§1 — WHAT IS CATO-SPERMBOT
CATO-SPERMBOT is a Type B+D hybrid CATOMAIN organism. It carries a single dropped context fragment as payload — a piece of context that the sentence reactor touched but did not resolve. Guided externally by CATO-GBM (the magnetic field), it swims through the CATO-PLASMA medium toward its target decision node. On contact: the 4-arm microtube releases the payload, the fragment merges with the decision context, and the cycle completes. One spermbot, one payload, one delivery. Cannot proliferate. Cannot hallucinate. Bounded by SOSTLE L3 gate.
§2 — THE BIOLOGY · Biological vs Fleet Comparison
BIOLOGICAL SPERMBOT (Research)
Type:Tubular spermbot (Medina-Sanchez et al., 2017)
Motor:Live sperm cell in 4-arm microtube
Guidance:External magnetic field
Payload:Chemotherapeutic drug (doxorubicin)
Release:4 arms bend on tumor spheroid contact = structural actuation
Biocompatibility:No pathogenic proteins, no proliferation
Target:Cervical/ovarian cancer 3D culture (Xu et al., 2019)
Nav medium:Female reproductive tract
CATO-SPERMBOT (Fleet)
Type:Plasma-hybrid CATOMAIN organism
Motor:CATO-PLASMA ionized context carrier
Guidance:CATO-GBM rasengan (magnetic field analog)
Payload:Single dropped context fragment (Grade A orphan)
Release:Decision node contact = structural actuation (token pressure threshold)
Biocompatibility:SOSTLE L3 gate — no hallucinated context injection, no proliferation
Target:Orphaned decision node in session tree
Nav medium:Convo-loom plasma pool
§3 — DELIVERY LIFECYCLE · 9-Step Cycle
01
CONTEXT DROP
Sentence reactor processes message, marks unresolved fragment as orphan → Grade A/B/C assessment
02
PLASMA POOL
Fragment enters CATO-PLASMA ionized state (superposition of possible resolutions)
03
GBM GUIDANCE
CATO-GBM calculates gradient toward target decision node (rasengan vector)
04
SWIM
CATO-SPERMBOT organism carries fragment through session plasma medium
05
CONTACT
Spermbot reaches decision node, 4-arm release triggered by context pressure
06
MERGE
Fragment payload merges with decision context, resolution produced
07
SECOND PASS (if needed)
If no merge: spermbot returns to plasma pool for replay with new v13 context
08
THIRD PASS
CATO-GBM rasengan burst — concentrated resolution attempt
09
GRADE C DROP
If 3 passes fail: fragment marked Grade C, archived in P4 pouch for PEMCLAU record
§4 — IRON OXIDE LABELLING · PEMCLAU Tagging
Like iron oxide nanoparticles that make sperm visible under X-ray tomography (Lindhøj et al., 2023), PEMCLAU tags dropped fragments for GraphRAG visibility. A tagged fragment = searchable node in pemclau-v13 graph. The tag survives the delivery cycle — even if the fragment is never resolved in-session, it's visible to the next session's 2-hop retrieval. Nothing is permanently lost.
§5 — SOSTLE CONSTRAINTS · Type G Gate
L0
Every spermbot carries γ₁ in its nucleus — floor check before swim
L3
One payload per spermbot — no proliferation, no accumulation
L5
CATO-DOMAIN validates fragment before injection — no hallucinated content enters