This white paper by David Sheets explores the role that hardware plays in ensuring the security of operating systems (OS) and hypervisors.

Tactical advantage on the battlefield of the future will be based on trust and personnel will need a higher level of trust that all systems will work as needed in any situation.

This white paper looks at Trusted Boot, a key strategy for ensuring that the trustworthiness of an embedded system begins with the very first software instruction at system startup in order to protect against attacks.

This white paper looks at the use of open standards-based commercial-off-the-shelf (COTS) technologies to address Trusted Computing requirements in deployable embedded systems for aerospace and defense applications.

This white paper looks at how solutions with the required boot security features built-in can reduce risks and get secure products to market faster.

When each component in the drive system is purpose-built for aiming and stabilization, integrated by experienced engineers, and proven in numerous field applications, system integrators can rest easy knowing their solutions will meet performance requirements

Defense and aerospace systems may be exposed to many security threats before, during, and after deployment. As a result, every system needs the right level of protection to ensure that it cannot be hacked or expose sensitive information.

Steve Edwards looks at the growing demand for trusted computing solutions with effective protections against cyberattacks in the global defense electronics market.

This white paper presents an overview of the potential threats to an embedded system, and how the Trust Architecture can effectively defend against these threats.

This white paper highlights the capabilities that Curtiss-Wright has established to protect the leading-edge deployed systems developed by our customers.