11.3” - “…113”.

Look to the 9th column, 8th and 9th rows:

..62756. 65713. 84019. 90107. 34315. 74320. 111848. 40449. 100326. 102959. 111857. 20511. 75621. 105845. 110015. 93608. 33359. 82937. 103626. 62759. 54705. 30738. 105039. …

Ordering the Time Stamps with 20511 and 30738 in succession we get 20511.30738.

Beginning with 20511, order time stamps in succession moving down – right – up

Example: 20511.30738.62758.102224.22257.75404.13633.41704.32113.50515.95926….

Continue to top of last row and begin at first row-top moving down. Continue until all time stamps have been added finishing at 65713.

Result:

20511.30738.62758.102224.22257.75404.13633.41704.32113.50515.95926.23356.84255.62950.105039.75621.84019.115315.112932.114245.103602.93641.34315.33359.74320.121751.34315.110015.111410.90107.105845.91229.94242.40449.82937.84659.111848.40449.94242.91229.105845.90107.102433.110015.34315.121751.93608.74320.64233.33359.111848.82937.91229.40449.82937.84659.111848.33359.64233.74320.93608.121751.34315.110015.111410.90107.105845.110015.34315.121751.93608.74320.64233.33359.111848.84659.82937.40449.94242.91229.105845.111410.121751.110015.111410.90107.105845.91229.94242.40449.82937.84659.111848.33359.64233.74320.93608.81419.100732.25223.90107.64611.122716.103626.100326.85138.84527.44912.123041.95949.71808.64233.84659.84509.105421.105056.51933.102811.115305.102959.62759.111638.64707.115846.85154.112722.25016.43345.123128.124812.35620.101619.33217.54705.111857.62756.94426.95918.113139.92811.104824.94242.90107.43907.93859.113716.111128.125406.65713.

The theory here is that we are looking for an IP address. Is there a Q-drop that points to further decoding with this in mind?

Look back at the first two: Q2096 and Q1332

“United We Stand (WW)” “WWG1WGA”

As Q has stated many times over “You have more than you know”

WWG1WGA has been in front of us the whole time!

WWG1WGA = WWW G1GA WWW = World Wide Web – WW World Wide - “As the world turns”.

WWW G1GA = 23 23 23 7 1 7 1 – 23 23 23 17 17 Pain - Q

Take WWG1WGA and convert to numeral = 23 – 23 – 7 – 1 – 23 - 7 – 1 = 5 – 5 – 7 – 1 – 5 – 7 – 1

Convert spacing of time stamps to 5 – 5 – 7 – 1 – 5 – 7 – 1

Result:

20511.30738.6275810.2.22422.2577540.4.

13633.41704.3211350.5.15959.2623356.8.

42556.29501.0503975.6.21840.1911531.5.

11293.21142.4510360.2.93641.3431533.3.

59743.20121.7513431.5.11001.5111410.9.

01071.05845.9122994.2.42404.4982937.8.

46591.11848.4044994.2.42912.2910584.5.

90107.10243.3110015.3.43151.2175193.6.

08743.20642.3333359.1.11848.8293791.2.

29404.49829.3784659.1.11848.3335964.2.

33743.20936.0812175.1.34315.1100151.1.

14109.01071.0584511.0.01534.3151217.5.

19360.87432.0642333.3.35911.1848846.5.

98293.74044.9942429.1.22910.5845111.4.

10121.75111.0015111.4.10901.0710584.5.

91229.94242.4044982.9.37846.5911184.8.

33359.64233.7432093.6.08814.1910073.2.

25223.90107.6461112.2.71610.3626100.3.

26851.38845.2744912.1.23041.9594971.8.

08642.33846.5984509.1.05421.1050565.1.

93310.28111.1530510.2.95962.7591116.3.

86470.71158.4685154.1.12722.2501643.3.

45123.12812.4812356.2.01016.1933217.5.

47051.11857.6275694.4.26959.1811313.9.

92811.10482.4942429.0.10743.9079385.9.

11371.61111.2812540.6.65713.

Add each set: 20511. = 9. 30738. = 21. 6275810. = 29.

Result:

9.21.29.2.12.30.4

16.16.15.5.29.27.8

22.16.15.5.29.27.8

16.10.19.2.23.22.3

28.6.24.5.3.13.9

9.22.36.2.14.42.8

25.22.34.2.18.29.5

17.10.11.3.14.28.6

22.14.29.1.22.39.2

19.32.42.1.22.33.2

20.20.24.1.16.9.1

15.9.24.0.13.20.5

19.24.21.3.19.39.5

31.19.39.1.14.25.4

5.15.9.4.11.25.5

23.21.31.9.28.29.8

23.18.28.6.21.21.2

14.17.21.2.15.18.3

22.28.29.1.10.44.8

20.24.40.1.12.22.1

16.13.15.2.31.30.3

25.22.33.1.14.21.3

15.14.29.2.8.26.5

21.22.39.4.31.18.9

21.15.34.0.15.41.9

13.10.22.6.22

This gives 26 rows = 8

Note: the first three numbers in the first row – 9 16 22 = I P V = IPv internet protocol!

Continuing in this manner, as demonstrated in previous decoding methods, order sets of numbers starting at the top of row 1 and moving down then back up at bottom of row 2.

Example: 9.16.22.16. - Divide by sets of four to maintain an IPv series.

Revert each new series by one shift, just like the ordering of the D5 drops.

Example: 9.16.22.16 - 16.22.16.28 - 22.16.28.9 …..

This produces an extremely large bank of IP addresses!

I have included the first few examples as to include all would push this tutorial back by another week or so and would take up valuable space in the forum.

Note: It seems to work no matter which way you run the numbers. Starting first row-top moving down then back up from second row-bottom, or starting back at second-row top moving down, or starting at the last row-bottom and moving up, or moving from left to right or right to left. Just play around and have fun.