nanites

Transmissions From The End #13: Westward Ho! And Sneak Peak: Cooking With Nanites

Greetings real followers and unpersons alike! Just tomorrow, I embark on the “Columbus Trail” with Mikaela, where we’ll set out with our oxen and our wagons to bring a shit-ton of role-playing game greatness to Origins Game Fair, June 14th-18th at the Greater Columbus Convention Center in Columbus, Ohio. I hope to see many of you there where I’ll be hawking my wares! Just now I’m obsessive-compulsively organizing the miniatures I’m bringing for the games I’ll be running–a demo of Psionics, the Glory & Gore living campaign which will hopefully gain some traction this year, and two never before scene playtest scenarios for the all new Systems Malfunction standalone RPG–of the to be as close to WYSIWYG as possible.

In the meantime, as I fervently hope to see you there, please enjoy the final sneak preview from the Systems Malfunction manuscript draft. This one is about nanofacturing which has been DRASTICALLY re-worked from the cludgy mess of the old sourcebook. Enjoy!

Cooking with Nanites

Nanotechnology is really complicated, in theory and in practice, in the Systems Malfunction universe and in real life. It is a technology with the possibility to change anything and everything about our lives, and about which we can for now only speculate, and people have been speculating about nanotechnology for decades now across many media. In the minimum number of words and pages, we’ll sketch out the massive role that nanotechnology plays in the Republic while keeping the rules for crafting with nanotechnology as simple and straightforward as possible.

  • By design, nanites cannot self-replicate. This is an inherent design feature hard-coded into the nanites to prevent a “grey goo” apocalypse scenario. It is effectively impossible to hack or bypass.
  • Nanites that are in organic bodies are sometimes called Medichines, and greatly increase the body’s natural healing rate and battlefield survivability while enhancing the immune system and battling diseases. All Organics have these from birth, while certain individual might have specialized nanite hives installed in their bodies that allow them to do more with their nanites.
  • Nanites can be created at planetary facilities and space stations, and can be destroyed by a high-energy electromagnetic pulse, as long as they have not completed been configured into an object.
  • Nanites can be used to build anything and everything, from guns, to medpatches, to buildings. Any handheld object that is “nanofactured” can also be disassembled into its component nanites.
  • Nanites are used as a form of currency, particularly on frontier worlds where there is less of an established economy. 1 Credit buys 1k Nanites. Because they are individually microscopic and invisible to the naked eye, nanites are collected onto “chips” or “casettes” not unlike credit chips. Common denominations are 50k Chips (50 Credits), 100k Chips (100 Credits), 250k chips (250 Credits), 500k chips (500 Credits), 1000k chips (1,000 Credits), 2500k (2500 Credits), 5000k Chips (5,000 Credits) and 1 Million Chips (10,000 Credits). These nanite containers are color coded (green for low denominations, blue for medium denominations, and purple for high denominations) and vary in size from the size of a bingo chip at the very smallest denominations to the size of a small thermos at the very largest.
  • Players should keep track of both the Credits their characters have in their bank accounts and the nanites they have on them.
  • Replicants, who can’t be healed by normal means and who don’t heal naturally, can ingest or topically apply nanites to repair damaged systems almost instantaneously (see p. XX).

  Nanofacturing

While buildings and structures can be nanofactured, and even demolished with disintegrator nanites, that is beyond the scope of gameplay in Systems Malfunction.

The following rules explain how nanites can be used to craft objects in the Systems Malfunction universe.

  1. Access crafting hardware. For most people, this requires gaining access to a Nanoforge, (a million credit piece of technology generally held by major corporations at most large facilities and capital ships). For PCs serious about cooking with nanites, this is probably the nanotech assembler you have already built into your hand.
  2. Download a schematic for what you intend to build. This requires a commlink, a GalaxyNet connection, and a successful Computer Test. The Difficulty Stage is determined by the GM based on the legal restriction level and rarity of the item. The time interval is one minute and the number of successes needed is equal to the cost of the item on the market divided by one thousand. The GM can decide that certain items just do not have their schematics available on the GalaxyNet, like HEAP grenades, BOROS H-TLAW, Hardsuits and other highly restricted military hardware. Note: PCs should be assumed to automatically access schematics of all items which are legally available to the public and/or cost 1,000 Credits or less. Once you have an item’s nano-schematics, you don’t have to re-download them for future builds of that item, unless you lose your commlink.
  3. Deposit a sufficient quantity of nanites in your work space. The nanite cost of an item is equal to 10% of its purchase cost. To wit: a medpatch or commlink requires 25k Nanites (25 Credits worth). A Laser Rapier or Capsilus Arms Hawkeye rifle each cost 400k Nanites (400 Credits worth). A basic Hardsuit requires 1000k Nanites (1,000 Credits worth), and so on.
  4. Start cooking. The skill used depends on what you are building. Electronics for a commlink or Vauggles, Demolitions for a grenade, a Medic test for medical equipment, Armorer for weapons and armor, and so on. If working from an external Nanoforge, each roll requires one hour. If working with an implanted nanotech assembler, each roll takes one minute, and the crafter receives +1 Die. The total number of successes that must be achieved to create a complete item is equal to the item’s Credit price divided by 500 and rounded up (minimum 1).
  5. When you reach the total successes needed, you now have a complete nanofactured item. Rinse and repeat as desired and as time allows.

