This paper revisits the conceptual foundations of Domain-Driven Design (DDD) from the perspective of real enterprise operations. While DDD proposes organizing software systems around domain models and bounded contexts, many real-world organizations operate through end-to-end processes that span multiple departments and functional areas.
The paper a...
This work develops a physical theory of global time in which temporal structure arises from the observer-side reconstruction of event order rather than from a pre-existing temporal parameter. The fundamental observable entities are reception events produced by distributed physical sources and registered by reception nodes. A canonical order relatio...
This paper argues that contemporary philosophical discussions of closed timelike curves (CTCs) rest on a systematic inversion: limitations of geometric representation are mistaken for limitations of temporal ontology. In particular, the absence of a global time function in certain spacetime models is taken to imply the breakdown of temporal order i...
The Ontological Shift of Observability: From Measurement to Control
This work proposes an ontological re-interpretation of observability in IT systems.Rather than treating observability as the passive availability of metrics, dashboards, and alerts, the paper argues that observability functions as an integral component of an operational control system.
By explicitly modeling the feedback loop between system behavio...
Rates, Counts, and Temporal Misinterpretation: Two Elementary Examples
Elementary problems involving time are often treated as trivial, yet they frequently conceal systematic conceptual errors. This paper analyzes two widely known examples: the classical "clock strikes" problem and the interpretation of the "first year of the Common Era". We show that both cases rely on the same implicit confusion between counts, dura...
Architecture as a Directed Object–Relation Graph: A Minimal and Complete Model of Complex Systems
Architectural descriptions of complex systems are commonly centered around diagrams, viewpoints, and notational frameworks.
This paper proposes a minimal and complete architectural model in which any architecture is fully determined by a set of objects and a set of directed relations between them. Architectural analysis is formulated in terms of ca...
Ontology of Global Storage: Canonical Order and Naming
This work formulates a closed ontology of global storage, grounded in canonical order and global naming.It explicitly separates ontological structure from epistemic and implementation-level conditions such as local failure, partial visibility, replication lag, and unavailability.
At the global level, a stored object is identified by a globally uniq...
Temporal Alignment in Distributed Observability Systems: A Structural Account of Time Semantics, Ordering, and Cross-Layer Inference
Temporal Alignment in Distributed Observability Systems examines temporal misalignment as a structural source of inference failure in modern monitoring and observability architectures.
Distributed observability pipelines operate over heterogeneous temporal domains shaped by sampling rhythms, aggregation windows, buffering, and ingestion delays. Des...
This paper proposes an operational and ontological definition of global time as a canonical ordering constructed exclusively from locally registered reception sequences. It introduces a strict distinction between intrinsic source order, which is operationally inaccessible, and reception order, which is the only admissible basis for coordination at ...
Availability Without a Model: On the Semantic Fragmentation of Operational Metrics
Availability is widely used as a primary managerial indicator in operational and distributed information systems. Yet in practice, availability metrics often originate from heterogeneous observational layers - infrastructure state, service behavior, or business-level functionality - without an explicit cross-layer model.
This paper argues that such...
Потеря научной компетентности под прикрытием процедурности: точка, когда фундаментальные знания больше не требуются для рецензирования
В настоящей работе рассматривается конкретный случай рецензирования фундаментального формального анализа, посвящённого логической согласованности понятия «устойчивого развития» в рамках теории устойчивости в смысле Ляпунова. Объектом исследования являются не содержательные тезисы исходной работы, а тексты рецензионных отчётов и редакторской ремарки...
The Logical Inconsistency of "Sustainable Development": A Lyapunov Stability Perspective
The term sustainable development is widely used across policy design and quantitative modeling, yet it lacks a precise formal interpretation within dynamical systems theory. This paper examines the consistency of the term when sustainability is associated with trajectorybased stability and development is interpreted as directed state transition. We...
Ontology of Architectural Regimes in Computing: Growth Fronts, Closure, and Architectural Disposal Beyond Evolutionary Narratives
This work develops an architectural ontology of computing that rejects evolutionary and progress-oriented narratives of technological change. Rather than treating technical objects as entities that develop or evolve, the paper argues that computing history is structured by a sequence of externally governed architectural regimes.
