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Aerospace and Defense Device Security
Safeguard mission-critical equipment and gain more time for research with aerospace and defense device security.
Keep Mission-Critical Aerospace and Defense Devices Secure
Security in the aerospace and defense industry is paramount to ensure sensitive military information and aviation resources remain uncompromised. As technological advancements in this industry increase, so does the number of potential attack surfaces. Aerospace and defense security professionals need to spend less time on development and more time deploying innovative solutions.
Our in-house testing approach grants you access to world-class security testing tools for side channel analysis (SCA), fault injection (FI), and pre-silicon testing capabilities — without relying on external labs. The solution is easily adaptable to test various cryptography standards, ensuring relevance across different security protocols and applications.
This complete package, including hardware, software, training, and customer support, empowers you to focus your efforts on testing and research, rather than diverting resources to tool development.
Why Keysight for Aerospace and Defense Device Security?

Post-Quantum Cryptography for Aerospace and Defense
Post-quantum cryptography (PQC) is a new development in cryptographic algorithms that can protect against brute-forcing attacks made with future quantum computers. These machines are not available yet, but early adopters of PQC are preparing for them. The aerospace and defense industry relies on secure communication and data protection, making it particularly vulnerable to the potential future risks posed by quantum computers.
Stay ahead in the aerospace and defense industry by implementing PQC securely. Our experts follow the latest discussions and news and help examine your solutions. We also design practical test methods for Keysight Inspector.
Research Areas in the Aerospace and Defense Industry
Pre-silicon chip security
In aerospace and defense, it's critical to ensure that hardware is secure from the start to prevent vulnerabilities that could be exploited in sensitive operations. In our pre-silicon chip security research, we identify SCA and FI vulnerabilities using state-of-the-art simulation. We develop automated patching of SCA and FI vulnerabilities, utilize artificial intelligence and deep learning-assisted validation techniques, and test PQC implementation security.

Post-silicon chip security
Our post-silicon chip security research includes the identification of SCA and FI vulnerabilities using state-of-the-art tools that can perform power or electromagnetic SCA, voltage common collector / clock / laser / electromagnetic FI attacks, artificial intelligence and deep learning-assisted validation techniques, and PQC implementation security testing. These capabilities are important for verifying that the final products meet stringent security requirements, protecting critical systems from potential attacks.

Software security assurance
This research area consists of new techniques and methodologies to find vulnerabilities in software through red-teaming and techniques like fuzzing or symbolic execution. In aerospace and defense, this is vital for fortifying systems against cyber threats, ensuring operational integrity and confidentiality.

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