Webinar Módulo 2 - grupo 143 Ciberseguridad avanzada en la industria 4.0 Francisco Javier Borràs

Introduction to the course on advanced cybersecurity in Industry 4.0, discussing the evolution of the industry and introducing the fundamentals and key concepts of Industry 4.0.

Discusses the increasing importance of connectivity in modern industrial environments, focusing on industrial automation, instrumentations, and the role of cybersecurity in an interconnected industrial ecosystem.

Explains the historical industrial revolutions, emphasizing the significance of interconnected machines, cyberattacks, and the need for safeguarding data integrity and confidentiality in industrial operations.

Explores different types of production systems such as job production, batch production, and mass production, highlighting the criteria that differentiate these systems based on order specificity and production techniques.

Discusses the anticipated impact of Industry 5.0 and future developments, focusing on clean energy, advanced technologies, human-machine collaboration, and the need for cybersecurity measures in industrial settings.

Introduces the concept of Industry 6.0, highlighting key advancements in industrial automation, the use of sensors, converters, and the importance of understanding the differences between analog and digital sensors.

Explanation of the differences and uses of transmitters, sensors, and transducers in industrial applications.

Overview of control systems, automation devices, and the importance of understanding industrial needs.

Explanation of actuators, machines, and their functions in converting different forms of energy for mechanical movement.

Description of solenoid valves, their electromechanical operation, and uses in controlling liquid or gas flow in pipelines.

Introduction to servomotors, their control through variable width pulses, and applications in robotics and CNC machinery.

Comparison between barcode and RFID technologies, their uses, advantages, and limitations in inventory management and product tracking.

Explanation of LAN networks, wireless connections, and Near Field Communication (NFC) technology for data transfer and control in industrial settings.

Introduction to PLCs, their functions as industrial controllers, inputs, outputs, and communication capabilities for automation tasks.

The CPU decides the required outputs by applying rules to input signals and stores output history. It enables remote communication for monitoring devices and can handle physical access control.

The CPU is a programmed integrated circuit that stores output history and enables remote communication. It can handle firmware updates, power backup, clock synchronization, and automation of processes.

Modules like indicator lights, solenoid valves, and starters are added to PLCs to execute and remove commands. They are crucial for automation, control, and safety in industrial processes.

PLCs play a vital role in temperature control by managing heating and cooling systems efficiently. They use sensors, valves, and control strategies like proportional integral derivative (PID) for optimal temperature regulation.

The adoption of automation in Industry 4.0 presents challenges such as cybersecurity threats, resistance to change, and the need for continuous training. However, it offers opportunities for improved productivity, system protection, and enhanced technologies.

SCADA systems aid in monitoring and controlling industrial processes, while HMIs provide user interfaces for interaction. Understanding the differences and uses of SCADA and HMIs is crucial for efficient automation and process control.

Introduction to basic concepts of electrical circuits and panels, emphasizing the importance of proper wiring and identification of components to ensure safety and functionality.

Explanation of components in an electrical panel, such as differential switches, thermal switches, and ICP, highlighting their roles and importance in electrical installations.

Detailed explanation of wiring techniques, including the use of DIN rails, connection points, and interconnection bars to ensure proper and secure electrical connections.

Discussion on circuit protection measures, including the use of different types of switches and circuit breakers to safeguard against overloads, short circuits, and other electrical issues.

Overview of industrial electrical panels and their components, focusing on the usage of transformers, power sources, soft starters, and programmable controllers for industrial machinery control.

Explanation of Programmable Logic Controllers (PLCs) and Supervisory Control and Data Acquisition (SCADA) systems, detailing their roles in industrial automation and data collection for efficient plant operation.

Discussion on cybersecurity risks and vulnerabilities in industrial systems, highlighting the importance of secure internet connections and the potential risks associated with unprotected devices and networks.

Se menciona una herramienta y se invita a registrarse para verla. Deja una pregunta abierta para la audiencia responder por mensaje privado.

Se discute la posibilidad de interactuar con las Industrias y se plantea la idea de un robot con chips en el cuerpo.

Se relata un experimento donde se prueba la capacidad de modificar a un robot, cambiar sus características físicas y su interacción.

Se plantea la posibilidad de tener relaciones sexuales con un robot y se discute la aceptación en el ámbito laboral como abogada robot.

Se comenta sobre llegar a ser más eficientes como robots y la conexión con Neuralink, planteando hasta dónde se puede llegar.