Existing players used to logging in with their character name and moo password must signup for a website account.
- Wulf 1m
- Acupa 12m
- Lena 1m Yippee Ki-Yay
- whatislove 22m something witty here
- Burgerwolf 3m PANCAKES
- Mobius42 1m
- SmokePotion 56s Right or wrong, I'm getting high.
- Rillem 2m Make it personal.
- Vanashis 1m
- Darlene 13m
- Hivemind 5m
- xXShadowSlayerXx 10s
- Pladdicus 32m uh
a Mench 3h Doing a bit of everything.
- TwistedAkai 22s What? No, I'm completely innosint.
a Kard 6h
- Fogchild1 30m
- zxq 14m Tools: https://ansicolortool.neocities.org
- Fay 42m
- Raven 1h I lost myself, in the dark charade.
- Ociex 8m Brownies for the win.
And 25 more hiding and/or disguised
Connect to Sindome @ moo.sindome.org:5555 or just Play Now

Hacking Minigame for Deckers
A thorough design document

With the help of a friend who isn't in any way invested in Sindome, here is a thorough design document of a hacking minigame for deckers.

You have limited time to get in, cause trouble, find paydata, or strengthen defenses. Get out safely, or risk compromising your identity or getting hurt!

https://docs.google.com/document/d/1-8ND9y7dYY1hA-e_EwHVdtr8aAFutFYtYjGUw8Ri51I/edit?usp=drivesdk

The goal is to make an activity for deckers that's easy for staff to build, has real in-game effects that everyone would want, and allows for RP during the activity.

Overview of the hacking minigame

1) Enter the backend through a modded device, leaving your corporeal self behind.

2) Explore the backend.

3) Find item to hack, encrypt, or mark, while avoiding ICE.

4) Hack or encrypt the target, or mark the backend location.

5) Determine success and get your reward, typically disabling electronics or getting paydata.

6) Return to step 2 or exit the minigame.

Check out the design document to learn the specifics!

This looks fun, but it also looks like it'd be sort of difficult to implement.
Baguette is right in the implementing part. Sounds good on paper but I can see some parts that wouldn't matter or make a difference (which I can't really disclose here because it'd be revealing IC info).