SYMBIONTES™

CORPUS / 04

Sixteen figures, each with a date and a status.

All figures are original to this edition, redrawn from the founder's sketches and the internal plates, without identifiers or operational data. Each caption states the reference date, what the figure claims and what it does not. A drawing does not create containers, access or operation.

Version 0.6.0 · updated 2026-10-04 · Reading and measurement cut: 4 October 2026, Bahia time. · Version history

F·A

Architecture of the relationship

General drawing of the symbiosis (29 Sep 2026)Inside a square, two identical drawings: a triangle with output at the top and repositories at the base, an inverted triangle with input, a hybrid eye, four vaults. In the centre, an equals sign with opposite arrows: the symbiosis.□ square · the infrastructure in which S and H operateSYMBIONT (S)hybrid · human + AIOUTPUTrepository Arepository BINPUT① horizontalization② verticalizationS1 · contextS2 · playbookS3 · agentsS4 · loopingHOST (H)hybrid · human + AIOUTPUTrepository Arepository BINPUT① horizontalization② verticalizationH1 · contextH2 · playbookH3 · agentsH4 · looping=SYMBIOSIS (S↔H)each stroke is an arrow: an exchange
Figure 1. RECORDED FACTMother figure (29 Sep 2026, historical edition). Inside the infrastructure square, the same drawing on both sides: an upper triangle with output at the top and two repositories at the base, an inverted triangle with input at the bottom, a hybrid eye in the centre, four vaults leaving from the sides. The equals sign is the exchange between S and H, operated by the Central. Internal subtitles were omitted. Partly superseded by the direction of 2 Oct.
Two balloons, two bridges and a membrane (2 Oct 2026)A square Q zero contains balloon S on the left and balloon H on the right, each with two eyes, two circular repositories, input and output. Two bridges connect them; the one closest to S has a membrane. SH coordinates from above.Q₀ · the set observed at this scaleSHcoordinates the composition of S and HS · SYMBIONTOUTPUTupper eye · verticalizeslower eye · horizontalizesrepositoryrepositoryINPUTH · HOSTOUTPUTupper eye · verticalizeslower eye · horizontalizesrepositoryrepositoryINPUTbridge Sbridge Hmembraneoutput returns as input when there is a return · two eyes are not two installed agents
Figure 2. RECORDED FACTTwo balloons and a membrane (2 Oct 2026, current direction). S on the left, H on the right; in each balloon, two eyes (the lower one horizontalises the input into the repositories; the upper one verticalises towards the output), two circular repositories, input below and output above. Two bridges between the balloons; in the source drawing the membrane sits on the bridge closest to S, and the later direction of the same day says the bridges are separated by a membrane. SH coordinates the set from above. Two eyes do not mean two installed agents.
Change of scaleAt scale zero, SH coordinates S and H inside Q zero. At scale one, the whole Q zero becomes H one and SH zero becomes S one.SCALE 0SH₀Q₀ = { S₀, H₀, bridges, membrane }change of scaleSCALE 1SH₁ · only with a new compositionS₁ = SH₀H₁ = Q₀the inner drawing is preserved · the rule can repeat but needs a limit (in progress)
Figure 3. RECORDED FACTChange of scale: the observed set Q₀ becomes H₁; the coordination SH₀ becomes S₁. The inner drawing is preserved when the set becomes a host. Recursion limit in progress.
Three bridgesAn S region with an internal bridge, an H region with an internal bridge and, between them, the SH bridge with a membrane.S · symbiont sideinternal bridge Squeue, current state, S-side vaultsH · host sideinternal bridge HH-side team and AIs, entry portal, H-side vaultsSH bridgeshared missions · common portalmembraneaccess: Central → S, H and SH · Operational → H and SH · partial implementation; effective separation not declared without proof of permissions
Figure 4. RECORDED FACTThree bridges (1 Oct 2026): internal S, internal H and SH. The Central reaches S, H and SH; the Operational reaches H and SH. Partial implementation.
The double loopFour host vaults on the left and four symbiont vaults on the right, joined by four numbered arrows; above, reality and a dashed result signal, never specified.REALITY · who answers · the outcome out thereexternal result signal: never specifiedHOSTSYMBIONTH1 · context and casesH2 · playbooksH3 · capabilitiesH4 · agentic companyS1 · hosting casesS2 · hosting playbookS3 · agentsS4 · coordination12341 · S pulls context and method from H · 2 · builds H's capabilities · 3 · feeds S's memory · 4 · improves S's capabilitiessolid: exists to some degree · dashed: does not yet exist
Figure 5. RECORDED FACTDouble loop (24 Sep 2026): four vaults on each side and the four arrows of the loop. Solid exists to some degree; dashed does not yet exist. The external result signal is the missing organ.
Ten vaults and four planesTen boxes in two rows, each split into S side and H side; below, four bands of transversal planes crossing all vaults; outside everything, the kernel.C1Context and casesS1H1C2Method and playbooksS2H2C3Capabilities and agentsS3H3C4CoordinationS4H4C5Voice and dialogueS5H5C6PossibilitiesS6H6C7ToolsS7H7C8Architecture of relationsS8H8C9Moving UPS9H9C10Publications and marketingS10H10Π1 · membrane: S/H boundary, visibility and passageΠ2 · control and evidence: STOP, lease, effect key, badge, receipt, readback, observerΠ3 · square: the infrastructure; not a vaultΠ4 · cost as datasolid: C1–C5, functions with partial materialization · dashed: C6–C10, specification, debate, hypothesis or candidate charter · S/H pair where applicable · the kernel sits outside every vault
Figure 6. CANDIDATETen vaults and four transversal planes (3 Oct 2026, candidate). A vault receives deposits, matures by bucket, has an S/H pair where applicable and an owner mission; a plane holds for all, receives no currency and evolves by amendment. The kernel does not live inside a vault the loop feeds.

