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.

This white paper introduces Trusted Security Governance Platforms (TSGP), a new class of security infrastructure designed to govern critical operations in complex digital systems.

Modern infrastructures such as cloud platforms, AI systems, large software supply chains and distributed environments introduce architectural challenges where security policies must be enforced across partially trusted infrastructures.

Cloud computing infrastructures have become the dominant platform for modern digital systems. Governments, industries and technology companies increasingly rely on cloud environments to host critical workloads, including financial systems, industrial platforms and artificial intelligence infrastructures.

Modern digital infrastructures are becoming increasingly complex and interconnected.

Artificial intelligence infrastructures concentrate large volumes of sensitive data, proprietary models and strategic operational knowledge.

Protecting these assets is challenging because AI workloads must process data in clear form during training and inference.

ProvenRun demonstrates ProvenCore for securing Automotive Critical ECU’s This document, co-authored by SystemX Institute for Technology and ProvenRun explains how a new generation TEE (Trusted Execution Environment) such as ProvenCore could be used to secure Automotive Criticial ECU’s. Read & Download

Isolate Security-Critical Applications on Zynq Ultrascale+ Devices This whitepaper, co-authored by Xilinx and ProvenRun, explains how implementing a TEE on the Zynq® UltraScale+™ platform (RFSoCs and s) greatly reduces the attack surface of security-critical applications. Explore this white paper to find out: What a TEE is, How the requirements for

Hypervisor and security Connected devices that are part of the Internet of things are at risk of being remotely attacked. Performing such attacks require the exploitation of vulnerabilities in their Trusted Computer Base, the parts of the software and hardware that are critical to the devices’ security. Designing remote attacks

Introduction Using deductive formal methods for ProvenCore, a secure operating system with a high-level interface for applications and for ProvenVisor, a secure hypervisor, makes it possible to reach a higher level of security while reducing the total costs of security. What we have done We have developed a secure OS