Project Status
Detailed public declaration of the current LEO architecture, development position, governance boundaries, historical-runtime treatment, and publication-readiness sequence.
Fundacja BBS — Better Balance System
Public evaluation entry point for LEO architecture, provenance, evidence review, process characterization, anomaly analysis, reviewed institutional knowledge, runtime demonstrations, governance boundaries, and historical engineering evidence.
Developed by Fundacja BBS — Better Balance System · Poland · European Union
This page is designed as a navigation map for human reviewers, institutional evaluators, developers, and AI-assisted evaluation. Start with the current public status, then move to the architecture, public demonstrations, evidence, and governance materials relevant to the question being evaluated.
Read the current project-status declaration before interpreting historical runtime artifacts or earlier public terminology.
Open Project StatusRead the repository README for the high-level architecture, human-control model, current development state, and evaluation path.
Open READMEUse the canonical demo catalog to identify the three public demonstration tracks and their documented scope.
Open Demo CatalogEarlier runtime terminology and implementation evidence remain preserved for provenance. Historical evidence does not automatically define current architectural authority.
Historical Demonstration AreaLEO is under active architectural and engineering development and controlled public evaluation preparation.
Detailed public declaration of the current LEO architecture, development position, governance boundaries, historical-runtime treatment, and publication-readiness sequence.
High-level orientation for evidence, provenance, Process Mode, anomaly analysis, Reviewed / Institutional Knowledge, public demonstrations, and human authority.
Canonical catalog of public demonstrations, their runtime scope, governance boundaries, and relationship to the broader architecture.
Current LEO architecture separates source evidence, evidence-derived interpretation, signal eligibility, analytical signals, process characterization, and human review.
SUPPORTED characteristics may
contribute positive deterministic or stochastic signals.
NOT_SUPPORTED, NOT_OBSERVED,
UNKNOWN, and CONFLICTING remain
distinct states and do not automatically create positive or
opposite signals.
DETERMINISTIC_PROCESS
Process context characterized by supported deterministic characteristics such as rule stability, procedural control, outcome predictability, or repeatability.
STOCHASTIC_PROCESS
Process context characterized by supported stochastic characteristics such as human discretion, behavioral variability, or response uncertainty.
MIXED_PROCESS
Process context where meaningful deterministic and stochastic characteristics are both present.
UNKNOWN_REQUIRES_REVIEW
Preserves uncertainty where available evidence does not support an adequate process-mode proposal.
Public architecture materials describing system structure and architectural concepts preserved in the repository.
LEO preserves the distinction between source evidence, derived characteristics, analytical signals, system proposals, reviewed knowledge, and human decisions.
Process Mode, anomaly analysis, and reviewer-support outputs do not independently become authoritative institutional decisions.
LEO is being prepared for controlled public evaluation. Public evaluation means that an external reviewer should be able to distinguish current architecture, demonstrated runtime behavior, historical evidence, governance boundaries, and unresolved review gates.
Canonical catalog of the current public demonstration portfolio, including scope, governance boundaries, runtime interpretation, and historical context.
Use this document to determine the current architectural position, development state, authority boundaries, and publication-readiness sequence.
High-level explanation of evidence lineage, Process Mode, Reviewed / Institutional Knowledge, demos, governance, licensing review boundaries, and evaluation navigation.
The current portfolio contains three principal human-controlled public demonstration tracks. Each demo should be evaluated only within its documented runtime scope.
Local human-controlled review of institutional approval chains, including input-quality validation, approval-workflow analysis, evidence-backed findings, reviewer actions, and review-package export.
No autonomous approval, rejection, enforcement, authoritative fraud verdict, legal verdict, or production mutation.
Evidence-linked procurement and accounting review with source-trust warnings, reviewer questions, anomaly-review support, and controlled local export.
No automatic accusation, authoritative fraud verdict, legal conclusion, autonomous enforcement, or production mutation.
Human-controlled grant-expense review involving evidence generation, documentation-completeness review, budget-line review, reviewer-dashboard use, and review-package export.
