Cybersecurity has moved beyond data. It is now a critical matter of functional safety, operational resilience, and public trust. Cyber Security No1 exists to provide clarity, depth, and expert guidance in this comple
Our mission is to bridge the gap between abstract cybersecurity concepts and their real-world, physical consequences. We translate:
We believe that robust cybersecurity is the fundamental enabler of innovation in the automotive and embedded industries. By empowering our readers with knowledge, we contribute to building a safer, more secure technological future.
The digital battlefield has expanded. It’s no longer just about servers and laptops; it's about the billions of specialized computers embedded in our environment—Electronic Control Units (ECUs) in vehicles, programmable logic controllers (PLCs) in factories, and sensors in critical infrastructure.
These embedded systems come with unique challenges: resource constraints, real-time operating systems, decades-long lifecycles, and direct physical impact. The automotive industry, in particular, represents the ultimate convergence of these challenges, governed by new regulations like UN R155 and standards like ISO/SAE 21434.
Seeing a need for a resource that focused specifically on this cyber-physical intersection, Cyber Security No1 was founded. We are built by experts who live and breathe this niche, passionate about sharing our knowledge to raise the security bar across these vital industries.
I am a cybersecurity consultant dedicated to building resilience in the technologies that power our modern world. My unique expertise lies at the intersection of deep electrical engineering knowledge and advanced information security principles. This allows me to address security challenges not just from a software perspective, but from the silicon level up, through connected devices, and into complex cyber-physical systems like modern vehicles.
My mission is to help organizations design, build, and deploy secure and compliant products in some of the most demanding and critical environments.
I provide specialized consulting services across three interconnected domains:
🚗 Automotive Cybersecurity Navigating the complex landscape of UN R155/156 regulations and ISO/SAE 21434 compliance. I help clients implement robust Cybersecurity Management Systems (CSMS), perform Threat Analysis and Risk Assessment (TARA), and secure vehicle architectures (CAN, LIN, Automotive Ethernet) from the ground up.
📶 IoT & Embedded Systems Security Securing the vast world of connected devices. My work spans from hardware security modules (HSM) and secure boot processes on microcontrollers to vulnerability assessment and penetration testing of firmware and wireless protocols.
⚡ Semiconductor Security Applying a deep understanding of electronics engineering to hardware-level security. This includes analyzing potential side-channel attacks, fault injection, and ensuring secure manufacturing and provisioning processes for chips that will be deployed in critical systems.
My career has been driven by a passion for understanding how things work at their most fundamental level and then securing them.
This journey enables me to offer a holistic perspective that pure software security experts or hardware engineers alone cannot.
I offer tailored consulting services to help you navigate your specific challenges:
I am passionate about solving complex security problems and fostering a community of learning. Whether you are tackling a specific technical challenge, ensuring regulatory compliance, or looking to understand your risk landscape, I am here to help.
Get in touch to discuss how we can secure your future together.
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