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👉 Alignment with EU Regulations: TR-03183 aligns with broader EU cybersecurity frameworks, including the EU Cyber Resilience Act (CRA), ensuring manufacturers meet regulatory obligations for product security. 👉 The guideline provides cybersecurity requirements for manufacturers and products to enhance resilience against cyberattacks, ensuring the security of digital products throughout their lifecycle. 👉 Global Compananies /Non-German companies should align with global cybersecurity frameworks such as ISO/IEC standards, NIST, GDPR, and sector-specific regulations, but also consider EU-specific guidelines like TR-03183 if operating within the EU. Global compliance requires a combination of local and international standards to ensure broad market access and robust security. 👉Focus Areas - Security by Design: Emphasizes incorporating security features from the initial design phase of products. - Security by Default: Products should come with secure default configurations, minimizing vulnerabilities without requiring user intervention. - End-to-End Security: All components and processes, from manufacturing to deployment, should follow strict security measures to ensure continuous protection. 👉Manufacturer Responsibilities: - Risk Assessment: Perform continuous risk assessments, identifying and addressing vulnerabilities during the product's entire lifecycle. -Incident Response: Establish a comprehensive incident response plan to quickly detect, report, and mitigate security incidents. -Software Updates: Ensure regular updates and patches for addressing newly discovered vulnerabilities, maintaining product security post-deployment. -Secure Supply Chain: Secure all parts of the supply chain, ensuring that third-party components do not introduce vulnerabilities. 👉Product Lifecycle Requirements: -Secure Development Process: Apply best practices for secure software and hardware development, including secure coding practices and regular testing. -Cryptography: Use state-of-the-art cryptographic methods for data protection, encryption, and authentication. For information about our services, please visit https://lnkd.in/dVF4Nwym https://lnkd.in/dBtteCm7 #CRA #NIS2 #NIST #SBOM #FOSS IAPP

Security frameworks are vital for organizations of all sizes as they provide a structured approach to managing risks. They help identify vulnerabilities and prioritize security efforts, ensuring a consistent approach across the organization. Frameworks also aid in compliance with regulatory requirements and optimize resource allocation by focusing on critical areas. They establish clear incident response protocols, enabling quicker recovery from breaches and enhancing stakeholder trust. Ultimately, these frameworks promote continuous improvement, helping organizations adapt to evolving threats and maintain a strong security posture. Information -> Knowledge -> Understanding -> Action -> Security & Stability NIST.GOV Offers some clear quick start guides, start today! https://lnkd.in/gZE-gCCV

A webinar for Risk mitigation in the Supply chain and Exiger's Supply chain Product assurance playbook approach to boost cybersecurity. Thanks to the all-woman panel Carrie Wibben, JC Herz, and Cassie Crossley #suppplychain #cybersecurity #Riskmitigation

Quickparts Achieves ISO 27001:2022 Certification for Global Operations - ETMM Online: Quickparts Achieves ISO 27001:2022 Certification for Global Operations  ETMM Online #CyberSecurity #InfoSec #SecurityInsights

📣 [WEBINAR REGISTRATION NOW OPEN] 📣 “Assuring Software Products in Critical Systems” on April 3rd at 1 pm ET   As we kick off Supply Chain Integrity Month, join an all-star, all women panel featuring Exiger’s Carrie Wibben and JC Herz in discussion with author Cassie Crossley (VP, Supply Chain Security at Schneider Electric) on how a playbook approach can boost #cybersecurity. Join us to explore the complex landscape of software #SupplyChain risks including:   💡 Proactive risk management in your software supply chains 💡 Exiger’s Supply Chain Product Assurance Playbook - an in-depth strategy product transparency and assurance initiative developed with Schneider Electric 💡 How to go beyond #compliance toward a more secure, resilient #software supply chain with ongoing monitoring   One lucky attendee will also win a download of Cassie Crossley’s new book which covers this work - Software Supply Chain Security: Securing the End-to-End Supply Chain for Software, Firmware, and Hardware.   Secure your spot today: https://lnkd.in/gAmwfTHM #SupplyChainIntegrityMonth #ProductAssurance #SupplyChainSecurity