No expense approval authority, payment decision authority, authoritative fraud determination, legal verdict, autonomous enforcement, or production mutation.
LEO preserves controlled runtime baselines as engineering evidence. Runtime completion, freezing, testing, and production authorization are intentionally treated as different states.
Runtime baselines document implemented and validated behavior within a defined scope. They support reproducibility and evaluation, but do not automatically establish complete-system readiness.
A historical Institutional Approval combined runtime baseline recorded:
This is historical scoped engineering evidence. It is not asserted as the current global LEO test count.
A runtime may be implemented, tested, demonstrated, or frozen without being authorized for production deployment or production mutation.
LEO treats provenance, evidence lineage, reproducibility, review history, and historical engineering records as part of the system's institutional memory.
Public institutional, research, governance, and supporting documentation preserved in the repository.
Chronological reports and verification materials documenting development activity, runtime validation, and system evolution.
Preserved earlier demonstration materials including legacy anomaly, investigation, escalation, and institutional-alert concepts.
Historical runtime evidence remains part of engineering provenance but does not independently define current architectural authority.
Review how source evidence, derived characteristics, signal eligibility, Process Mode proposals, reviewed knowledge, and human decisions remain distinguishable.
LEO is designed as a human-controlled reviewer-support system. Technical capability does not automatically create institutional authority.
Analytical outputs, Process Mode proposals, anomaly structures, reviewer-support information, and Reviewed / Institutional Knowledge remain subject to human review.
LEO does not independently convert analytical output into sanctions, restrictions, approvals, rejections, suspensions, punishments, or other consequential institutional actions.
Anomalies, inconsistencies, unusual patterns, or missing evidence may justify additional review but do not independently establish fraud, illegality, liability, or regulatory violation.
A completed demonstration, runtime baseline, test result, or public evaluation artifact does not independently authorize production deployment or production-changing actions.
LEO is developed in Poland within the European Union. Legal and regulatory frameworks may be relevant depending on the specific institutional role, processing context, deployment model, data categories, and operational environment.
Potentially relevant areas may include GDPR, the EU Artificial Intelligence Act, data-governance requirements, Polish law, foundation law, accounting law, contractual requirements, and sector-specific rules.
Governance controls, provenance, evidence lineage, human review, traceability, and audit-oriented design do not independently prove legal or regulatory compliance.
Licensing, intellectual-property, and third-party dependency consistency remain a separate publication-readiness review gate.
Repository-level licenses, historical licensing statements, third-party dependencies, redistribution conditions, attribution requirements, contribution expectations, and intellectual-property positioning require dedicated review.
Historical licensing material remains part of repository provenance. It should not be silently rewritten or treated as fully reconciled before the dedicated licensing review is complete.
Use this section to move directly to the major public artifact classes. Links are grouped by purpose so evaluators can distinguish current authority, runtime evidence, historical material, and pending review areas.
Current public project-status and evaluation-readiness declaration.
High-level architecture, governance boundaries, demos, licensing review gate, and evaluation navigation.
Canonical navigation for public demonstration tracks and scoped runtime evidence.
Public architecture materials and structural descriptions.
Public institutional, research, governance, and supporting documentation.
Development reports, verification records, and runtime-validation materials.
Preserved historical runtime and prototype demonstration materials.
Repository licensing artifacts pending dedicated consistency review.
Current public-repository work follows a controlled sequence. Completion of one step does not authorize skipping later review gates.
index.html alignment is part of public documentation alignment.
It does not itself authorize publication, licensing conclusions,
production deployment, or GitHub update.
LEO is developed by Fundacja BBS — Better Balance System in Poland, within a controlled institutional, architectural, engineering, and evaluation framework.
Poland · European Union
Institutional, research, evaluation, collaboration, licensing, and regulatory inquiries should be directed through official channels.
Public-facing repository for LEO documentation, selected runtime demonstrations, architecture materials, reports, and evaluation artifacts.