Cyber-Physical Systems
Blog Posts
Don’t Wait for ROI on Model-Based Analysis for Embedded Computing Resources
![Figure-1](/media/images/Figure-1_NyRC5z0.max-730x270.format-webp.webp)
This SEI Blog post examines the design and implementation of embedded computing resources for CPS and the complexities that drive the need for model building.
• By Alfred Schenker, Jerome Hugues
In Cyber-Physical Systems
![Alfred Schenker](/media/images/thumb_big_a-schencker_blog_auth.max-180x180.format-webp.webp)
![Headshot of Jerome Hugues](/media/images/thumb_big_j-hugues_blog_authors.max-180x180.format-webp.webp)
Assuring Cyber-Physical Systems in an Age of Rising Autonomy
This post discusses research by the SEI and Georgia Tech to address a number of challenges related to the rising volume of sensor data in autonomous cyber-physical systems.
• By Jerome Hugues
In Cyber-Physical Systems
![Headshot of Jerome Hugues](/media/images/thumb_big_j-hugues_blog_authors.max-180x180.format-webp.webp)
Six Dimensions of Trust in Autonomous Systems
This post chronicles the adoption and growth of autonomous systems and provides six considerations for establishing trust.
• By Paul Nielsen
In Software Engineering Research and Development
![Paul Nielsen](/media/images/thumb_big_nielsen-paul-144_lead.max-180x180.format-webp.webp)
Systems Engineering and Software Engineering: Collaborating for the Smart Systems of the Future
Convergence between systems engineering and software engineering is forging new practices for engineering the smart systems of the future.
• By Paul Nielsen
In Cyber-Physical Systems
![Paul Nielsen](/media/images/thumb_big_nielsen-paul-144_lead.max-180x180.format-webp.webp)
Safety Assurance Does Not Provide Software Assurance
This SEI Blog on cybersecurity in cyber-physical systems (CPS), shows how safety evaluations fail to protect against cyber threats.
• By Mark Sherman
In Cyber-Physical Systems
![Mark Sherman](/media/images/thumb_big_m-sherman_blog_author.max-180x180.format-webp.webp)
Accelerating Safety Assurance
Systems in which software components closely interact with physical processes are known as cyber-physical systems. This post describes promising results in assuring the safety of cyber-physical systems.
• By Dionisio de Niz
In Cyber-Physical Systems
![Dionisio de Niz](/media/images/thumb_big_d-deniz_blog_authors_.max-180x180.format-webp.webp)
KalKi: Solution for High Assurance Software-Defined IoT Security
Commercial Internet of things (IoT) devices are evolving rapidly, providing new and potentially useful capabilities. These devices can be a valuable source of data....
• By Sebastián Echeverría
In Edge Computing
![Sebastian Echeverria](/media/images/thumb_big_s-echeverria_blog_aut.max-180x180.format-webp.webp)
Evaluating Threat-Modeling Methods for Cyber-Physical Systems
Addressing cybersecurity for a complex system, especially for a cyber-physical system of systems (CPSoS), requires a strategic approach during the entire lifecycle of the system....
• By Nataliya Shevchenko
In Enterprise Risk and Resilience Management
![Nataliya Shevchenko](/media/images/thumb_big_n-shevchenko_blog_aut.max-180x180.format-webp.webp)
Threat Modeling: 12 Available Methods
Almost all software systems today face a variety of threats, and the number of threats grows as technology changes....
• By Nataliya Shevchenko
In Enterprise Risk and Resilience Management
![Nataliya Shevchenko](/media/images/thumb_big_n-shevchenko_blog_aut.max-180x180.format-webp.webp)
Scope vs. Frequency in Defining a Minimum Viable Capability Roadmap: Part 2 of 3
In the first post in this series, I introduced the concept of the Minimum Viable Capability (MVC). While the intent of the Minimum Viable Product (MVP) strategy is to focus …
• By Robert V. Binder
![Bob Binder](/media/images/thumb_big_b-binder_blog_authors.max-180x180.format-webp.webp)