Within this framewo...
A Minimalist Design Ontology for Document-Centric Web Systems: HTML as a Primary Artifact
This paper develops a minimalist design ontology for document-centric web systems, grounded in the treatment of HTML as a primary artifact rather than as a transient output of program execution.
Historically, HTML functioned as a self-contained document format whose structure stabilized meaning across tools, contexts, and time. Over successive arch...
The Ontology of Continuation: Growth Fronts, Closure Points, and the Stabilizing Role of Atomic Hydrogen
This paper presents a structural-ontological analysis of development as a regime sustained by continuation rather than by accumulation or completion. The central claim is that a structure develops only so long as it preserves an unresolved remainder-an internal condition that prevents full closure and maintains an active locus of continuation.
The ...
В первой части философского труда автор формулирует основные принципы дискретного бытия, его онтологические и эпистемологические основания. Манифест формулирует новую метаонтологическую парадигму Философию Дискретного Бытия (ФДБ), основанную на принципах локальности, согласования и ритмической дискретности существования. ФДБ утверждает, что Бытие н...
Loss of Storage Truth in Virtual Distributed Filesystems: A Formal Critique of CAP and Coordination-Centric Storage
Modern storage systems increasingly rely on virtualization and distributed coordination to achieve scalability and fault tolerance. While these approaches offer operational flexibility, they also introduce failure modes not captured by traditional performance or availability metrics. This paper introduces the concept of storage truth as a foundatio...
On the Implicit Ontological Transitions in Classical Analysis
This paper examines the structural role of the limit operator in classical real analysis, arguing that it induces an implicit change in descriptive level. The analysis contrasts this practice with explicit extensions in complex analysis and situates the discussion within historical critiques of infinitesimal reasoning. ...
Structural Indifference and the Coherence Operator. Beyond QFT, SR, and GR: Ontology of Physical Realization
This work develops an ontological framework underlying contemporary physical theories, addressing a gap between formal admissibility and physical realization.
Modern physics-quantum field theory, special relativity, and general relativity-successfully constrains admissible states, relations, and transitions, yet remains largely silent on how admiss...
Architecture of Complex Systems (ACS) presents an ontological framework for understanding systems as coherent architectures rather than as collections of behaviors or dynamic processes.The work addresses a foundational question: under what conditions does a system exist as a unified entity at all?
ACS is grounded in the primacy of relational struct...
Loss of Execution Truth in Layered Cloud Orchestration: A Case Study of OpenStack and Kubernetes Under CPU Oversubscription
This report presents a technical case study of a production failure in a layered cloud environment where Kubernetes is deployed inside virtual machines managed by OpenStack. While such architectures are widely used for organizational, security, and operational reasons, they introduce multiple independent control planes competing for the same physic...
Inverse Problems, Underdetermination, and the Ontological Status of Photons in Modern Physics
This work examines a foundational epistemic problem underlying much of modern physics: the fact that nearly all empirical access to physical systems is mediated by electromagnetic radiation. From atomic spectroscopy to scanning probe microscopy and observational cosmology, what experiments directly register are structured electromagnetic signals de...
Онтология динамики: фундаментальные основания. Согласование локальностей и происхождение направленности
EN
This report develops an ontological foundation for dynamics based on locality and coordination rather than forces or geometry. It serves as a foundational reference for subsequent works on friction and gravity formulated within the same framework.
RU
В работе формулируются фундаментальные онтологические основания динамики, исходящие из понятий л...
EN - Description
This work has been superseded by
Ontology of Dynamics: Fundamental Foundations (v2)
DOI: https://doi.org/10.5281/zenodo.18212572 RU - Описание
Данная работа была заменена на Онтология динамики: фундаментальные основания. Согласование локальностей и происхождение направленности DOI: https://doi.org/10.5281/zenodo.18212572
В работе п...
Язык физики как язык интервалов и замыканий: к онтологии синтаксиса физических утверждений
Is obsoleted by → Consequences of the Ontology of Dynamics - https://doi.org/10.5281/zenodo.18213383
DescriptionThis report proposes an interval-based ontology of the language of physics.Physical quantities are treated not as point values but as intervals of admissible realization, while numerical values arise as effects of interval closure and sta...
