Well done to all—and
thank you all for turning out to stop the two Titans which had lost their original means to clear them again!
Speaking of which, if you would see the next-closest prospect T. Oya reach a feasibly weak state, then it will need for a while weekly peripheral progress from attacking the Spire site at Lyncis Sector
WU-P b5-0. Obviously less remains of this week in particular to make use of that, and it has a few non-Control systems wanting attention instead, but quite soon it will become mostly just Control in need of Spire support. This week at M. Oya, and behind a few Invasions elsewhere, we have:
HIP 6913 Invasion 46%
*47.2% —
20 Ly, 2 ports, 350 Ls outpost attack, 2255 Ls 0.14g planet damage
HIP 8525 Control 22%
*22.3% —
18 Ly
Aowicha Alert 20%
*20.1% —
24 Ly, 4350 Ls starport, 1760 Ls planet
HIP 7338 Control 10%
*10.1% —
19 Ly
HIP 4041
Control 8% —
19 Ly
Bumbo Invasion 6%
*7.9% —
22 Ly, 0 ports, 378 Ls outpost damage
Gliese 3050
Alert 6% —
26 Ly
4% more peripheral progress at
HIP 3006,
BD+77 84 and Cephei Sectors
FB-X b1-1 and
ZE-A c8.
Separately, INIV has been stemming the Control spread at M. Hadad; we gleaned very little at M. Leigong last week due to the excellent response from everyone around, but now the quieter environment at M. Hadad has given us a better start to visualising the 3310 empty Control strengths:
Those junction-points are working very well within the 20–30 Ly range; at 15, 20, 25, 30 and 35 Ly, those are 7020, 2450, 905, 382 and 355. Recall that inhabited Control system strengths appear unchanged. If anyone is willing to help with strength-testing, quite useful will be measurements at
empty Control system distances 14.9 Ly, 10.1 Ly, 9.9 Ly and 5.1 Ly.
For anyone new to that and likes the idea, this means collecting and delivering to a Rescue megaship a payload of 50–100 Research samples, then revisiting the system after ~2 hours to observe the progress difference listed in your journal entries. Reporting the prior progress, payload size and posterior progress gives us a possible strength range for the system, where a higher payload narrows the range. Assuming that background activity does not interfere too much, these then form junction-points as shown above!