WEAVEworms
Sekiguchi Genetics’ proprietary class of manufactured cybernetic organisms used to thread, print, and repair biocybernetic humanoid Shell bodies — the foundational technology behind the company’s practical monopoly on the Shell market.
What the source establishes — canon
What WEAVEworms are. WEAVEworms are a class of manufactured cybernetic organisms central to the print assembly of biocybernetic humanoid Shell bodies.1 They are a proprietary technology of the Sekiguchi Genetics corporation.1 Their patented deep-root biosynthetics allow for the threading of Shells with inherent natural connections across all onboard systems.1
Internal colony hierarchy. Each WEAVEworm phylum hosts a specifically programmed hierarchy of sub-worm colonies, working in tandem to craft a Shell to exact manufacturing, biological, and technological specifications.1 This cross-colony functionality allows for the seamless interweaving of tissue, nerves, and networking to replicate, improve, and protect the complexities of organic housing.1
What WEAVEworms spin: SYNTHsilk. The material WEAVEworms produce is called SYNTHsilk — the synthetic amalgamation of biological and manufactured materials they spin to thread the various layers of a Shell’s biosynthetic systems.2 SYNTHsilk is comprised of lab-grown undifferentiated cells edited for enhancement and to remove abnormalities before integration into the worm “birthing” process.2
The rethreading process. No raw strands of SYNTHsilk exist in a Shell. Every nano-spec of each thread is revisited by its initiating worm and many others as it is strengthened, molded, and woven into a fully realized synthetic fiber within the Shell’s “living” framework.2 This rethreading is achieved hundreds of times per strand.2
The hunger system and Status Knot. A WEAVEworm’s own bioprogramming “hunger” system helps encourage its progress through rethreading — it chases the never-ending strand it is rethreading as it recycles the most exterior layer to aid in the production of its currently spun thread.2 The source explicitly warns: WEAVEworms allowed to interact free of or with incomplete or damaged programming will attempt to devour one another by default, creating a Status Knot.2 A Status Knot requires full dismantling of all knotted worms to avoid potential proprietary data corruption and/or access by unapproved parties.2
What each worm is assigned. Each WEAVEworm is programmed to spin specifically calibrated SYNTHsilk threads for the job it has been assigned within its focus colony.2 Bone, tendons, muscle, nerves, veins, organs, skin layers, and more are all threaded in delicately synchronized patterns.2
The Shell print order of operations. The printing order proceeds as follows: skeletal structure system → nervous system → circulatory system → viscera (digestive, immune, lymphatic, respiratory, and filtration systems) and viscera support webbing → frontal/parietal cranial enclosure → semi-flexible skeletal structures → muscular system → integumentary system.3 All connections with subsequent systems are printed in tandem with those systems.3 Depending on the model and series, the entire printing process may take as long as eight hours — a timetable critical to ensuring all purely biological systems remain viable.3
Neural scaffolding throughout printing. In addition to WEAVEworm threading, neural housing, biosync, and memoratic layering are onlined in microfractional instances alongside every step of the printing process.3 Sekiguchi asserts no other biomata manufacturer offers the same level of systemic collaboration between bios and cybernetics.3 This dedication to neural scaffolding throughout development also allows Sekiguchi to provide “Best in Class” neural eject safety nets for emergency Shell evacuation, rated 2872–2885 by the Earth Institute for Advancing Living.3
The CRADLE. WEAVEworm colonies are housed, nurtured, bred, and focused in a device called a CRADLE.4 A CRADLE is a key component in Shell development, housing dedicated WEAVEworm colonies programmed and assigned to its dedicated biomatic print processes.4 CRADLEs are engineered as part of Sekiguchi Genetics’ patented Shell “birthing” science and are described as vital to the creation, customization, and upkeep of a healthy, operational Shell.4 Each CRADLE relies on CyberAcme sub-systems and neural support links to bolster connectivity between the CRADLE’s function, each worm cluster and individual worm, and each printed Shell’s central operations.4 This provides a Runner’s ONI with direct access to the CRADLE’s proprietary systems and opportunities for jailbreaking of its functions — though any reprogramming voids all warranties.4
WEAVEworm augmentation freedom. The proprietary blend of biocybernetics WEAVEworms achieve provides a natural “living” experience for the occupying human mind beyond any other body replacement technology.5 This comfort allows Sekiguchi’s Shell technology unique flexibility for systems and living augmentation — implants, cores, system upgrades, and innate abilities programmed to serve as extensions of chosen lifestyle patterns.5 Internal security and protections ensure neural safety; UESC law prohibits attempts to subvert neural, software, or hardware design.5
The technological timeline (Sekiguchi’s own product history). Sekiguchi documents a lineage of worm-type products reaching back to 2198.6 Key stages directly relevant to WEAVEworms:
- 2687 — SILKworm s1: single-path printing of pre-structured prosthetics.6
- 2690 — SILKworm s1v2: dual-path printing of pre-structured prosthetics.6
- 2696 — SILKworm s1v3: multi-function printing of pre-structured prosthetics.6
- 2708 — SILKworm s2: multi-stage printing of full-body prosthetics.6
- 2797 — SILKworm s3: integrated personal biomarker printing of full-body prosthetics.6
- 2801 — SILKworm s3v2: plus-factored owner-paired DNA weave linkage.6
- 2803 — SILKworm s3v3: synthetic bone weave replication.6
- 2805–07 — SILKworm s3v4–v9: rapid SILKworm technology advancement.6
- 2809 — All SILKworm series and subtypes brought under the newly established WEAVEworm product category.6
