ORDONEX STANDART EN

SOFTWARE ARCHITECTURE STANDARDS

This section defines the software architecture and operational standards applied by ORDONEX when designing and delivering software systems for clients operating across multiple jurisdictions.

The standards describe how systems are structured, controlled, adapted, and maintained under varying legal, regulatory, and operational conditions.

These standards are technology-agnostic and jurisdiction-neutral by design.

They establish architectural constraints and control principles intended to ensure consistency, auditability, and long-term system viability across different countries, industries, and deployment environments.

SCOPE & APPLICABILITY

ORDONEX defines and applies general engineering and architectural standards to software systems developed for clients operating across multiple industries and jurisdictions.

These standards are intentionally independent of specific regulatory regimes, business models, or national legal frameworks.

The scope of the standards covers software systems intended for operation within diverse legal, regulatory, and organizational environments.

Architectural decisions are structured to remain valid under varying compliance requirements, jurisdictional constraints, and operational expectations.

The standards apply to custom software, internal platforms, transactional systems, and distributed infrastructures developed for both private and institutional use.

STATE & DATA OWNERSHIP

State and data ownership are defined explicitly at the architecture level, so it is always clear which part of the system is responsible for which data.
Each component owns a well-scoped portion of system state and is allowed to modify only the data it is responsible for.
Data handling rules are designed with jurisdictional requirements in mind, including where data is stored, how it can be accessed, how it is processed, and how long it is retained.
These rules are implemented through configuration, policy layers, and dedicated control modules, rather than being hard-coded into application logic.
This approach allows the same software system to operate in different countries and regulatory environments without rewriting core code or breaking internal system structure

SYSTEM BOUNDARIES

ORDONEX designs software systems with explicitly defined architectural boundaries separating core application logic, infrastructure services, data storage layers, and external integration interfaces.

These boundaries are implemented through well-established software architecture patterns, including layered architectures, service boundaries, interface contracts, and controlled access points.

Core logic is isolated from infrastructure concerns such as databases, messaging systems, identity services, and deployment environments.

Data storage, persistence mechanisms, and external APIs are treated as replaceable components rather than embedded dependencies.

Jurisdiction-specific requirements are implemented at boundary layers using configuration, policy enforcement modules, and integration adapters instead of being hard-coded into application logic.

This approach allows software systems to adapt to local regulatory conditions, data locality rules, and operational constraints without refactoring core code or duplicating business logic.

Clear system boundaries support portability, auditability, and controlled system evolution across jurisdictions, deployment environments, and client organizations..

EXECUTION MODEL

System execution is defined through explicit process flows and controlled execution paths.
Operational behavior is predictable, observable, and reproducible across environments.
Execution logic does not rely on implicit side effects or environment-specific assumptions.
This ensures consistent behavior when systems are deployed across different regions, infrastructures, or regulatory contexts.
The execution model supports both synchronous and asynchronous operations while maintaining determinism and traceability.

FAILURE ASSUMPTIONS

ORDONEX assumes that software systems operate in imperfect conditions by default.
Partial failures, delayed responses, and temporary unavailability of components are treated as normal runtime scenarios, not exceptional events.
Failure domains are defined explicitly at the architectural level to prevent uncontrolled error propagation.
Components are designed to fail independently without compromising overall system integrity.
Recovery behavior is deterministic and implemented directly in system logic.
Systems are expected to degrade in a controlled manner and return to a consistent state without data corruption or loss of execution control.
This failure model allows software systems to operate reliably across different infrastructures, deployment environments, and operational conditions.

OBSERVABILITY & AUDITABILITY

ORDONEX designs software systems with observability embedded directly into the execution model.

System behavior is exposed through explicit signals produced by the code, not inferred through external tooling.

Key execution paths, state transitions, and external interactions are logged and traced at defined control points.

Observability data is structured and correlated with specific components, execution contexts, and responsibility boundaries.

Auditability follows directly from system design.

Execution history can be reconstructed from logs, traces, and state records for regulatory review, incident analysis, and internal control.

Observability mechanisms behave consistently across deployment environments and jurisdictions, ensuring transparent and verifiable system behavior.

EMAIL
info@ordonex.com

PHONE
+995500057666

ORDONEX LLC
Identification Number: 400458697
Registered in Georgia

Registered Office:
39A Ilia Chavchavadze Avenue
Tbilisi , Georgia

Registered address:
Nadzaladevi District
Tornike Eristavi Street, N29 Tbilisi,Georgia