AI Robot System Integration Security Design and Cybersecurity Protection Practical Class

With the rapid development of AI robots, smart manufacturing, and industrial automation, the security design of robot systems and cybersecurity protection has become an indispensable core capability for enterprises introducing smart factories. This course is planned around four main themes: 'Security Design, International Standards, AI Governance, Industrial Cybersecurity,' guiding participants to deeply understand robotic mechanical safety, electrical safety, collaborative robot safety, fault-tolerant control design, and domestic and international safety regulations, establishing a complete system security design mindset. It also deeply analyzes the latest international standards and regulatory requirements such as ISO/IEC 42001, EN 304 223, OWASP Top 10 for LLM, ISA/IEC 62443, and the EU Cyber Resilience Act, grasping important concepts of AI robot governance, risk management, and product lifecycle safety. The course combines practical cases of smart manufacturing, exploring industrial cybersecurity issues such as controllers, communication, cloud, remote operations, supply chain security, SBOM management, and vulnerability protection, with industry experts sharing their experiences and practical implementations from enterprises, helping participants to establish a complete security capability from planning, design, construction to operation and maintenance. Upon completion of the course, participants will possess professional knowledge of AI robot security design, industrial cybersecurity protection, and regulatory compliance, becoming key technical personnel in driving smart manufacturing and digital transformation for enterprises.