Siamo lieti di informarvi che sono aperte le iscrizioni per il nostro corso di Cybersecurity in SCADA Systems, Industry, Power, and Energy. Questo corso, pensato per professionisti del settore, offre una formazione approfondita e specialistica su un tema di grande attualità e rilevanza.
Docenti:
- Prof. Mario Marchese (6 ore)
- Dr. Alessio Aceti (6 ore)
- Ing. Gaetano Sanacore (6 ore)
- Ing. Micaela Caserza Magro (6 ore)
- Ing. Gabriele Nani (6 ore)
- Ing. Lorenzo Ivaldi (2 ore)
Pre-requisiti:
- Conoscenze di base sulle infrastrutture critiche e sui protocolli industriali (TCP/IP based)
- Conoscenza base delle reti industriali (IT/IIoT/OT)
- Basi di ICS and SCADA systems
Programma del Corso:
- Industrial Networks: Reti di Comunicazione in tempo reale (M. Caserza Magro) – 6 ore
- I sistemi di automazione
- I protocolli di comunicazione
- Gli standard di riferimento
- Profinet, Profibus
- Cybersecurity for Power and Energy (M. Marchese) – 8 ore
- Link to Critical Infrastructures and ICS
- Transmission and Distribution Grid
- ICT model in a transmission system and in a distribution system
- Elements: SCADA and PMU
- Vulnerabilities in power systems
- PMU and Networking, PMU Network as a SCADA Network
- PMU Network as a part of a Smart GRID
- PMU architecture and standards
- Practical example of PMU communications interfaces: Ethernet Communication, Serial Communication, RS232, RS485, K-BUS
- Available Data Protocols over Ethernet and Serial solutions
- IEEE C37.118-2005
- IEEE C37.118 - Data type format
- Cyber attacks to PMU networks
- Microgrids: control loop and requirements
- Microgrids: vulnerabilities and vectors, Cyber-incidents and Violations
- Impacts of cyberattacks on microgrid operations
- Defense-in-Depth framework enabled by SDN technologies
- Vulnerability assessment in a smart grid
- Major standards for operating a smart grid
- MODBUS: protocol, PDU, function codes
- Operative Examples
- Cyber Security of SCADA Systems: Drive effective operations with complete plant information (G. Nani) – 8 ore
- Overview
- SCADA concept and high level structure
- S+ Operations Overview
- Architecture
- High performance workplace
- Integrated alarm management
- Integrated information management
- Secure operations
- IT vs OT best practices
- Cybersecurity for ABB, position and approach
- ABB cybersecurity in a power plant
- Cybersecurity workplace
- Network Monitoring
- Security patch and anti-virus updates
- Backup and recovery solutions
- Physical hardening
- COC evolution to support SOC features
- Cyber defense approach in SCADA/ICS/OT systems for manage the generation/ transmission/ distribution systems (G. Sanacore) – 8 ore
- Cyber Defense approach in Generation/Transmission/Distribution Systems
- A2A Power Energy Systems Resilience approach
- Overview to National security Framework – NIS Directive approach
- Computer Security Incident Response Team (CSIRT) overview
- A2A case study
- Overview to Cybernetic National Security Perimeter (L. n.133)
- Cyber Security compliance for systems/devices procurement
- ISO/IEC Protocols security suite (CT 57) for Electrical SCADA Systems
- New IIoT Protocol security suite for Industrial-OT networks
- Policy for Managing the Electrical Grid Security in SCADA/ICS systems
- Smart Grid, Power Plants, Transmission & Distribution Grids Cyber Security procedures
- System security solution & Case study
- Cybersecurity and ICS: How can we handle critical infrastructures hacking? (A. Aceti) – 8 ore
- How did we get involved
- Critical Infrastructures being hacked everyday
- How does it happen?
- What do we learned?
- How can we handle?
- IT and ICS cyber kill chain
- What do you need: patrolling or investigating?
- ICC IoT Security Maturity Model
- Industroyer attack scheme
- Recap
- Assess your SOC
- Alignment to the NIST Cybersecurity framework
- You cannot do it alone
- Virtual CISO
- How to disclose cyber incidents?
- Global ICS situation: ransomware, common malware, vulnerabilities
- What to do
- Browser isolation
- Cyber-physical security
- Phased-approach
- Threat Assessment
- Situational Awareness
- Countermeasures
- Operative examples
Principali Competenze Apprese:
- Industrial Networks: solutions and protocols
- Architectures, protocols, vulnerabilities and solutions in Power and Energy systems
- Cyber Security operations driven by complete plant information
- Cyber defense approach in generation/distribution systems
- Handling critical infrastructures hacking
Dettagli del Corso:
- Costo: 592 euro
- Frequenza: Dal 4 al 18 aprile 2025 (20 ore online)
- Esame: 8 maggio 2025
- Scadenza Iscrizioni: 21 febbraio 2025
Non perdere l'opportunità di approfondire le tue competenze in un campo così cruciale. Per ulteriori informazioni e iscrizioni, contattaci!