The trusted computing task is to apply practical measures that can mitigate the effects of known cyber threats to aerospace and defense systems.

Quantum computing processes an algorithm by configuring quantum gates and initializing the qubits. Taking a measurement resolves the quantum states.

Asymmetric algorithms enable systems designers to pair keys to facilitate more novel cryptographic operations than traditional symmetric algorithms.

Cryptography forms the foundation of many aspects of trusted computing. This article considers recent algorithms and cryptographic attacks, as well as some future directions for cryptography in deployed embedded systems.

In a constantly evolving threat environment, where new attacks arrive virtually every day, system architects must design networks to be as secure as possible.

If not properly protected by taking trusted computing measures, every system on an aircraft can create a potential vulnerability. Paul Hart talks about optimizing cyber security on today’s connected military and commercial aircraft.

Curtiss-Wright's anti-tamper and cyber resiliency expert offers insight to understanding interplay between cybersecurity techniques and embedded solutions.

Trusted computing standards are evolving constantly within the United States, which can be confusing enough. International trusted computing standards can be even more difficult.