Technical capabilities

Systems engineering and assurance, organized around the problem.

Five capability areas combine as needed—from one bounded assessment to an integrated, testable technical work package.

Five capabilities

Built to work together.

01

Systems Engineering & Integration

Define requirements, interfaces, architectures, and integration boundaries.

OutcomeA documented technical baseline and a practical integration plan.

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Scope, evidence & related Sprints
  • Requirements and interface engineering
  • Architecture and trade studies
  • System integration and technical baselines
  • Configuration and change assurance

Example technical question

  • Which requirements, interfaces, and dependencies control the technical outcome?

Example deliverable

  • Traceable requirements and interface definitions
02

OT/ICS, FRCS & Cyber-Physical Security Engineering

Assess system interfaces, hazards, and security requirements in operational technology and facility systems.

OutcomeAn assurance and verification plan that addresses safety and operational constraints.

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Scope, evidence & related Sprints
  • OT/ICS and FRCS architecture review
  • Cyber-physical interface and hazard analysis
  • Security requirements and assurance cases
  • Verification planning without unauthorized operational changes

Example technical question

  • What assets, interfaces, operators, and authorities belong inside the system boundary?

Example deliverable

  • A bounded architecture and cyber-physical interface model
03

Verification, Validation & Technical Assurance

Define how acceptance will be assessed and produce traceable verification and validation evidence.

OutcomeDecision-ready findings with explicit limits and acceptance evidence.

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Scope, evidence & related Sprints
  • Verification and validation planning
  • Test and evaluation methods
  • Technical and evidence assurance
  • Reproducible qualification and evidence packages

Example technical question

  • What must be true for the system, model, or workflow to be accepted for its intended use?

Example deliverable

  • A documented acceptance basis and reproducible baseline
04

Digital Engineering, Modeling & Test

Use models, simulations, digital artifacts, and test methods to expose assumptions and uncertainty.

OutcomeReproducible analysis and test evidence for the next technical decision.

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Scope, evidence & related Sprints
  • Scientific modeling and simulation
  • Monte Carlo, optimization, and sensitivity analysis
  • RF, sensor, and technical data analytics
  • Digital-thread and test-artifact integration

Example technical question

  • What decision is the model, simulation, or test intended to support?

Example deliverable

  • Controlled analytical workflows and reproducible technical outputs
05

Applied Software, Data & R&D Methods

Apply software, data, AI evaluation, automation, and formal methods to bounded engineering problems.

OutcomeA technical tool or workflow, with tests, configuration notes, and documented use limits.

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Scope, evidence & related Sprints
  • Technical software and data workflows
  • AI-system evaluation and test harnesses
  • Formal methods and executable checks
  • Applied research prototypes and automation

Example technical question

  • What technical question should a prototype, workflow, or executable check answer?

Example deliverable

  • A working technical asset tied to one defined decision

Bring the hard part

We will help define the right scope.

Discuss a technical need