Systems Engineering & Analysis
Verity’s unique iterative system engineering methodology provides a multi-dimensional metrics-based operations analysis approach; configurable for synthesizing systems concepts, assessing effectiveness, quantifying capabilities, and limitations
Engineering Methodology
Our comprehensive “Kill Chain” systems performance analysis process is applied to defensive systems to address the Battlefield Effectiveness Key Performance Parameter (KPP) and strike systems to address the Survivability KPP.
Design of Experiments is used to establish the critical levels and factors needed to outline the operationally relevant conditions for evaluation and required simulation fidelity.
Performance metrics focus on sensor detection and tracking, threat assessment and weapon planning, communications network, and weapon flyout.
It starts with understanding stakeholder needs to identify and decompose the essential elements of the analysis and define performance evaluation metrics
Analysis plans are assembled to specify the required runs for record, data collection requirements, and report generation needs.
Unique scenario generation tools are used to perform basing and coverage analysis and establish technical and operational performance envelope characterizations.
End-to-end Systems
Engineering Support
- Technical Architecture Development
- Information Exchange Requirements Analysis
- Independent Verification & Validation
- Concept Development
- Analysis of Alternatives
- Concept Refinement
- System Design Synthesis
- Wargaming
Weapon System Studies
- Mission Analysis
- Trade Studies
- Basing Studies
- Vehicle Synthesis
- Trajectory Analysis
- Coverage Analysis
- Red/Blue Competitive Iterative Offense/Defense Effectiveness Analysis
Computational Fluid Dynamic (CFD)
Computer Aided Design (CAD)
