As the Internet of Things (IoT) and Software-Defined Vehicles (SDV) expand, the need for hardware-level isolation has never been greater. ARM TrustZone technology provides the foundation by separating execution into a “Normal World” and a “Secure World”. However, the hardware is only as strong as the software running inside it. 

In the current cybersecurity landscape, most operating systems (OS) rely on “marketing trust”, a cycle of reactive testing followed by endless patching once vulnerabilities are discovered. But for mission-critical systems in Automotive, Aerospace, and Defense, finding bugs isn’t enough, you need to prove they cannot exist.

Reconciling Security Certification and Product Introduction In today’s cloud, telecom and Web3 landscapes, hardware security modules (HSMs) must move faster than ever to support innovation and regulations like eIDAS or EU Cyber Resilience Act. Traditional HSMs often impose long certification cycles and stiff integration constraints. ProvenHSM introduces a paradigm shift

Cybersecurity for the IoT: How Trust Can Unlock Value Currently, IoT is at a crossroads, facing a decision between continued incremental value in siloed clusters or unlocking massive value as a fully interconnected ecosystem. The integration of IoT and cybersecurity is crucial for this transition, as cybersecurity risks are a

Recent Cyber Threats in Smart Homes: A Wake-Up Call Before diving into the importance of cybersecurity in smart homes, it’s crucial to understand the real-world risks with two recent examples: Smart Thermostat Hack: In a notable incident, hackers gained control over a smart thermostat system in several homes. They manipulated

Trusted Computing Base A Trusted Computing Base (TCB) comprises all parts of a computing system that provide a securing operating environment.  The TCB extends beyond system software and can include the underlying hardware, firmware used for booting and other purposes, the operating system and device drivers, virtualization software (if any),

Secure-by-Design – What it really means For decades, device security took a back seat to considerations of feature/functionality – responsiveness, connectivity, UX, etc. – and to protecting OEM intellectual property.  Architects and developers typically deferred the issue of cybersecurity to the networks and locales where their devices were deployed, relying

How is embedded security unique?   Not a week goes by without news of breaches and exploits that expose corporate networks and regular end-users to risks to data, identity, and more broadly, well-being. With the increasing sophistication of both computer systems and of the cybercrimes that plague them, no system