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Zero-Trust for the System Design Lifecycle
Douglas L. Van Bossuyt
*
, Britta Hale
, Ryan Arlitt
, Nikolaos Papakonstantinou
*
Corresponding author for this work
BA6403 Advanced cybersecurity and cryptography
Naval Postgraduate School
Technical University of Denmark (DTU)
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
10
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Citations (Scopus)
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Keyphrases
System Design
100%
Zero Trust
100%
Machine Learning
42%
Artificial Intelligence
42%
System Life Cycle
42%
Operation Phase
14%
Design Process
14%
System Operation
14%
Resilience
14%
Design Phase
14%
Robust Design
14%
Qualification Test
14%
Insider Threat
14%
Associated Risk
14%
Potential Risk
14%
Safety Engineering
14%
Operating Parameters
14%
Network Security
14%
Human Learning
14%
Verification & Validation
14%
Operation Maintenance
14%
Threat Landscape
14%
Resilient Design
14%
Validation System
14%
Trust but Verify
14%
System Certification
14%
Threat Effect
14%
Background Checks
14%
Bad Actors
14%
Popular
14%
Global Threats
14%
High-priority Areas
14%
Generative Design Algorithms
14%
Initial Clearance
14%
Computer Science
Machine Learning
100%
Learning System
100%
Artificial Intelligence
100%
Design Phase
33%
Insider Threat
33%
Threat Landscape
33%
Network Security
33%
Algorithm Design
33%
Maintenance Operation
33%
Operation Phase
33%
Human Learning
33%
INIS
design
100%
operation
37%
machine learning
37%
artificial intelligence
37%
risks
25%
failures
12%
reviews
12%
clearance
12%
communities
12%
validation
12%
maintenance
12%
testing
12%
security
12%
algorithms
12%
humans
12%
verification
12%
safety engineering
12%
Engineering
Lifecycle
100%
Learning System
60%
Artificial Intelligence
60%
Operation Phase
20%
Maintenance Operation
20%
Operating Parameter
20%
Design Phase
20%
Safety Engineering
20%