CyManII | Cybersecurity Manufacturing Innovation Institute’s Post

🔜 Evolving Chip Design with Integrated Security 🛡️ 💡As vulnerabilities in complex designs continue to rise, the chip design process is evolving to prioritize security from the start. By integrating hardware and software protections early, we ensure robust, tamper-resistant systems that stand up to evolving threats. With new regulations driving "security by design," adopting a holistic approach from design to deployment is essential. 🔒 Key Benefits: -Comprehensive protection against hardware and software vulnerabilities -Compliance with emerging global security standards -Long-term security lifecycle management -Enhanced system integrity and resilience Join the discussion in leading the charge toward a secure and resilient semiconductor future. Together, we're building the foundations for safer technology. #ChipDesign #CyberSecurity #Semiconductor #Innovation #TechRevolution #SecurityByDesign

As the application of security in modern electronics evolves, understanding the impact on both hardware and software is critical to addressing the need for security by design.

Exciting News Alert! Our esteemed investor, Atiq Raza is making waves in the tech world! Dive into his incredible journey from pioneering microprocessors to shaping the future of cyber defense. In a recent article featured in the Economic Times, Atiq Raza shares his captivating story, highlighting his early career milestones, pivotal encounters (yes, including a meeting with Bill Gates!), and his remarkable leadership at AMD. Read the full article now: https://lnkd.in/exE3tv5N Don't miss out on this exclusive glimpse into the Silicon Valley trailblazer's life. #CloudDefenseAI #AtiqRaza #TechInnovation #CyberSecurity #EconomicTimesArticle

Defense in depth is a well recognised security strategy, This is critical to the security of automotive systems. Tessent Embedded Analytics provides functional monitoring capabilities to address security at the logical level, providing a base layer starting point.

Thank you, Ann Mutschler for a good article. Security is a moving target and solutions need to evolve, but security by design done right, starting from the hardware and extending out is fundamental. #HardwareSecurity #cybersecurity #softwaresecurity #synopsys #semiengineering

December 18, 1991 – A quantum leap in tech collaboration! IBM and Siemens AG unveil the future with the announcement of a groundbreaking 64M DRAM Chip Prototype. This innovation set the stage for a new era of computing power. Let's celebrate the pioneers who dared to dream big and continue pushing the boundaries of technology! #ASM #AttackSurface #AttackSurfaceManagement #Cybersecurity #CybersecurityAwareness #Datasecurity #DigitalRiskProtection #DRP #EASM #ExposureManagement #ExternalAttackSurfaceManagement #Informationsecurity #Infosec #RiskAssessment #Security #Securityawareness #SecurityRatings #ThirdPartyRiskManagement #TPRM #VulnerabilityAssessment #TechThrowback #InternetHistory #TechAnniversary #TechInnovation #ComputerHistory #RetroTech #TechTimeline

Biden's recent order restricts investments in semiconductors and microelectronics, AI and quantum tech. In this context it is interesting to share these insights on the #quantumcomputing supply chain, spanning multiple qubit technologies. 🌐 The authors (from Penn State University) delved into the architecture, potential IPs in the quantum stack, and unearthed parallel security challenges to classical computing like IP leakage and software attacks. 🚫 🖥️ A call to action: More scrutiny on quantum supply chains is essential for proactive defense against vulnerabilities. 🔍💡 #quantum #cybersecurity #supplychain Dr. Benjamin DELSOL

Thank you so much, Michel, for sharing this paper! This highlights how vital an IP strategy is in the realm of quantum technology! If I may draw an analogy, the quantum tech ecosystem is much like a chessboard. On one hand, we have the technical pieces — qubits, control electronics, fabrication materials — each holds unique IP value and are vital to maneuver through the complex game of quantum computing. On the other hand, we have the strategic chess moves — protecting these IPs, uncovering potential vulnerabilities, and implementing proactive defenses. These strategic moves enable tech companies to maintain a significant edge in the high-stakes game of quantum supremacy. Just like in chess, the key to triumph in the quantum arena is found not only in mastering the individual pieces, but also in astutely deploying them within the intricate interplay of the game. This includes safeguarding technological IPs from security threats and ensuring the seamless operation of every tech component. Protecting these pieces of the quantum tech ecosystem, therefore, is as strategical as it is technical. It's about seeing far beyond the present move and preparing for the next ones to come, just like we do in chess and in IP Strategy!😉👍😎🚀

In the realm of semiconductor chip design, the globalization of design processes amplifies the risk of IP theft, putting billions in innovation at stake. Traditionally, IP protection strategies were centered around securing design databases and files. However, the evolution of design flows—now more fragmented across tools, files, and teams—demands a more comprehensive approach. To counter these challenges, innovative methods such as watermarking IP directly onto the chip, fingerprinting IPs, and diversifying manufacturing across multiple sites are being adopted. Moreover, the integration of security features directly into design tools and workflows is becoming increasingly crucial. A holistic security approach, blending technology, process, and people, is vital for protecting our intellectual creations in semiconductor chip design. #SemiconductorDesign #IntellectualProperty #CyberSecurity #Innovation

D-Wave Claims #QuantumSupremacy in New Research: "Computational supremacy in quantum simulation" (PDF via arXiv) https://lnkd.in/dwxB8r49 D-Wave "Experiments were performed on two models of D-Wave quantum annealing processor: a prototype #Advantage2™ processor (#ADV2) and an Advantage™ processor (ADV1, online for general access as 'Advantage system4.1' during experiments). Both processors were maintained at a cryostat set point of 12 mK. #ADV1 was used in a recent demonstration of coherent annealing of 3D spin glasses24. ADV2 was fabricated using a lower-noise process and a different #qubit connectivity family (Zephyr62) than ADV1 (Pegasus63). ADV2 and ADV1 had, respectively, 1222 and 5627 #qubits;" #CyberSecurity #QuantumTech #QuantumComputing #QuantumTechnology #CyberDefense #QuantumAdvantage