Philosophy of Discrete Being (FDB)

Philosophy of Discrete Being (FDB) is a foundational zero-level ontology that precedes domain-specific ontologies and is based on discrete localities, acts of coherence, and sequential order as the primitive structure of Being.It operates at a level prior to the introduction of continuous space, global time, or fields as primary constructs.

1. Scope

FDB is a research framework developed under AstraVerge Research. It introduces ontological structures that are not intended as empirical hypotheses or claims about the factual constitution of the physical world or any other epistemic reality.

Possible correspondences between FDB constructs and scientific theories or observed phenomena should be understood in terms of structural compatibility, not empirical confirmation or refutation.

FDB operates as a zero-level ontology whose role is to structure reasoning and to regulate the construction of coherent models across domains. Ontological commitments within FDB function as organizing principles that delimit admissible forms of description rather than as metaphysical assertions about reality as it is in itself.

2. Core primitives

FDB is built on three interlocking primitives:

Discrete localities — finite, internally coherent systems that maintain state and interact only through explicit relations.
Acts of coherence — synchronization events between localities that enable transfer of structure, validation of interaction, and operational causality.
Sequential order (actor-order) — an irreducible ordering of events and interactions; global time is not assumed, and temporal structure is treated as emergent from event order.

3. Actor-order as a structural invariant

A central hypothesis of FDB is that the fundamental invariant is the sequential order of events (actor-order). Cones, metric structure, and notions such as propagation speed are treated as derived descriptive constructs that summarize stable patterns of coherence between localities.

4. What is treated as derived

FDB does not deny the usefulness of continuous and geometric formalisms, but it treats them as secondary:

spacetime geometry as a bookkeeping layer for stable coherence regimes;
fields as emergent summaries of repeated structured interactions;
causality as an operational property of ordered coherence acts, not a primitive of geometry.

5. Why discreteness matters

FDB takes seriously the fact that observation and interaction occur through discrete acts: measurements happen at finite events, signals are received at interfaces, and state changes occur in steps. This enables a unified language for reasoning about both physical and computational systems without forcing continuity as a starting assumption.

6. Relationship to other AstraVerge frameworks

FDB serves as the ontological foundation for other AstraVerge research components, including:

COE (Coherent Observational Epistemology) — formal models of how observations are produced, aligned, and validated across independent localities.
UAM (Unified Availability Model) — applied methods for availability reasoning in heterogeneous distributed systems and business contours.
locality and channel models, coherence metrics, and synchronization-based interpretations of directionality and dynamics.

7. Status

FDB is an active research program. Concepts, notation, and formal structure may evolve across versions. Where applicable, specific versions are referenced via DOI.