Project1: Information Assurance Anti-Tamper Process
- Saves Resources through AT integration into early stages of System Development Life-cycle
- Saves time to Deployment through elimination of delays for standalone AT planning, integration and approvals
Project 2: Information Assurance Ballistic Missile Defense System
Complex multi-enterprise environment characterizes the singular military operational paradigm. Effective IA Test Design requires assessment of both technical and administrative controls that both converge and function independently.
Streamline IA Interface evaluations through effective DIACAP processes. Evaluate IA posture and perform risk analysis through interweaving and coordinated assessments of key interface points and critical components within the system.
Test designs refect clear operational and functional relationships between Components / Elements comprising System.
Define and depict key relationships and dependencies across Type – Site – Element to Element information flows in both test and risk analysis phases.
Analysis methodologies aligned with detailed architectural understanding.
Project 3: Information Assurance Military Systems Multi-Element Integrative Risk Analysis
Risk Assessment within the System of Systems paradigm of BMDS presents challenges of aggregating dissimilar Component and Element risk profiles into a congruent, meaningful and accurate risk assessment at the overarching BMDS Level.
Define and implement structured Information Assurance process that provides a defendable, repeatable risk assessment of the BMDS System as a whole and relative risk assessments for constituent Elements.
Risk Posture assessed through a balanced analysis of both Consequence and Likelihood. (Tool ratings complemented through inclusion of likelihood measures and architectural considerations)
Defined and repeatable methodologies within and between BMDS Elements yields consistent risk assessment measures for Types and Sites.
Provides decision makers the tools to focus resources where risk is the greatest.
Shown as a System Within a System.