This document specifies the Policy-Centric Processor (PCP), a processor architecture that treats access policy as a first-class architectural primitive.
The specification abandons speculative execution, fault-based memory protection, and page-based virtual memory in favor of deterministic, preventive policy enforcement and symmetric memory sharding...
Гравитация как направленность: к онтологии динамики
EN - Description
This work has been superseded by
Ontology of Dynamics: Fundamental Foundations (v2)
DOI: https://doi.org/10.5281/zenodo.18212572 RU - Описание
Данная работа была заменена на Онтология динамики: фундаментальные основания. Согласование локальностей и происхождение направленности DOI: https://doi.org/10.5281/zenodo.18212572 EN - Descr...
Proof of Concept: Alphabet Formation and Non-Canonical Encoding
This record contains a minimal proof-of-concept (POC) implementation accompanying the manuscript "Alphabet Formation and the Epistemic Limits of Cryptographic Analysis".
It provides an executable demonstration of the paper's central epistemic claim: that cryptographic and statistical analysis presuppose the stabilization of symbolic units, and that...
Alphabet Formation and the Epistemic Limits of Cryptographic Analysis
This work examines an epistemic boundary of cryptographic and statistical analysis that is usually taken for granted but rarely articulated explicitly: the presupposition of alphabet formation and stabilized symbolic identity.
Classical cryptography, information theory, and statistical signal analysis implicitly assume that an observer can identify...
On the Procedural Origin of the Exponential Constant e
The exponential constant e is commonly introduced as a fundamental numerical constant arising in analysis, geometry, and models of continuous growth. Despite the abundance of equivalent formal definitions, comparatively little attention has been paid to the structural level at which e acquires meaning. In this paper, we argue that e should not be u...
The constant π is traditionally introduced as a geometric invariant, defined as the ratio of the circumference of a circle to its diameter. This paper examines the level of mathematical structure at which π becomes meaningful. By considering circlesas metric level sets, we argue that a metric alone determines distances but does not provide a notion...
Regulatory Model of Language Origin. Imitation, Behavioral Forms, and Semantization
This work develops a regulatory ontology of language that departs from both representational and usage-based paradigms. Rather than treating language as a system of meanings, symbols, or socially enforced rules, the text analyzes language as a historically stabilized mechanism of behavioral regulation operating under conditions of uncertainty.
The ...
Liquidity by Uncertainty Model (LUM): Строгая аксиоматическая формализация
The Liquidity by Uncertainty Model (LUM) formulates a rigorous structural framework for liquidity risk in systems where obligations have uncertain execution dates and cannot be treated as stochastic or repeatable events. LUM defines risk as the supremum of the load function generated by the intersections of obligation intervals. The central theorem...
Inter-Local Coherence: A Methodological Framework for the Structural Compatibility of Independent Observational Sequences
Inter-local coherence refers to the structural and epistemological conditions under which independently produced observational sequences can jointly support unified scientific inference. Contemporary scientific practice routinely integrates data from distributed instruments, laboratories, and methodological environments. Although each observational...
Trajectory-Based Inverse Dynamics for Neural Network Training
This early technical report introduces a trajectory-based formulation of neural network training in which learning is expressed as an inverse dynamics problem rather than as loss minimisation.A feedforward neural network is treated as a discrete dynamical system: each layer applies a deterministic transition operator, and the forward pass generates...
Neural Path Machines (NPM). A Unified Framework for Trajectory-Based Interpretability, Internal-State Debugging, and Causal What-If Interventions
Neural networks achieve remarkable performance across domains, yet their internal computation remains largely opaque. During inference, activations evolve as a sequence of hidden states whose dynamics ultimately determine the model's output. Traditional interpretability techniques focus on input–output relationships or gradient-based attributions a...
LSEG (Language Segment Encoding) - минималистичный и расширяемый сегментный протокол интерпретации потоков данных.Каждый сегмент начинается с байта-маркера 0x00, после которого следует LANG_ID, определяющий выбор интерпретатора для последующей последовательности байтов.
