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ENGINEERING SCOPE
The engineering scope described by ORDONEX defines the architectural system domains and system classes within which the company designs, engineers, and operates software systems.
This scope does not document individual implementations or products, but establishes the structural and operational boundaries of ORDONEX engineering responsibility.
ORDONEX engineering focuses on architectural structure, control boundaries, and operational behavior of software systems operating under explicit responsibility models.
The systems addressed within this scope are designed for environments where control, reliability, and accountability are mandatory architectural conditions rather than optional qualities.
This scope serves as a reference layer defining the class of systems considered architecturally valid within ORDONEX engineering practice.
ARCHITECTURAL MODEL
ORDONEX models software systems as compositions of isolated functional units governed by explicit interfaces, contracts, and responsibility boundaries.
Each unit is defined by a clear execution context, well-scoped authority over state, and strictly limited side effects.
Core business logic, infrastructural concerns, and integration mechanisms are separated at the architectural level and are allowed to evolve independently under controlled compatibility constraints.
Cross-layer coupling is intentionally minimized and, where unavoidable, made explicit and observable.
State ownership within the system is singular and well-defined.
All state transitions are constrained by predefined invariants, validated execution rules, and externally observable outcomes.
Implicit state mutation, hidden propagation, and uncontrolled side effects are treated as violations of architectural integrity.
Architectural decisions prioritize transparency and traceability of system behavior over abstraction density or framework-driven convenience.
Non-deterministic execution paths, implicit control flow, and hidden temporal dependencies are considered architectural liabilities and are systematically constrained or eliminated by design.
FAILURE MODEL
ORDONEX treats failure as a normal and expected condition of software execution rather than an exceptional event.
System architectures define explicit failure domains and prevent error propagation through isolation and controlled degradation.
System design assumes partial failure as a default scenario.
Individual components may become unavailable, delayed, or inconsistent without compromising overall system correctness.
Recovery behavior is deterministic and explicitly modeled in code.
Failure handling paths are observable, traceable, and auditable.
Silent failure, implicit retries, and self-healing mechanisms without visibility are intentionally avoided.
ENGINEERING POSITION
ORDONEX engineering prioritizes architectural clarity, controlled behavior, and accountability over implementation novelty or experimental design choices.
System complexity is managed through explicit structure, separation of concerns, and defined responsibility boundaries rather than reliance on tooling or frameworks.
This document establishes architectural constraints and operating assumptions under which software systems are designed and implemented.
It does not describe functional capabilities, performance guarantees, or deployment outcomes.
Software systems that do not conform to these constraints are considered outside the scope of ORDONEX architectural responsibility and are not treated as compliant with the defined engineering model.