F·B

Dynamics and method

Schematic load–strain curveHorizontal axis strain, vertical axis load. Elastic line up to threshold Y, plastic curve afterwards, unloading parallel to the elastic line leaving retained strain, and a hysteresis loop.strain ε (instruction loss, error, drift, rework)load σ (volume, heterogeneity, conflict, duration, handoffs)Ythreshold Y: beyond it, retained change (damage in P10; learning in cycle 010)elastic region · full recoveryplastic region · retained changeretained plastic strainunloading · recovery (return time)reload · hysteresis: path-dependentfive proposed measures (not measured)absorption · degradation during the shockrecovery · time to returnretention · useful change keptreversibility · cost to undotransferred learning · next shock
Figure 7. HYPOTHESISSchematic load–strain curve with elastic region, threshold Y, plastic strain and hysteresis; the thesis's five measures annotated. Hypothesis; no measured values.
Cycle 010: synthetic trajectoryTwelve load steps. Bars show the load; two lines show accumulated plastic component with fixed and adaptive threshold; a dashed line shows the adaptive threshold rising.0102030123456789101112step · illustrative load series: not the RUN1 trial nor host dataaccumulated p · fixed threshold Y = 10 → 26.0accumulated p · adaptive threshold → 18.90adaptive threshold Y (hardens with each increment) → 17.56Δp = 0.5 · max(0, L − Y) ; Y′ = Y + 0.4 · Δp ; historical synthetic coefficientsthe smaller increment with adaptive threshold is imposed by the equation: not a discovery
Figure 8. NEGATIVE RESULTCycle 010: synthetic trajectory of the model x = x₀ + e + p under a series of loads, with fixed and adaptive threshold. A deterministic illustration generated from the recorded equations; not host data. The pre-declared result of the September trial was contradicted in the model.
Cognitive metabolism as a queueSeven stages in sequence, from capture to redundancy reduction, with items entering and leaving; Little's law noted below, with what it does not measure.λcapturerelationsynthesisconsolidationpublicationarchiveredundancy reductionL · mean stock of items in processW · mean time through the systemL = λ · Wcandidate metric · does not measure truth, synthesis, quality or value · document flows are not physico-chemical reactionsmodel cycle: expansion → deepening → synthesis → return → consolidation · biological analogy; candidate informational model
Figure 9. CANDIDATECognitive metabolism as a queue of items and Little's law. Candidate model.
The four organs of the loopA central ring represents the loop between symbiont and host; four organs around it: pacemaker, senses, excretion and memory, each with a state. Senses is dashed: not covered.LOOP S ↔ Hcontext → method → capability → coordinationPACEMAKERscheduled executiondelivered 27 Sep · daily routine; 9 hourly watches fired 4 OctSENSESexternal result signalNOT COVERED · never specifiedEXCRETIONclosure and archivingabsorbed by the closure rulesMEMORYhosting cases and playbookdelivered 26 Sep · two S-side baseswithout the pacemaker there is a sequence of sessions, not a loop; without senses the cycle repeats but does not learn from the real outcome
Figure 10. RECORDED FACTThe four organs of the loop and their state on 27 Sep and 4 Oct 2026.
Verifiable couplingInput with provenance passes an admission gate, drives a rotor of bounded work fed by available resource, and yields verified output; losses listed below; on the right, the list of what the analogy does not carry over.coupled inputevidence with provenance and contractadmission gateprovenance? mandate? no order from contentworkboundedavailable resource (capacity, time; never authority)verified outputreceipt + readback at destinationlossesduplication · return without key · rework (not measured)does not carry over— data is not a proton or energy— token budget is not a gradient— rotor is not a scheduler— three conformations ≠ three queue states— ATP does not measure profit— biochemical reversibility ≠ undoing a human decisiondesign hypothesis; candidate not adopted; synthetic trial 3/3 = internal consistency, not efficacy
Figure 11. CANDIDATEVerifiable coupling inspired by ATP synthase, with the list of what does not carry over. Candidate not adopted.

