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-Determining how to streamline the Sea++ H4D Stanford 2018

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-Determining how to
streamline the
restoration process
-Determining
necessity of
adversarial
assessment
-NavSea Philadelphia
-Cyber Command
-Private
cybersecurity firms
-MITRE
-Operational
commanders
- Test engineers
- Streamline testing
restoration procedures
to minimize operational
downtime
- Yield best ID of
vulnerabilities for
correction without
risking damage to ship
- Development of
physical and electronic
security testing
restoration procedures
- Target individual
systems for most useful
testing applications
- Incremental
aggression capabilities
to maximize
- More ships undergoing aggressive testing procedures
- Adoption and continued use metrics of the
methodology by engineers
- Increased vulnerability detection on ships
- Using methodology on
ships
- Full electronic
software deployment to
customers via web-app
- Software design & engineering
- Testing and reporting costs
- Travel to naval bases
-Ships to test on
-Trust of ship
commanders
-Safety parameters
of cyber-physical
systems
Beneficiaries
Mission AchievementMission Budget/Costs
Buy-In/Support
Deployment
Value
Proposition
Key Activities
Key Resources
Key Partners
- Operational
commanders
- NavSea/MITRE
(Navy) and C4IT (CG)
to conduct testing
and evaluate
effectiveness of
methodology
Week 3 Mission Model Canvas

Publicada em: Educação
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