Ansys Safety and Security’s Post

NXP Semiconductors utilizes model-based safety analysis to develop #safety-critical automotive System-on-Chips (SoCs). This approach is essential for modern vehicles, which are increasingly connected, electrified, and #autonomous. These vehicles rely on advanced multi-processor #SoCs to support applications like ADAS, vehicle safety systems, and sensor fusion and processing. Join this webinar to hear NXP experts ensure their comprehensive safety analysis. Fault tree analysis, dependent failure analysis, and FMEDA (Failure Modes, Effects, and Diagnostic Analysis). Verification techniques like fault injection simulation are integrated within a model-based environment to ensure comprehensive safety analysis.

💡 Seeking solutions for working on your complex #EmbeddedSystems projects? 💁We have a knowledge source article that may be right for you. 🆕How to integrate multiple SCADE models into one executable #SafetyCriticalSystems #embeddedsoftware

🆕The recent news about the White House urging developers to adopt memory-safe programming languages signifies a push for enhanced #cybersecurity. 💡For 🧑💼👩💼software developers, this means a shift towards languages that inherently prevent certain types of 🐞bugs and vulnerabilities related to memory usage. Regarding Ansys SCADE generated code, it implies that using such memory-safe languages can lead to more secure and reliable code by construction🦺, reducing the risk of memory-related security vulnerabilities.

💡DYK, every year, a staggering 840 million passengers travel by air in the United States, with 2.3 million flying each day. To keep them safe, the aviation industry relies on secure data sharing among various interconnected systems. #Cybersecurity for aircraft systems is crucial for safe operations, and the #FAA mandates it. Our customer #Astronautics has created a Risk Management Framework using Model-Based Systems Engineering to ensure their avionics products are cyber-safe and meet FAA standards. Join this 🆓 webinar given by the cybersecurity experts Kathleen Finke, Christopher Kerr, and Joe Reisinger from Astronautics to learn more. #MBSE #ANSYS

LIVE TOMORROW 📢July 10 |11 AM (EDT) Explore how to streamline your path to #ISO26262 functional safety compliance from chip to vehicle system. ➕50% increase in functional safety analysis efficiency. 🔗 end-to-end traceability, back to requirements management. 👥 configure workflows to capture best practice across the team #automotive #functionalsafety #ISO26262 #AnsysMedini

💡Have you considered the possibility of conducting all your system safety analyses in a unified environment? An automated tool🔧 that can interlink documents produced by various analysis tools and consistently update them to the latest versions is crucial for developing automotive-grade IP. Ansys medini analyze offers an integrated setting that encompasses the analysis tools mandated by standards such as #ISO262622 and also facilitates automated data transfer. This significantly reduces the burden on document verification and improves the precision of the associated data.

📣Are you ready to revolutionize #avionics development? ✈️with Next-Gen Avionics? 👉Don't miss out on the chance to learn how to create advanced avionics systems more efficiently and securely with #Ansys and #LDRA. Sign up for this 🆓 webinar now! Leveraging Model-Driven Software Development and Automated Software Verification to Deliver Next-Generation Avionics Systems https://ansys.me/4bFhKIO #MDS

💡DYK, every year, a staggering 840 million passengers travel by air in the United States, with 2.3 million flying each day. To keep them safe, the aviation industry relies on secure data sharing among various interconnected systems. #Cybersecurity for aircraft systems is crucial for safe operations, and the #FAA mandates it. Our customer #Astronautics has created a Risk Management Framework using Model-Based Systems Engineering to ensure their avionics products are cyber-safe and meet FAA standards. Join this 🆓 webinar given by the cybersecurity experts Kathleen Finke, Christopher Kerr, and Joe Reisinger from Astronautics to learn more. #MBSE #ANSYS

🫀Simulation Transforming Healthcare Boston Children's Hospital is transforming heart surgeries with 3D modeling and simulation, improving surgical planning and outcomes. #Philips leverages simulation for better product performance and faster market readiness. #GSK speeds up medicine delivery using digital twins for bioreactor scaling. Simulation-driven testing by #Numalogics enhances medical device development. Learn more in Ansys Advantage, Issue 1, 2024. 📘 #HealthcareInnovation #3DModeling #DigitalTwins #MedicalDevices #Ansys #GrantaMI

👉Read this🆕article on the Ansys Scade One, and discover the unique open model-based ecosystem that makes it ready for #MBSE. 📖Model-Based Systems Engineering (MBSE) is increasingly used as a process to structure product development, enabling #DigitalEngineering. It consists of a formalized application of modeling to support system requirements, design, analysis, verification, and validation activities beginning in the conceptual design phase and continuing throughout the development and later life cycle phases. A comprehensive MBSE workflow includes seamless paths between tools dedicated to requirements engineering, #systemdesignd, #SafetyandSecurity analysis, system simulation at different levels of fidelity, #embeddedsoftwarese design, and validation and verification (V&V).