Rust is growing in popularity. Its unique security model promises memory safety and concurrency safety, while providing the performance of C/C++. In this podcast from the Carnegie Mellon University Software Engineering Institute (SEI), David Svoboda and Joe Sible, both engineers in the SEI’s CERT Division, talk with principal researcher Suzanne Miller about the Rust programming language and its security-related features. Svoboda and Sible discuss Rust’s compile-time safety guarantees, the kinds of vulnerabilities that Rust fixes and those that it does not, situations in which users would not want to use Rust, and where interested users can go to get more information about the Rust programming language.
A Method for Assessing Cloud Adoption Risks
Software Architecture Patterns for Deployability
ML-Driven Decision Making in Realistic Cyber Exercises
A Roadmap for Creating and Using Virtual Prototyping Software
Software Architecture Patterns for Robustness
A Platform-Independent Model for DevSecOps
Using the Quantum Approximate Optimization Algorithm (QAOA) to Solve Binary-Variable Optimization Problems
Trust and AI Systems
A Dive into Deepfakes
Challenges and Metrics in Digital Engineering
The 4 Phases of the Zero Trust Journey
DevSecOps for AI Engineering
Undiscovered Vulnerabilities: Not Just for Critical Software
Explainable AI Explained
Model-Based Systems Engineering Meets DevSecOps
Incorporating Supply-Chain Risk and DevSecOps into a Cybersecurity Strategy
Software and Systems Collaboration in the Era of Smart Systems
Securing the Supply Chain for the Defense Industrial Base
Building on Ghidra: Tools for Automating Reverse Engineering and Malware Analysis
Envisioning the Future of Software Engineering
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