WEAVEworm

WEAVEworm
Marathon Announce Press Kit Compressed 04.jpg
Physical information

Distinctions:

Bio-engineered arthropod

 

WEAVEworms, also known as SILKworms (Latin: Bombyx mori), are a patented Sekiguchi Genetics biosynthetic technology used in the 3D printing of Runner biomata shells from synthsilk. The original silkworms found in nature were the immature larval form of the silk moth.

Behavior[edit]

A stasis knot of abandoned WEAVEworms.
A stasis knot formed by abandoned WEAVEworms.

WEAVEworms have programming in their operational data sets that cause them to experience "hunger", encouraging them to consume previously-woven strands of synthsilk while laying newer, more refined layers as part of the rethreading process. As a result, WEAVEworms with damaged, incomplete, or completely absent programming—such as those abandoned on Tau Ceti IV—will attempt to consume one another, forming a stasis knot.[1]

History[edit]

Sekiguchi Genetics had a long line of precursor technologies that led to the WEAVEworm, which included:

  • 2198 - EARTHworm developed to accelerate processing of refuse.
  • 2212 - WAXworm developed for the inspection and maintenance of hazardous sites
  • 2235 - SEAworm and SPACEworm developed for the inspection and maintenance of deepwater sites and exoatmospheric sites, respectively
  • 2433 - DEEPworm and WARPworm developed for the inspection and maintenance of deepwater sites and exoatmospheric sites, respectively
  • 2687 - SILKworm developed for the printing of pre-structured prosthetics

In 2809, all SILKworm series and subtypes are rebranded under the new WEAVEworm phylum[2]

In 2893, a UESC parasite program called TRIOXYS (named for a parasitic wasp that implants its larvae in other insects) compromised WEAVEworm integrity. NuCaloric Agricultural AI Gaius updated shell firmware to resist.[3]

Gallery[edit]

Iconography[edit]

Merchandise[edit]

Appearance[edit]

References[edit]

  1. ^ Marathon (2026), Codex, WEAVEworm Stasis Knot: AN INTRODUCTION TO SYNTHSILK
  2. ^ Marathon (2026), Codex, WEAVEworm Stasis Knot: WEAVEWORM TECHNOLOGICAL TIMELINE
  3. ^ Marathon (2026), Codex, Selection Pressures [1/4]: CODE FRAGMENTS: CERBERUS