Wormhole Community Scouting Guide

Welcome WHC Scouts!

If you are reading this, you are probably a newer member of the WHC who is an explorer at heart. You might even be interested in being a scout for the campus but are not sure of all the little intricacies of scanning/scouting down our chains in hopes of finding PvP and even PvE activities. If we have your attention so far, please read on :-)

This guide will take you step by step through the preferred process of scanning and scouting down one of our new chains, including what to do should you find potential PvP targets.

Helpful links

WHC Bookmarking Scheme

WHC Mapper

Wormhole Scouting <--- read this when you have some free time but continue reading the page you're currently on for WHC specific guidelines

Helpful terms

• POS: Player Owned Starbase
• Active POS: a POS which has a force field (also "online")
• POCO: Player Owned Customs Office

First Steps

Let us begin with a new cosmic signature appearing in our home system.
Let's assume that it is in fact a new wormhole and you have just probed it down to 100%.
Let's also assume that this is a new Bacon static. Other scenarios will be covered later in this guide.
Note:All bookmarks should be placed in the Wormhole Campus folder of the Corporation Bookmarks unless otherwise stated. Keep in mind that corporate bookmarks can take up to 5 minutes to propagate (show up) for everyone else in the corporation.

1. (Optional but helpful) Announce that you have scanned down the new Bacon and are in warp to it
2. Warp to the wormhole at 10 (warping at zero will de-cloak you and make you visible to someone possibly jumping in from the other side)
3. Bookmark the wormhole once on grid (following the bookmarking scheme linked at the top of this page) - DO NOT bookmark any wormhole from the scanner window as the bookmark may be up to 5km off the actual location
4. Announce in mumble and/or in fleet chat that you are on grid with the new Bacon so that others wanting to help scan down the new chain can join you immediately without having to wait for your bookmark to propagate. You can put something like "www new bacon" in fleet chat
5. Once everyone wanting to join you is in warp, go ahead and jump in - always announce friendly activations :-)

I'm in Bacon!...now what?

image 1 - POS edit and delete buttons

image 2 - System details

Keep your presence to yourself

One thing that cannot be overstated is the importance of not announcing your presence to anyone in the system you just jumped into. In other words:

• Do not drop your probes as soon as you jump in
• Do not de-cloak and sit on the hole

Initial steps and intel

Now that we have that out of the way, let's go step by step (assuming there are no visible hostiles on grid with you)

1. Quickly push off away from the wormhole and immediately cloak back up (as soon as you're cloaked again, you can stop your ship so you're still close enough to jump back quickly if you have to)
2. Bookmark the way back home
3. Add the new system to the mapper (see the link at the top of this page)
4. Announce (preferably in mumble) that you have done the above two steps
5. Check d-scan for the presence of any ships, wrecks, deployable mobile structures (mobile depots, mobile tractor units, etc.), active POSes (force fields)

Confirming current mapper intel

At this point we are still assuming that there are no apparent threats in the system (no ships visible on d-scan - at least not from the hole). The next thing you should do now is gather some additional intel on the system:

1. Open up the mapper and click on the newly added Bacon system
2. You should be on the "Details" tab by default which will show system occupancy - if any (POSes) in the pinkish box - see image 2 on right
3. Take note of any POSes with the "Status: ONLINE" tag - see image 2 on right
4. Warp to each listed active POS' moon at 10 (warping at zero means warping to the most common warp-in point and warping at a greater distance such as 100, might land you close enough to a POS module and de-cloak you...I have warped to 100s of POSes and have only been de-cloaked by a POS module once, at that was when I warped at 70)
5. Confirm whether the POS is still in fact there (and if it's still online or just anchored)
6. If the POS is completely gone, delete it from the mapper by clicking the little circle with a slash icon next to the POS in the "Starbases" tab - see image 1 on right
7. If the POS is still there but only anchored, change that designation by clicking the little pencil icon next to the POS in the "Starbases" tab - see image 1 on right
8. Do a d-scan at the lowest distance notch (1,000,000km) and at 360 degrees before you warp off to see if there are any other active POSes at your current planet - especially if the mapper shows that there should be a POS at your location but you don't see one. Often the corp will move their POS to another moon at the same planet. If this is the case, you'll learn how to add a new POS to the mapper below
9. Once you have done the above for each listed active POS, you are ready to check the rest of the system for any new inhabitants
10. Keep d-scanning as you perform the above steps!

Gathering new intel

Now let us check if there are any new inhabitants (active POSes) in the system:

1. If this is a small system and everything is on d-scan and you are sure that there are no new active POSes present, you can continue on to the "Signature Scanning" section below. Otherwise:
2. Warp at range to a customs office somewhere at the core of the system. POCOs at planets I II are good candidates (the reason you should warp at range to a POCO and not a planet is that warping to a planet at range can sometimes land you close enough to a POCO to de-cloak you. Not all planets have POCOs in which case just warp to the planet itself at distance.)
3. D-scan (max range and 360 degrees) and check for force fields
4. Take note of any force fields and control towers which you already confirmed in the previous section (Confirming mapper intel) and ignore them
5. If you find that there are other active POSes which are not in the mapper, there are a couple of ways of doing this next step but here is one:
   1. Open up your Solar System Map (F10)
   2. Take note of any planets with moons that are outside of d-scan range (14.3 AU)
   3. The camera pivot point should be centered on your current location but just in case, double click something that is right on top of you (planet, bookmark etc.)
   4. Align your current location (like a gun sight) with planets that have moons and hit d-scan at max range and 5 degrees
   5. Take note of any planets that have active POSes
   6. Repeat steps 5.4 & 5.5 for all planets with moons within d-scan range
6. Now warp to each of the out of d-scan range planets (remember, warp to POCO at distance) that you noted in step 5.2 and repeat the d-scanning process until you have covered the entire system
7. At this point you should have the basic location of all new active POSes that need to be added to the mapper in the next section

Adding new mapper intel

image 1 - Tracking camera button

imgage 2 - Center tracking camera button

If you have found one or more new active POSes in the system, you can use the following steps to pinpoint them and add them to our mapper:

1. If the planet in question only has 1 or 2 moons, you can warp to each moon (at 10) and see if the POS is there. If so, skip down to step_____________, otherwise continue on
2. Warp at distance to the POCO of the planet in question
3. Turn on your tracking camera (defaut "c") or - see image 1 on right
4. Make sure the tracking camera is centered - see image 2 on right
5. Turn on the special bracket display via "Shift Alt x" - this will turn on moon brackets regardless of what other brackets you may or may not have turned on
6. If the planet has a ton of moons (let's say 15 or more) and only one active POS, you can eliminate half of them in the following way:
   1. In an overview tab which shows moons as well as force fields, find the moon that is roughly halfway (in distance) between the closest and furthest moons of the planet in question
   2. Let's say the "middle" moon is
   3. Do a short range d-scan (1 AU should be fine) at 360 degrees and