FAST FACTS: Did you know? The security design principle in NIST SP 800-160, Volume 1 that is critical to stopping subversion of systems by hostile adversaries is called “Trustworthy System Control.” This design principle is especially relevant for systems and high value assets that are part of the U.S. critical infrastructure, where a severe or catastrophic failure could affect national or economic security. Principle: The design for system control functions conforms to the properties of the generalized reference monitor. https://lnkd.in/e5j5d2vm Trustworthy system control serves as the design basis for individual system elements, collections of system elements, networks, and systems where intentional and unintentional adversity can prevent the achievement of the loss control objectives. The principle also drives the need for rigor in engineering activities commensurate to the trust placed in the system elements. A reference validation mechanism, which is a combination of hardware and software, realizes the reference monitor concept to provide the access mediation foundation for a trustworthy secure system. To achieve the objectives of trustworthy secure design, mechanisms (i.e., engineered features and devices) must satisfy four essential design criteria. (1) A protection mechanism or feature should not be circumventable (i.e., the mechanism should be non-bypassable). (2) A protection mechanism or feature should be evaluatable (i.e., sufficiently small and simple enough to be assessed to produce adequate confidence in the protection provided, the constraint or control objective enforced, and the correct implementation of the mechanism). (3) A protection mechanism or feature is always invoked, providing continuous protection. (4) A protection mechanism or feature must be tamper-proof (i.e., neither the protection functions nor the data that the functions depend on can be modified without authorization). Trustworthy system control also encompasses control, safety, and security concepts to establish a system capability that: - Enforces constraints to achieve only the authorized and intended system behaviors and outcomes - Provides self-protection against targeted attacks on the system - Is absent of self-induced emergent, erroneous, unsafe, and non-secure control actions Such a system capability underlies the loss control objectives and transforms the approach for design to not rely on having detailed knowledge of the capability, means, and methods of an adversary. This design approach can be employed in an attack-dependent or attack-independent manner based on the limits of certainty for what is known with confidence about the adversary. Full spectrum security. Penetration resistance. Damage limitation. System resilience. #NIST800160 #SystemsEngineering #DesignPrinciples #SSE #TrustworthySystems #Assurance #MediatedAccess #INCOSE #SystemResilience #SDLC #HVA #CriticalSystems #HighValueAssets #TrustworthySystemControl

💡 Software Bill of Materials (SBOM) is a vital tool in software development and cybersecurity. Beyond compliance, SBOMs offer immense value — enhancing software transparency, improving vulnerability and patch management, streamlining audits, and bolstering supply chain risk management. Finite State takes SBOMs to the next level with advanced binary Software Composition Analysis (SCA). Our Next Generation Platform offers unmatched precision, continuous vulnerability monitoring, and automated management features, empowering organizations to navigate today's complex security landscape with confidence. Talk to the team to learn more 📞 #Cybersecurity #SoftwareDevelopment #SBOM #Devicesecurity #IoTSecurity #SupplyChainSecurity

The final tranche of Regulatory Technical Standards have been published today for the Digital Operational Resilience Act (DORA). Covering: 1. RTS and ITS on the content, format, templates and timelines for reporting major ICT-related incidents and significant cyber threats;  2. RTS on the harmonization of conditions enabling the conduct of the oversight activities; 3. RTS specifying the criteria for determining the composition of the joint examination team (JET); and 4. RTS on threat-led penetration testing (TLPT). Navigating the compliance landscape can be challenging, but Nemesis makes it easier. Our breach and attack simulation software allows your organization to simulate real-world scenarios to ensure compliance with ICT risk management policies and security posture, such as those required by NIS2 and DORA (Article 25).   You can automate those simulations with our user-friendly scheduler, validate controls, and safeguard critical infrastructure. By creating executive-quality reports, Nemesis provides clear insights and actionable data for decision-makers. This means less time navigating complex spreadsheets and more time focusing on strategic initiatives.  Elevate your compliance efforts today and ensure your organization is prepared for any scenario. Contact me for a chat and a demo! #DORA #BAS #Cybersecurity #Compliance Persistent Security Industries

C2A Security’s EVSec Platform: Driving Cybersecurity Compliance in the Automotive Industry https://lnkd.in/ejdM9kZa C2A Security’s EVSec Risk Management and Automation Platform is increasingly adopted within the automotive sector to address the challenge of complying with cybersecurity regulations and standards efficiently. As of 2023, C2A Security has entered into commercial agreements with over 10 customers and partners, including a significant enterprise agreement with a European Commercial Vehicle Manufacturer. The automotive industry is under pressure to comply with a variety of cybersecurity regulations and standards, including UN Regulation No. 155, ISO/SAE 21434, and Chinese GB Standards. The year 2024 marks a crucial period for these regulations, especially UN Regulation No. 155, which will be fully […]

Joe Coleman, Cybersecurity Officer at Bluestreak Consulting, sheds light on the crucial aspects of Cybersecurity Maturity Model Certification (CMMC) and NIST SP 800-171 compliance in Control Engineering Magazine. In the article, Joe delves into the intricacies of CMMC certification levels and elucidates seven compelling reasons companies can initiate compliance efforts without delay. https://rb.gy/5enihi