- 2843 — WEAVEworm p1: reconstructive surgery on cybernetic bodies.6
- 2848 — WEAVEworm p2: multi-stage printing of biomata (Shells).6
- 2872 — WEAVEworm p3: omni-wave printing of biomata (Shells).6
- 2884 — WEAVEworm p4: weave repair integration in biomata (Shells).6
Shell market dominance. Sekiguchi Genetics has a practical monopoly on the Shell market, from neural synchronization to the Shells themselves and the process for quickly manufacturing replacements.7 As Shell technology spreads in usage, Sekiguchi faces new threats to its dominance.7
Illicit shell printing. There are well-known instances of groups or individuals printing or repairing Shells outside of Sekiguchi Genetics’ authorized guidelines.2 This is described as a rare and typically illicit subversion of best practices, strongly condemned by the company, its professional peers, and the UESC.2 The source names it as both a cautionary tale and a hindrance to the broader public’s view of Shell technology.2
WEAVEworms in live operation at the point of Runner recruitment. An archived CyberAcme recording — ONI’s Acceptance Notice to “Applicant 358” — shows a WEAVEworm colony actively at work as part of the real-time Runner deployment pipeline, rather than only in the technical/historical documentation cited above. After confirming the applicant’s neural ejection trial and calculating their purchased debt, ONI states: “Presently, your digitized consciousness will be prepared for transfer, transmitted, and received by secure CyberAcme satellites orbiting Tau Ceti IV. There, a colony of WEAVEworms is already preparing your new, state-of-the-art shell.”8 This places an operating WEAVEworm colony at CyberAcme’s Tau Ceti IV satellite infrastructure, printing a specific incoming Runner’s Shell in parallel with that Runner’s consciousness transfer — tying WEAVEworm-driven Shell printing directly to the moment of neural transfer rather than treating printing as a separable, prior manufacturing step.
Cross-corpus appearances
| Volume | Source URL | What it adds |
|---|---|---|
| An Introduction to WEAVEworms | codex/world/dire-marsh/collectibles | Defines WEAVEworms; phylum/colony hierarchy; deep-root biosynthetics; “post-flesh existence” framing |
| An Introduction to SYNTHsilk | codex/world/dire-marsh/collectibles | Defines SYNTHsilk; rethreading process; hunger system; Status Knot; illicit printing warning |
| Shell Print Process Overview | codex/world/dire-marsh/collectibles | Full print order of operations; eight-hour timetable; neural scaffolding throughout; neural eject safety net (2872–2885 Best in Class) |
| WEAVEworm Technological Timeline | codex/world/dire-marsh/collectibles | Full SILKworm → WEAVEworm product lineage 2198–2884 |
| WEAVEworm Advancements | codex/world/dire-marsh/collectibles | Shell augmentation flexibility; implants/cores/enhancements; UESC legal warning on subversion |
| Matter, Converted (CRADLE Overview) | codex/loot/cradle | CRADLE as WEAVEworm housing unit; CyberAcme co-venture; ONI access + jailbreak opportunity; CyberAcme control over Runner CRADLE access on Tau Ceti |
| SekGen Overview | codex/factions/sekiguchi/comms | SekGen’s practical monopoly on Shell market; WEAVEworms named as key to success; new competitive threats |
| Acceptance Notice | codex/world/dire-marsh-night/collectibles | ONI: a WEAVEworm colony at CyberAcme’s Tau Ceti IV satellites actively prints a specific applicant’s Shell in parallel with their neural transfer |
Source-silent / open questions
- The source does not describe the biological or physical structure of an individual WEAVEworm — size, morphology, substrate composition — beyond the functional description of their bioprogramming and spinning behavior.
- The source does not explain what triggers a Status Knot beyond “incomplete or damaged programming” — the threshold, frequency of occurrence in field conditions, or reversibility short of full dismantling is not described.
- The pre-2687 worm-type entries in the timeline (EARTHworm 2198, WAXworm 2212, SEAworm/SPACEworm 2235, DEEPworm/WARPworm 2433) are listed without explanation of lineage relationship to the SILKworm/WEAVEworm line; the source does not state these are direct predecessors.
- The source does not specify who the “experienced technicians” required for the fine tuning of each Shell’s construction are, or where certified Shell-printing facilities exist in the present-day M2026 setting.
- The Runners’ Guide states CyberAcme has “unique control” over Runner access to CRADLEs due to the circumstances of Runner presence in the Tau Ceti system; the source does not elaborate on what those circumstances are or how that control is exercised.
- The source does not describe what a WEAVEworm “phylum” consists of in numeric or structural terms beyond “a specifically programmed hierarchy of sub-worm colonies.”
- The current product generation (p4 as of 2884) is the last entry in the timeline; the source does not state whether further generations have been developed by the present-day (circa 2890s) setting.
- Whether the WEAVEworm colony described as operating at CyberAcme’s Tau Ceti IV satellites is a CyberAcme-operated facility, a Sekiguchi-operated facility under contract, or some joint arrangement is not stated — the Acceptance Notice attributes the satellites to CyberAcme but does not clarify operational control of the WEAVEworm colony itself.
- The precise relationship between “digitized consciousness” transfer (described in the Acceptance Notice) and the CRADLE/neural-scaffolding process described in the Shell Print Process Overview is not fully reconciled by the source — whether these describe the same technical pipeline from two different vantage points, or distinct stages, is not made explicit.
Cross-references
Sekiguchi Genetics · Runners · Dire Marsh · CyberAcme · ONI
Where it appears in the vault
Mirror pages
The local 1:1 pages this hub’s citations resolve to — the twin’s own ground truth.
Sources
Every factual claim above is cited to primary Marathon source material — see Sources below. Cross-corpus connections and interpretation are the vault’s own; where the games are silent, this page says so.