BEQUEST‑1: The Release Engine for Identity Dynamics Part of the IDENT‑X Identity Architecture

BEQUEST‑1 is the formal Release Engine within the IDENT‑X identity dynamics framework. IDENT‑X models identity as an active, evolving system composed of four interacting engines: Carlo Loop (persistence), STAE‑1 (contradiction stabilization), FORESIGHT‑1 (future projection), and BEQUEST‑1 (structured release). Together, these engines provide a unified architecture for understanding how identity retains, stabilizes, anticipates, and releases internal elements across time. BEQUEST‑1 introduces the counter‑motion to retention and control. It defines how an identity determines what to keep, what to archive, what to hand forward, and what to let go. The engine distinguishes releasing control from deleting values, incorporates provenance and consent, enforces capacity limits, and provides a complete operational model for release‑based identity mechanics. It includes a unified data model, mathematical definitions, disposition logic, capacity calculus, provenance rules, and full pseudocode suitable for computational implementation. Foundational Acknowledgement The IDENT‑X engine architecture is built directly upon conceptual groundwork developed months earlier by Jonathan Williams. His early identity‑motion formulations, non‑possession principles, and release mechanics form the backbone of this engine. BEQUEST‑1 explicitly acknowledges this lineage: the release architecture stands on Jonathan’s foundational thinking. Contents This Zenodo deposit includes: – Full BEQUEST‑1 specification – Unified data model and disposition system – Capacity and control pressure equations – Complete pseudocode implementation – Worked examples and interlocks with Carlo Loop, STAE‑1, and FORESIGHT‑1 – Provenance and consent framework – Design principles and limitations – Integration notes for future engines in the IDENT‑X architecture Purpose BEQUEST‑1 serves as a reference implementation for researchers, designers, and theorists working with identity systems, narrative engines, computational agency models, or release‑based psychological frameworks. It provides a structured, extensible mechanism for reducing possession, resolving contradictions, and establishing legacy within identity systems. Keywords: identity dynamics; structured release; identity architecture; BEQUEST‑1; Carlo Loop; STAE‑1; FORESIGHT‑1; non‑possession; provenance; consent; computational identity; narrative engines; identity physics; release mechanics; legacy systems This work builds upon foundational identity‑motion concepts developed by Jonathan Williams, whose early formulations of non‑possession, release mechanics, and identity‑cycle dynamics directly informed the structure of IDENT‑X. His contributions established the theoretical backbone that enabled the development of BEQUEST‑1 and the broader engine architecture. This release acknowledges that lineage explicitly, recognising his role in shaping the core principles that underpin the system. Contact: matthewcarlo.research@gmail.com