Aperte le iscrizioni per Cybersecurity in SCADA Systems, Industry, Power, and Energy. Materia del master in Master in Cybersecurity and Critical Infrastructure Protection si rivolge ai professionisti del settore e offre una formazione approfondita e specialistica su un tema di grande attualità e rilevanza.
Docenti:
- Mario Marchese
- Alessio Aceti
- Gaetano Sanacore
- Micaela Caserza Magro
- Gabriele Nani
- Lorenzo Ivaldi
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 (32 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 scegliere questo insegnamento cliccare su CORSO DI PERFEZIONAMENTO IN “CYBERSECURITY AND CRITICAL INFRASTRUCTURE PROTECTION” - VI EDIZIONE E SINGOLI INSEGNAMENTI e nella compilazione della domanda indicare l'insegnamento o gli insegnamenti a cui ci si vuole iscrivere)
oppure contattaci all'indirizzo email: master.cybersecurity@unige.it