Services
  • 5
    Engineering Services

Deliver structured MBSE execution with hands-on modelling, integration, and system development support

  • 5
    Custom Solutions

Tailored digital engineering solutions built around your architecture, workflows, and programme needs

  • 5
    Technology Consulting

Expert guidance to define architecture, toolchains, and modelling standards for scalable engineering

  • 5
    AI- Enabled DE

Accelerate digital engineering with AI-driven analysis, automation, and model intelligence

Industries
  • 5
    Automotive Engineering

MBSE for vehicle systems engineering - ISO 26262 functional safety, powertrain, and autonomy

  • 5
    Energy and Infrastructure

MBSE for energy systems - IEEE 1547, IEC 61508/61513, nuclear, renewables, grid infrastructure

  • 5
    Aerospace Engineering

MBSE for aircraft and space systems - ARP4754, DoD 5000.97, SysML, digital engineering

  • 5
    Medical Device and Life Sciences Engineering

MBSE for medical device development - ISO 14971, IEC 62304, FDA, RAAML

  • 5
    Defence Programmes

MBSE for defence programmes - DoD 5000.97, UAF, DoDAF, MOSA, TS/SCI capability

Home 5 Defence Programmes

Defense Program

Providing mission-critical MBSE for US defence acquisition, and providing the authoritative digital engineering leadership required to navigate DoD 5000.97, UAF, and MOSA standards within classified TS/SCI environments.

DoD Instruction 5000.97 mandates an authoritative digital source of truth, replacing siloed documents with connected models. Standards like GCIA and NAVWAR are current contractual obligations, not future goals. Enola establishes the model-based infrastructure needed to unify your technical baseline and ensure OUSD(R&E) compliance from Day 1.

MBSE maturity can now decide contract awards, and in the Optionally Manned Fighting Vehicle (OMFV) programme, digital engineering capability was a core evaluation metric. Because building an internal practice takes years, Enola provides turnkey expertise to bypass the learning curve, embedding with primes to secure high-stakes contracts and pass rigorous government audits.

Capabilites

How Enola Supports Defense Organizations

DoD Digital Engineering Compliance

DE strategy development and maturity assessment aligned to DoD Instruction 5000.97. Digital thread implementation, Authoritative Source of Truth architecture, and program model development that meets program office and contracting requirements

DoDAF Architecture Production

Development of DoDAF-compliant architecture views across the required viewpoints: Operational, Systems, Services, Standards, and All Viewpoints. Produced within CATIA Magic using DoDAF and UPDM profiles

03/06
UAF Enterprise Architecture

Enterprise architecture development using UAF v1.2 for program offices and defence enterprise organisations - Strategic, Operational, Resources, Security, Projects, and Standards viewpoints

04/06
MOSA Implementation

Modular Open Systems Approach implementation within CATIA Magic - supporting modular design, open interface definition, and competitive upgrade architectures required under US Army and DoD programme policy

MBSE Training for Defence Teams

Instructor-led SysML, CATIA Magic, and UAF training for program engineering teams - including direct training delivery at secure facilities and TS/SCI environments. Enola's team holds TS and TS/SCI clearances

Model-Based Acquisition Support

Application of MBSE to the acquisition and contracting process - producing model-based requirements packages, system specifications, and verification artefacts that satisfy program office deliverables with automated traceability

Inside Knowledge

Direct Experience Inside Defense Programs

David Fields

Chief Technology Officer, Enola Technologies

15 years in US defence digital engineering leadership, including NAVAIR and DoD programme implementation.

Built and led digital engineering implementation for the MQ-25 Stingray programme and contributed to OUSD(R&E) Digital Engineering Strategy initiatives. Experience includes DoDAF architecture, Naval Integrated Model Environment (IME), and live programme delivery in classified environments.

Enola’s defence capability is informed by direct programme-side experience in acquisition, contracting, audit requirements, and practical MBSE delivery — not advisory work conducted externally.

STANDARDS

The Defense Standards Landscape

Enola's team has contributed to the OUSD(R&E) working groups that shape how this standard is applied at programme level. Consulting engagements are structured around the Digital Engineering Strategy framework.

Program architecture aligned to GCIA requirements for ground combat system interoperability and open systems architecture

Architecture and DE strategy support for Naval Information Warfare Systems Command programmes

DoDAF (Department of Defense Architecture Framework) views, UPDM (Unified Profile for DoDAF and MoDAF - the UK Ministry of Defence framework) for simultaneous compliance, and UAF v1.2 enterprise architecture - all produced natively within CATIA Magic

Modular open architecture implementation aligned to US Army and DoD acquisition policy. Enola's CTO led the Digital Engineering effort for the US Army FLRAA programme with direct MOSA delivery experience

"Enola's defence capability is built on direct experience inside the US defense acquisition system - program offices, contracting environments, and live MBSE delivery - not advisory work conducted from outside it."

Working With Enola in Defense

Enola provides mission-critical MBSE support tailored to the specific demands of defense acquisition and delivery. We bridge the gap between high-level strategy and technical execution.
Enola holds TS and TS/SCI clearances and has delivered in classified environments. For organizations at a decision point, contact Enola to discuss your scope and timeline.