В отличие от традиционных кодировок (UTF-8/UTF-16) и схемных форматов (Protobuf...
Регулятивная модель происхождения языка: подражание, формы поведения и семантизация
В препринте предлагается регулятивная модель происхождения языка, направленная на решение фундаментальной методологической проблемы философии языка XX века. Классические подходы - как репрезентационные (Витгенштейн I, логико-семантические программы), так и употребленческие (Витгенштейн II, теория речевых актов, аналитическая прагматика) - рассматри...
A Wittgensteinian Reassessment of "Subjective" and "Interpretivist" Epistemology
A Wittgensteinian Reassessment of "Subjective" and "Interpretivist" EpistemologyAlexey A. Nekludoff (AstraVerge Institute)
This preprint offers a structural reinterpretation of the traditional distinction between subjective epistemology and interpretivist epistemology. Drawing on Wittgenstein's conception of the metaphysical subject as "the limit o...
Unified Availability Model (UAM): A Normalization-Based Framework for Measuring Availability Across Heterogeneous Information Systems
The Unified Availability Model (UAM) introduces a systematic, mathematically grounded method for evaluating the availability of heterogeneous information systems whose operational characteristics differ across architectural layers, functional domains, and metric spaces.Unlike traditional SRE- or API-centric approaches that assume homogeneous latenc...
Unified Availability Model (UAM). Методика расчёта доступности разнородных ИТ-систем
Unified Availability Model (UAM) - это формальная и расширяемая методика оценки доступности разнородных ИТ-систем, различающихся по архитектуре, типам метрик и профилям отказов.Традиционные подходы SRE и API-мониторинга опираются на ограниченный набор однородных метрик (latency, error rate), которые не подходят для сложных корпоративных сред, включ...
Philosophy of Discrete Being: Foundations and Structural Architecture
Philosophy of Discrete Being: Foundations and Structural Architecture develops the foundational ontology underlying the FDB program. The framework replaces continuous geometric assumptions with a structural view grounded in discreteness, coherence, and the stability of localities under GTG-driven updates.
The paper introduces the core primitives of...
Time Without Time: A Coherence-Rate Field Theory of Gravitation
This report develops a coherence-based formulation of gravitational phenomena in which the local accumulation of proper time is described by a scalar coherence-rate field, ω(x). The field is defined operationally through ratios of measurable clock frequencies, providing a direct connection between local temporal rates and effective spacetime geomet...
Coherent Observational Epistemology: Foundational Principles, Secondary Principles, and Axiomatic System
Coherent Observational Epistemology (COE) introduces a methodological framework for understanding how heterogeneous observational sequences can jointly support scientific inference. Modern scientific practice increasingly relies on distributed measurement infrastructures-astronomical networks, climate observatories, particle detectors, and biomedic...
Theory of Parasitic Localities in the Framework of the Philosophy of Discrete Being
This work develops a formal theory of Parasitic Localities within the hierarchical architecture of the Philosophy of Discrete Being (FDB). A system is modeled as a collection of localities that emit morphisms interpreted by higher-level structures through a metamodel MM+. We show that whenever verification relies solely on structural validity, ther...
Philosophy of Discrete Being: Manifesto Executive Overview
This work presents the Executive Overview of the Philosophy of Discrete Being (FDB) - a theoretical framework that approaches ontology, structure, and order from the perspective of discrete locality rather than continuity. The manifesto develops the concepts of the act of coherence, discrete localities, structural invariants, and the FDB metamodel,...
Time without Time: From Geometry to Energy Coherence
The paper proposes a non-geometric interpretation of gravitation and time: instead of spacetime curvature, physical interactions arise from gradients of local coherence relative to the Global Tick Generator (GGT) - the fundamental rate of synchronization that bounds all observable processes.
Two postulates define the ontological limits of existence...
Настоящий Манифест предлагает модель мышления, в которой философия, инженерное проектирование и системный анализ образуют единую онтологическую рамку. В основе подхода лежит убеждение, что Бытие можно рассматривать как процесс согласования различий, происходящий в ритме дискретных актов. Автор исходит из опыта инженерного мышления - стремления к то...