Cybersecurity for Good
Delivering Trust Through <br>Security-by-Design,<br>Deductive Formal Methods,<br>Trusted Software Solutions,<br>Security Expertise,<br>Certification,<br>Reliability
Cybersecurity for good
ProvenRun is a leading provider of trusted software solutions with extensive expertise and an unwavering commitment to security. We focus on critical industries such as Cloud, Telecom, Web3/BlockChain, Automotive, Aerospace and Defense, and the Internet of Things (IoT). We are pioneers in formal methods and security evaluation techniques to reach the highest levels of security-by-design for complex software.
With a track record of successfully delivering secure software products and certifications, we have earned the trust of our clients and partners. Our dedication to staying at the forefront of security advancements, continuous research and development, and adherence to industry standards solidify our commitment to providing innovative and reliable solutions to build digital trust.
Established in 2009, ProvenRun pioneered formal methods and security evaluation techniques to reach the highest levels of security-by-design for complex software. ProvenCore is the first and only operating system to achieve Common Criteria security certification at the highest level (EAL7). It’s the absolute best foundation for IoT security. OEMs and tier 1 suppliers in Aerospace and Defense, Automotive, and Semiconductors can develop and certify applications faster, anticipate future regulatory requirements, and reduce lifecycle maintenance costs. ProvenRun’s security technology builds digital trust, by leading large-scale deployments and raising the bar on security industry standards.
Our Products
Comprehensive Support and Services
ProvenRun provides comprehensive support and services to its customers, including development tools, documentation, training, certification support and technical assistance. Our team of experts is readily available to help customers integrate and deploy ProvenRun’s solutions effectively, ensuring a smooth and successful implementation process.
Software
Professional Services
Support
- Secure OS and Trusted Execution Environments: ProvenCore, ProvenCore-M, ProvenVisor
- Trusted Applications
- Certification kits
- Software Development Kit to boost your development of trusted applications in C and Rust
- Consulting: risk analysis, security architecture, certification support
- Engineering: Secure Boot, TEE development, trusted application development
- Training led by experts in security and embedded software development
- Product documentation and knowledge base
- Support packages and technical advice from developers, engineers, and architects
- Board support packages for Arm and RiscV micro-processors and micro-controllers
Software
- Secure OS and Trusted Execution Environments: ProvenCore, ProvenCore-M, ProvenVisor
- Trusted Applications
- Certification kits
- Software Development Kit to boost your development of trusted applications in C and Rust
Professional Services
- Consulting: risk analysis, security architecture, certification support
- Engineering: Secure Boot, TEE development, trusted application development
- Training led by experts in security and embedded software development
Support
- Product documentation and knowledge base
- Support packages and technical advice from developers, engineers, and architects
- Board support packages for Arm and RiscV micro-processors and micro-controllers
Comprehensive Support and Services
ProvenRun provides comprehensive support and services to its customers, including development tools, documentation, training, certification support and technical assistance. Our team of experts is readily available to help customers integrate and deploy ProvenRun’s solutions effectively, ensuring a smooth and successful implementation process.
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.
From HSM to Trusted Security Governance Platforms: Programmable Trust Anchors for Complex Digital Systems
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.
CryptoNext Security and ProvenRun Integrate Post‑Quantum Cryptography into ProvenRun’s New Hardware Security Module
CryptoNext Security and ProvenRun announce the integration of post‑quantum cryptography into ProvenHSM, reinforcing their shared ambition to deliver a fully integrated, high‑assurance, end‑to‑end security stack built for the post‑quantum era and the most demanding environments.
Trusted Cloud Enclaves and Security Governance for High-Assurance Cloud Computing
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.
Security Governance Filters
Modern digital infrastructures are becoming increasingly complex and interconnected.
CyberSecurity-thon
Defense Against Blackhat
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.
From HSM to Trusted Security Governance Platforms: Programmable Trust Anchors for Complex Digital Systems
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.
CryptoNext Security and ProvenRun Integrate Post‑Quantum Cryptography into ProvenRun’s New Hardware Security Module
CryptoNext Security and ProvenRun announce the integration of post‑quantum cryptography into ProvenHSM, reinforcing their shared ambition to deliver a fully integrated, high‑assurance, end‑to‑end security stack built for the post‑quantum era and the most demanding environments.
Trusted Cloud Enclaves and Security Governance for High-Assurance Cloud Computing
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.
Security Governance Filters
Modern digital infrastructures are becoming increasingly complex and interconnected.