BASCODIGMARKET: A Dual-Judge Multi-Agent Architecture for Automated Crypto Trading with LLM Jury, Quantitative Natural Judge, Oracle Re ection and Survival Selection

This work introduces BASCODIGMARKET with the ALDAOS dual-judge architecture asan answer to decision paralysis in language-model trading systems. We show that a single ve-expert semantic jury, however sophisticated, converges to a sterile xed point whenthe market regime is classi ed as unknown: uncertainty produces waiting, waiting zeroesexecution, zero execution zeroes new data, and missing data perpetuates uncertainty. Weank the jury with a purely quantitative Natural Judge, with no language and no narrativememory, which evaluates ve objective tradability invariants by deterministic counting. Weformalise the KAOSEARTH theorem giving the conditions under which the second judgebreaks the xed point without destroying the prudence of the rst, via an adaptive-size decision matrix including exploratory micro-openings. We present integration with an externalOracle, survival selection and an auto-pilot layer, and discuss generalisations to autonomousdriving, medical triage and air-tra c control. The contribution is not a better predictorbut a di erent guarantor of action under uncertainty. Conceptual and engineering resultsindicate a practicable way to turn doubt from absolute veto into measured, calibrated andreversible risk. Questo lavoro introduce BASCODIGMARKET con architettura ALDAOS a doppio giudice come risposta alla paralisi decisionale dei sistemi di trading basatisu modelli linguistici. Dimostriamo che un’unica giuria semantica a cinque esperti convergeverso un punto sso sterile quando il regime Ł unknown: l’incertezza produce attesa, l’attesaazzera le esecuzioni, l’assenza di esecuzioni azzera i dati e l’assenza di dati conferma l’incertezza. A anchiamo alla giuria un Giudice Naturale puramente quantitativo che valuta cinqueinvarianti oggettive di tradabilit per conteggio deterministico. Formalizziamo il teoremaKAOSEARTH, presentiamo l’integrazione con Oracolo esterno, selezione per sopravvivenzae strato auto-pilot, e discutiamo generalizzazioni. Il contributo non Ł un migliore predittorema un diverso garante dell’azione sotto incertezza. I risultati indicano una via praticabileper trasformare il dubbio da veto assoluto in rischio misurato e reversibile.Il primo giudice teme i fantasmi. Il secondo conta solo i corpi. Quando i corpi sonotroppi, i fantasmi non contano piø.ALDAOS

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-11
DOI
https://doi.org/10.5281/zenodo.22709997
Primary Topic
Stock Market Forecasting Methods
Type
preprint
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preprint

BASCODIGMARKET: A Dual-Judge Multi-Agent Architecture for Automated Crypto Trading with LLM Jury, Quantitative Natural Judge, Oracle Re ection and Survival Selection

Francesco BULLA
Zenodo (CERN European Organization for Nuclear Research)
Stock Market Forecasting Methods
preprint

BASCODIGMARKET: A Dual-Judge Multi-Agent Architecture for Automated Crypto Trading with LLM Jury, Quantitative Natural Judge, Oracle Re ection and Survival Selection

Francesco BULLA
preprint en

Abstract

This work introduces BASCODIGMARKET with the ALDAOS dual-judge architecture asan answer to decision paralysis in language-model trading systems. We show that a single ve-expert semantic jury, however sophisticated, converges to a sterile xed point whenthe market regime is classi ed as unknown: uncertainty produces waiting, waiting zeroesexecution, zero execution zeroes new data, and missing data perpetuates uncertainty. Weank the jury with a purely quantitative Natural Judge, with no language and no narrativememory, which evaluates ve objective tradability invariants by deterministic counting. Weformalise the KAOSEARTH theorem giving the conditions under which the second judgebreaks the xed point without destroying the prudence of the rst, via an adaptive-size decision matrix including exploratory micro-openings. We present integration with an externalOracle, survival selection and an auto-pilot layer, and discuss generalisations to autonomousdriving, medical triage and air-tra c control. The contribution is not a better predictorbut a di erent guarantor of action under uncertainty. Conceptual and engineering resultsindicate a practicable way to turn doubt from absolute veto into measured, calibrated andreversible risk. Questo lavoro introduce BASCODIGMARKET con architettura ALDAOS a doppio giudice come risposta alla paralisi decisionale dei sistemi di trading basatisu modelli linguistici. Dimostriamo che un’unica giuria semantica a cinque esperti convergeverso un punto sso sterile quando il regime Ł unknown: l’incertezza produce attesa, l’attesaazzera le esecuzioni, l’assenza di esecuzioni azzera i dati e l’assenza di dati conferma l’incertezza. A anchiamo alla giuria un Giudice Naturale puramente quantitativo che valuta cinqueinvarianti oggettive di tradabilit per conteggio deterministico. Formalizziamo il teoremaKAOSEARTH, presentiamo l’integrazione con Oracolo esterno, selezione per sopravvivenzae strato auto-pilot, e discutiamo generalizzazioni. Il contributo non Ł un migliore predittorema un diverso garante dell’azione sotto incertezza. I risultati indicano una via praticabileper trasformare il dubbio da veto assoluto in rischio misurato e reversibile.Il primo giudice teme i fantasmi. Il secondo conta solo i corpi. Quando i corpi sonotroppi, i fantasmi non contano piø.ALDAOS

Zenodo (CERN European Organization for Nuclear Research)
Peace, Justice and strong institutions
Stock Market Forecasting Methods
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