Deconstruction

  • If you want to scrap an item that you know or have ascertained to be nanofactured (determining if an item is nanofactured requires a nanotech assembler and a Comms/Sensors (2) Test: the GM should make the test in secret, because if you use a nanotech assemble to deconstruct a traditionally manufactured item, all you’ve done is destroy that item).
  • Only a nanotech assembler can be used to deconstruct nanofactured items. Nanoforges are not designed to disassemble things made from nanotech.
  • Unless the GM decides otherwise (like if the piece of tech you’re trying to disassemble is very advanced, exotic or unfamiliar), no schematics are needed to disassemble something with a nanotech assembler.
  • Start deconstructing. Only handheld items and personal equipment can be deconstructed with a nanotech assembler. The skill used depends on what you are disassembling. Electronics for a commlink or Vauggles, Demolitions for a grenade, a Medic test for medical equipment, Armorer for weapons and armor, and so on. Each roll takes one minute, and the crafter receives +1 Die. The total number of successes that must be achieved to deconstruct a complete item is equal to the item’s Credit price divided by 500 and rounded up (minimum 1).
  • When you reach the total successes needed, you now have a tidy pile of nanites equal to the amount needed to craft the item. If you disassembled a commlink, you have 25k nanites (25 Credits worth), if you disassembled a katana, you have 100k nanites (100 Credits worth), if you disassembled a Shangdi Type 51 assault rifle, you have 200k Nanites (200 Credits worth), and if you disassembled a perfectly good basic Hardsuit (you monster, how could you!) you have 1000k nanites (1,000 Credits worth).

Limitations on Nanofacturing

  1. Clearly, nanofacturing is tremendously powerful. It lets characters with nanotech assemblers get most equipment at 10% of its normal cost in a matter of mere minutes (admittedly, there are times when you don’t have minutes). It does have some limitations, however.
  2. Vehicles, robots, and vehicle weapons/systems can’t be nanofactured, but nanites can be assumed to repair vehicle Hull during downtime. Assume that the vehicle regains Hull equal to the Engineering skill of a character with nanotech assembler (or a Vehicle Tool Kit) for each hour the character works (+1 Hull for each character helping).
  3. Replicants are much too sophisticated to create through nanofacturing.
  4. Nanofacturing cannot be used to create starships, but again nanites can be assumed to repair starship Hull during downtime. Assume that the ship regains Hull equal to the Engineering skill of a character with nanotech assembler (or an Engineering Tool Kit) for each day the character works on the docked ship (+1 Hull for each character helping), or the ship’s Repairs subsystem if it is performing self repairs.
  5. Nanofacturing cannot be used to create drugs or toxins (see p. XX), except for Replicant “drugs”.
  6. Nanofacturing cannot be used to create support machines (see following chapter).
  7. No technology exists that can safely purge the nanites from an organic’s body. An EMP grenade or two can kill all of a Celestial’s nanites, but doing so also murders the Celestial.

Replicants and Nanites

  1. Replicants can be healed by the direct application of nanites, a Major Action done by the Replicant or an adjacent character.
  2. No test is necessary. Every 1000k nanites restores 1 Health. Up to 10,000k nanites can be applied or ingested at one time (restoring 10 Health), but no more.
  3. A Replicant reduced to 0 Health is beyond the help of Nanites. A Hard (3) Engineering Test taking ten minutes can be attempted—once—to reboot a downed Replicant at 1 Health if its body is mostly intact (this requires an Engineering or Electronics tool kit). If that test fails or the Replicant goes down again, the Replicant is scrap metal until its next backup.