Unknown=C1/C2/C3
Dangerous Unknown=C4/C5
Deadly Unknown=C6
High Security=Hisec
Low Security=Lowsec
Null Securit=Nullsec
If the wormhole is named (anything other than K162) you can look up the location using this table. You can also identify the size of ships allowed by its color If the wormhole is a K162, you can tell what type of system it leads to by color.
This wormhole has not yet begun its natural cycle of decay and should last at least another day
This wormhole is beginning to decay, and probably won't last another day
This wormhole is reaching the end of its natural lifetime
not yet begun more than=24 hours Fresh
beginning to decay between=4 and 24 hours Fresh
reaching the end less than=4 hours EOL
The third sentence tells you how much mass has passed through the wormhole.
has not yet had its stability significantly disrupted by ships passing through it
has had its stability reduced by ships passing through it, but not to a critical degree yet
has had its stability critically disrupted by the mass of numerous ships passing through and is on the verge of collapse
not yet over 50%=Fresh
not to a critical degree between 50% and 10% Shrink
stability critically disrupted less than 10% Crit
Guristas - Kinetic / Thermal || WEAK to Kinetic
Serpentis - Thermal / Kinetic || WEAK to Kinetic
Blood Raider - Thermal / EM || WEAK to EM
Sansha's Nation - EM / Thermal || WEAK to EM
Angel Cartel - Explosive / Kinetic / Thermal || WEAK to Explosive
Drones - Explosive / Kinetic || WEAK to EM
Minmatar Fleet - Thermal / Explosive
Amarr Navy - EM / Thermal
Mordus - Kinetic / Thermal
CONCORD Response Times:
1.0: 6 seconds
0.9: 6 seconds
0.8: 7 seconds
0.7: 10 seconds
0.6: 14 seconds
0.5: 19 seconds
<0.5: No CONCORD Response
Stacked module effectiveness:
1st module = 100.000%
2nd module = 86.9119842%
3rd module = 57.1037996%
4th module = 28.2469117%
5th module = 10.5988834%
6th module = 2.9989473%
1.00-0.05 White Glaze
0.35-0.15 Glare Crust
0.15-0.45 Dark Glitter
0.05-1.00 Pristine White Glaze
-0.15-0.65 Gelidus
-0.50-1.00 Krystallos
C50 & C60 = Fulleroferrocene
C60 - C70 = Intercalated Graphite
C28 -C32 = Graphene Nanoribbons
C70-C84 = Lanthanum
C72-C28 = Scandium
C70-c72 = Methanofullerene
C50 & C60 = PPD Fullerene