Last updated 7/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 4.83 GB | Duration: 6h 15m
IEC 62443 Standard, and implementation in the industrial control system (ICS). Technical controls, Levels & assessme.
What you'll learn
Industrial Cybersecurity Details as per 62443
Authentication and Authorization for ICS/OT
IEC 62443 Understanding
Understanding and Application in Industry
Cybersecurity controls for Oil& Gas, Power industry, Manufacturing etc.
Cybersecurity controls related to A&A
Dual factor Authentication
Network Firewalls, Host Firewall
Password Management
Biometric Authentication
Physical Token Authentication
Firewalls : Host & Network
Zones, Conduits and Security Levels
Requirements
Basic Industrial Software Knowledge Like DCS/SCADA/PLC/RTU etc
No programming knowledge required
Basic understanding of ICS/OT environment
No prior experience required
Description
Safeguarding critical infrastructures like Power plants, Oil & Gas industry, Wind power, Manufacturing, Food processing etc., all are now integrated with It technologies and some of them are connected to the internet as well. This convergence of IT and OT is increasing changes of being exposed or increased attack surface. Hence cybersecurity requirement for OT/ICS industry is prime concern now. Most of the industries are now implementing these measures and mitigating risks.ICS systems comprises of SCADA, DCS, PLC and many more proprietary systems and protocols, designing a cybersecurity solution for these system needs understanding of both OT related applications and IT related controls which can fit into these environments.In this course we will learn about 62443 standard and technical controls which can be implemented in the ICS environment. What are the controls and how that can be implemented, what could be probable weakness and what does industry assessment says about those prescribed cybersecurity controls.At the end of course learner will have understanding of the type of cybersecurity controls for authentication and authorization, Network security, in the Industrial environment, like dual factor authentications, smart cards etc. These are based on guidelines hence in the upcoming courses learner will understand the required cybersecurity controls for the critical infrastructure.
Overview
Section 1: IEC 62443 Basic Introduction
Lecture 1 Introduction About IEC
Lecture 2 Security Levels (SL0 to SL5)
Lecture 3 Levels of Control System (Contextual Model (L0-L4)
Lecture 4 Maturity Levels
Lecture 5 Security Level types: Target, Achieved and Capability
Lecture 6 Zone & Conduits
Lecture 7 Foundational requirements
Section 2: Foundational Requirements
Lecture 8 Identification and Authentication
Lecture 9 Use Control
Lecture 10 System Integrity
Lecture 11 Data Confidentiality
Lecture 12 Restricted Data flow
Lecture 13 Timely response to events
Lecture 14 Resource Availability
Section 3: Authentication & Authorization Technologies
Lecture 15 Authentication & Authorization Briefing
Lecture 16 Role Based Access Control
Lecture 17 Password Authentication
Lecture 18 Challenge/response Authentication
Lecture 19 Physical Token Authentication
Lecture 20 Smart Card Authentication
Lecture 21 Biometric Authentication
Lecture 22 Location Based Authentication
Lecture 23 Password Distribution & Management
Lecture 24 Device to Device Authentication
Section 4: Network Protection Technologies
Lecture 25 Network Firewalls
Lecture 26 Host Based Firewalls
Lecture 27 Virtual Local Area Networks (VLAN)
Section 5: Encryption Technologies and Data Validation
Lecture 28 Virtual Private Networks (VPN)
Lecture 29 Symmetric Key Encryption
Lecture 30 Public Key Encryption
Section 6: Management, Audit, Measurement, Monitoring and Detection Tools
Lecture 31 Log Auditing Utilities
Lecture 32 Virus and Malicious Code Detection
Lecture 33 Intrusion Detection Systems
Section 7: Zones, Conduits and Risk Assessments
Lecture 34 How to implement
Lecture 35 Flowchart for Risk Assessment
Lecture 36 ZCR 1: Identification of SuC
Lecture 37 ZCR 2: High Level Risk Assessment
Lecture 38 ZCR 3 : Partition of SuC in zones and conduits
Lecture 39 ZCR 4: Detailed Risk Assessment
Lecture 40 ZCR 5: Document Cybersecurity requirements, assumptions and constraints
Section 8: Cybersecurity Requirements & Techniques-Use Case
Lecture 41 Security Level 1
Lecture 42 Security Level 2
Lecture 43 Security Level 3
Control engineers, integrators, and architects who design or implement OT systems,System administrators, engineers, and other information technology (IT) professionals who administer, patch, or secure OT systems,Security consultants who perform security assessments and penetration testing of OT systems,Cybersecurity managers who are responsible for OT systems,Vendors that are developing products that will be deployed as part of an OT system
Homepage
Recommend Download Link Hight Speed | Please Say Thanks Keep Topic Live
Links are Interchangeable - No Password - Single Extraction
