Securing the “Secure World”: How ProvenCore Leverages ARM TrustZone
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.
Beyond Static Trust: How Composability and Delta Certification Revolutionize HSMs
For decades, the Hardware Security Module (HSM) been the “black box” of the data center, a static, impenetrable anchor designed to do one thing: protect cryptographic keys. But as we move into 2026, the architectural landscape has shifted. We are no longer just securing servers, we are governing complex digital ecosystems involving hybrid clouds, AI components, and sprawling software supply chains.
Trusted Governance Architectures for Secure AI Agents
Autonomous AI agents capable of reasoning, planning, and invoking external tools are increasingly deployed within enterprise and cloud environments. While these systems enable powerful automation scenarios, they also introduce significant security risks when language-model outputs can directly influence operational systems, credentials, or sensitive resources.
Mathematical Proof vs. Marketing Trust: Why Your OS Needs Formal Verification
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.