F·C

Governance and maturity

Gates G0–G5 and the four planesSix gates in sequence, all marked not passed, not started or blocked; below, four stacked planes feeding the gates.G0kernel baselineNOT PASSEDG1internal reliabilityNOT PASSEDG2internal resultNOT PASSEDG3transferabilityNOT PASSED / not startedG4design partnerBLOCKEDG5productizationBLOCKEDgates by evidence, not by calendar · state dated 3 Aug 2026 (v0.3), reproduced without a new test on 6 SepKernel · portable invariantsDomain pack · sector knowledgeHost instance · one organizationEvidence & learning · events, metrics, tests, decisionsthe kernel does not live inside a vault the loop feeds · nothing is portable for having worked once
Figure 12. RECORDED FACTThesis gates G0–G5 and the four planes. No gate passed on the date of the text.
Threshold Doctrine: the barbellA barbell: left weight for free, reversible actions; thin bar in the middle almost empty; right weight for full laboratory; five tests above decide the regime; a not-released gate on the left.T0 authority and scopeT1 reversibilityT2 multiplicationT3 who pays for the errorT4 observabilityunit: action + context + reach + versionFREE BELOWELASTICreversible, observable, error paid by the actordirect execution, with containmentalmost nothing in the middle · SHORT LAB · PENDING (human decision)LABORATORY ABOVELAB-PLENOmultiplies (playbook, loop, integration)or the error is paid by a third partyNOTRELEASEDfails T0unit: situated action (v0.1 spoke of a property of the artefact) · locks: laboratory with expiry, self-adjusting gate, budgeted entropypilot parameters: 7 days as T1 ceiling, 20 cycles as review trigger; no statistical validation
Figure 13. RECORDED FACTThreshold Doctrine: the barbell, the five tests and the regimes.
Maturity axis and use axisGrid of four maturity columns by three use rows. The candidate-and-inert cell is marked: more than thirty days opens a mandatory review. The candidate-and-in-use cell accumulates evidence.RAWCANDIDATEVALIDATEDCANONICALINERTIN TRIALIN USE> 30 daysmandatory reviewaccumulates evidencebecomes decidableregistered ritehuman act“validated” = may be used; “canonical” = is the reference · mass stamping without evidence is forbidden · use axis added 28 Sep 2026
Figure 14. RECORDED FACTMaturity axis × use axis, with the mandatory review rule for inert candidates.
Scientific publication pipelineThree rows of gates: eleven scientific, five economic with veto, five security with veto. The current gate is highlighted in each row.scientific · most advanced object at G2G0CaptureG1TriageG2NoveltyG3ProtocolG4EvidenceG5DraftingG6MethodG7IntegrityG8Ext. reviewG9SubmissionG10Post-pub.economic · veto active (EV); stage not recordedE0Not assessedE1Value mappedE2ProtectionE3MonetizationE4CapitalEVsecurity · S1 with veto active (SV)S0Not assessedS1Risk mappedS2MitigationS3Shield activeS4ApprovedSVremoving one veto does not remove the othersno technical gate replaces human authorization
Figure 15. RECORDED FACTScientific publication pipeline with economic and security vetoes.
Documentary lineageSix horizontal lanes, one per documentary line, with dated nodes from July to October 2026 linked in sequence.16 Jul1 Aug1 Sep1 Octfoundationcycles 1–4 · Const. v0.3→v0.4Technical Const. v0.1two-currencies amendmentauthorizationstwo lineageselastoplastic membranemaster commandbridgecontinuity (canonical)identity (validated)thesismeta-product R1→R2P10 · pre-registrationthesis v1.0 canonicalprospective triallab book and inventorylaboratory bookprovenancefamilies F1–F61,609 items · 34 validatedvaults and atlas4 vaults v1.08 sides · S basesgeneral drawingvault 5 · balloonsvaults 6–10site0.10.20.30.4.20.5.00.6.0 (this edition)lines indicate declared succession, not demonstrated derivation
Figure 16. INFERENCESummary documentary lineage: July foundation, August–September thesis, September–October vaults and atlas, site. Lines indicate declared succession, not demonstrated derivation.