From Complexity to Confidence: Rethinking Semiconductor Security
Security has become a necessity in the semiconductor industry. As design grows more complex and regulations tighten, the challenge isn’t just building secure systems, it’s doing so without any added complexity.
I'm your host, Lee Harrison. Today, on the Siemens Security by Design podcast, I am joined by Shahram Mossayebi. Shahram is the Founder and CEO of Crypto Quantique, a company that specializes in quantum-driven cybersecurity solutions for the Internet of Things (IoT).
In this episode, you will gain valuable insights into post-quantum cryptography, Root of Trust integration, and how regulations are driving industry change. We also discuss emerging technologies in security.
What You’ll Learn in this Episode:
About Crypto Quantique and what led to the company’s launch (1:42)
About post-quantum cryptography (14:38)
Why hardware is only part of the solution with the Root of Trust (19:52)
How Crypto Quantique fares as a security company operating amidst geopolitical change and uncertainty (31:24)
What innovations we have to look forward to in the security industry (35:17)
Connect with Shahram Mossayebi:
LinkedIn
Connect with Lee Harrison:
LinkedIn
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AI in Semiconductor Design
AI has become an industry buzzword that has been embraced but also feared by the semiconductor industry. In a sector where safety and security are critical, the perception of using AI in IC design tools, where process and predictability of results are critical, it's important that adding AI enhancements and capabilities does not send designers running for the hills.
I'm your host, Lee Harrison. Today, on the Siemens Security By Design podcast, I am joined by Ron Press. Ron is the Director of Technology Enablement at a Testing Product Group within Siemens Digital Industries Software.
In this episode, you will gain valuable insights into how AI is shaping the semiconductor industry's future and its alignment with Siemens' commitment to innovation. You will also get to hear more about the potential of AI to enhance sustainability by accelerating solutions and conserving resources through digital twin modeling and AI optimization.
What You’ll Learn in this Episode:
AI in semiconductor design and testing. (1:59)
AI in EDA, trade-offs, and data security. (6:41)
AI-driven EDA tools for automotive chip design. (10:34)
AI in semiconductor industry sustainability, and innovation. (14:00)
Connect with Ron Press:
LinkedIn
Connect with Lee Harrison:
LinkedIn
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21:41
Navigating IoT Security Challenges
The IoT market continues to grow, with a predicted 14-and-a-half billion devices being connected this year and 27 billion devices being connected by 2027. Many of these devices are now being used in environments where security is critical. But where do we go for guidance and best practices?
I'm your host, Lee Harrison. Today, on the Siemens Security By Design podcast, I am joined by John Moor, the co-founder of the IoT Security Foundation.
In this episode, John shares his background in embedded systems and discusses the IoT Security Foundation's mission to improve security in the rapidly growing IoT market. He also highlights the massive increase in connected devices and the consequent security challenges, emphasizing the need for immediate action to address these vulnerabilities. In addition, you will hear more about the upcoming IoT Security Foundation Conference, focusing on the intersection of IoT security and AI, underscoring the importance of developing trustworthy AI systems.
What You’ll Learn in this Episode:
IoT security challenges and best practices (02:02)
The importance of security regulation in a hyper-connected digital world (08:01)
The importance of security by design in the tech industry (18:44)
Global Cybersecurity Challenges and the IoT Security Framework (IoT SF) (24:06)
The intersection of AI, IoT, and cybersecurity and the upcoming IoT Security Foundation Conference (32:22)
AI safety and security challenges in IoT applications. (37:32)
Connect with John Moor:
LinkedIn
Connect with Lee Harrison:
LinkedIn
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Cybersecurity in Automotive Systems
Cybersecurity encompasses various domains and targets, making it challenging to generalize the risk. The interconnected nature of everything in cyberspace means that attackers focus primarily on their objectives and exploit the path of least resistance to achieve their goals.
I'm your host, Lee Harrison. Today, on Siemens Security By Design podcast, I am joined by David Rogers, a cybersecurity specialist, and CEO of Copper Horse Ltd, a software and security company.
In this episode, David provides invaluable insights into the multifaceted world of cybersecurity. He speaks about the challenges associated with securing the automotive industry, particularly in light of vehicles' increasing complexity and connectivity. He also shares the growing need for cybersecurity expertise and collaboration across various domains to effectively address the evolving challenges in securing emerging technologies. In addition, you will hear more about the concept of digital twins and the integration of virtual and real-world elements.
What You’ll Learn in this Episode:
The vulnerabilities introduced by the integration of legacy technology and the potential for cyber attacks (10:35)
The changing dynamics of information sharing in the automotive industry, particularly in the context of cybersecurity (15:56)
Man in the Middle Attack (18:39)
The necessity for more robust and evolving standards that keep pace with technology (24:05)
The future of automotive technology, and the potential for fully autonomous vehicles (32:34)
Digital twins and the blending of virtual and real worlds, specifically in the context of sim racing and the use of simulators to train real-world drivers (35:32)
Connect with David Rogers
LinkedIn
Connect with Lee Harrison
LinkedIn
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Exploring the Challenges and Priorities of Automotive Cybersecurity
In recent years, cybersecurity has become a buzzword in nearly every industry. Companies that have never dealt with a data breach or a cyber threat have started asking, “Why is cybersecurity important?” And the automotive world is not any different from the rest. Cybersecurity has become a fundamental concern for the development of autonomous vehicle (AV) systems, as attacks can have serious consequences.
Hello and welcome to the Siemens Security By Design podcast. I'm your host, Lee Harrison. Today, I am joined by Dr. Siraj Shaikh, a professor of Systems Security at Swansea University in Wales, also Director of CyberOwl, a marine security technology provider, and Chair of the cybersecurity stream at the GAAC, the Global Automotive Advisory Council.
In this episode, he will help us understand several important topics related to cybersecurity in the automotive industry, such as the challenges of achieving Level 5 self-driving cars, the importance of security in the industry, and the challenges of integrating cybersecurity into hardware design and development.
You will also hear more about the role of Electronic Design Automation (EDA) tools in automating the process of identifying potential threats and the growing interest in cybersecurity among students.
What You’ll Learn in this Episode:
The priority of security in the automotive industry (1:54)
GAAC's mission to understand the different aspects of security in terms of design, development, and operational features (7:35)
The challenges of integrating cybersecurity into hardware design and development. (20:02)
The role of Electronic Design Automation (EDA) tools in automating the process of identifying potential threats (23:59)
The growing interest in cybersecurity among students and the demand for graduates in the market. (26:31)
Connect with Siraj Shaikh
LinkedIn
Connect with Lee Harrison
LinkedIn
Join us on our Security by Design podcast where we discuss Safety and Security within the Integrated Circuit (IC) industry, with a particular focus on the automotive sector. Our team works closely with customers to reduce risk and ensure compliance with required safety standards, providing comprehensive in-system test and fault grading solutions to meet even the highest level (ASIL D) requirements. Our Security solutions also provide multi-layered protection, addressing authentication, communication, device lifecycle management, and more.
At Tessent, we offer hardware-based security solutions with extremely low latency and fully configurable options for test, functional operation, and system level security. Tune in to learn more about how we optimize safety and security within the IC industry.
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