Secure your Hardware

Uncover hidden liabilities with the testing you already do

Prove the absence of vulnerabilities

Design for Security

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Secure your Hardware

Uncover hidden liabilities with the testing you already do

Prove the absence of vulnerabilities

Design for Security

Understanding the security of your hardware has never been easier

There is a large and growing gap between the assumptions made by software security techniques and the realities of the underlying hardware in mobile, embedded, and other critical systems. Hardware is becoming more complex, more integrated, and more application specific every day. Tortuga Logic is here to help.

We offer expertise, design tools, and technologies for the new hardware world. While software security continues to make countless advances toward more effective languages, software engineering practices, and program analysis, the hardware underlying all of these advances has continued a march in the opposite direction -- toward increased complexity, reduced software control of hidden state, and higher level of dynamism in search of the highest performance possible. Companies are increasingly responsible for making changes across the hardware and software, and there is a complete lack of tools available to designers to assist them. We address this gap by helping to transform the way that hardware and embedded systems designers approach the problem of security, enabling them to directly measure the different potential flows of information possible and to statically determine if their designs are in compliance with a given policy.

Get Started Now → info@tortugalogic.com

Tortuga Technology

Understand how information flows through your designs

Uncover problems and prove the absence of flows

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Tortuga Technology

Understand how information flows through your designs

Uncover problems and prove the absence of flows

Security analysis at the hardware level is of grave concern to embedded system vendors as they are asked to manage secret keys, ensure the integrity of their platforms, and protect content from theft. The ability to do mixed hardware/software security verification is just now opening up due to our team's award winning work in the field. Our analysis method allows traditional assertion-based verification techniques to be applied, for the first time, to security metadata. Competing approaches concentrate exclusively on the software layers, ignoring the many complex and nuanced ways in which the underlying hardware plays a role both in enforcing policies and in leaking data unintentionally. As hardware grows in complexity, we must escape the ``patch-and-pray'' cycle of security, and our technology provides a powerful new weapon in this fight.