Iso/Sae 21434 Automotive Cybersecurity Standards

TARA, Security Concept, Stakeholder Expectations, Security Specification

What you'll learn

Participants in this ISO 21434 course will receive in-depth knowledge of the various requirements for automotive cyber security ISO 21434 standard.

Students will grasp the relationship between threat and risk analysis, security concept, stakeholder expectations, security specification, verification etc

Students shall understand these relationships through out the entire lifecycle of product development.

The course consists of a multi-stage qualifying and practical approach taking into account industry implementation factors.

Requirements

No Programming Experience Required. Recommendation is to go through our previous course "Automotive Cyber Security : A learners Guide"

Description

Nowadays, there is more connectivity than ever in vehicles, meaning more risks to car cybersecurity as a whole. From WiFi to Bluetooth, LTE, and USB, the number of connected interfaces in automobiles increases exponentially every year. But with increased connectivity comes higher security risks, which is why the automotive industry developed ISO 21434, a standard that promotes cybersecurity in road vehicle systems.Although there are many benefits that come with driving a connected car (5G wireless connectivity to enable self-driving capabilities, advanced navigation systems, fewer road accidents being a few of them), the increasing amount of software in vehicles has also led to heightened cybersecurity concerns. Networked and semi-autonomous cars are more vulnerable to cyber attacks than their predecessors. As a result, manufacturers all over the world are looking to mitigate those vulnerabilities and reduce the likelihood of accidents and injuries they could cause.ISO 21434 “Road vehicles - cybersecurity engineering” is an automotive industry standard developed by the International Standard of Organization (ISO) alongside the Society of Automotive Engineers (SAE). ISO 21434 focuses on the cybersecurity risks inherent in the design and development of car electronics. It provides updated guidelines for security management, continued security-related activities, as well as risk assessment and mitigation methods.

Overview

Section 1: Introduction

Lecture 1 S01 L1-Course Walk Through

Section 2: Clauses of ISO/SAE 21434

Lecture 2 S02 L1-Introduction to ISO 21434

Lecture 3 S02 L2-Organisational Cyber Security Management

Lecture 4 S02 L3-Project dependent cyber security management

Lecture 5 S02 L4- Distributed Cyber Security Activities

Lecture 6 S02 L5- Continual Cyber Security Activities

Lecture 7 S02 L6- Cyber Security Concept

Lecture 8 S02 L7-Product Development

Lecture 9 S02 L8- Cyber Security Validation

Lecture 10 S02 L9- Production

Lecture 11 S02 L10- Cyber Security Incident Response

Lecture 12 S02 L11- End of cybersecurity support and decommissioning

Lecture 13 S02 L12- Threat and Risk Analysis

Section 3: Activities and Work Products

Lecture 14 S03 L01 Organisation Culture

Lecture 15 S03 L02 Continuous Cyber Security Activities

Lecture 16 S03 L03 Concept Development Phase

Lecture 17 S03 L04 Product Development Phase

Lecture 18 S03 L05 Post Development Phase

Section 4: Cybersecurity The Practical Way

Lecture 19 S04 L01 Examples of Cybersecurity Culture

Lecture 20 S04 L02 Template of Cybersecurity Interface(CIA)

Lecture 21 S04 L03 Determining Cybersecurity Relevance

Lecture 22 S04 L04 Cybersecurity Assurance Level

Lecture 23 S04 L05 Verification and Validation

Lecture 24 S04 L06 Interaction of clauses in different phases

Lecture 25 S04 L07 Rating Criteria

Lecture 26 S04 L08 Determining Attack Feasibility

Section 5: Use Case Study

Lecture 27 S05 L01 Use Case Introduction

Lecture 28 S05 L02 Concept Phase

Lecture 29 S05 L03 Product Development Phase

Cyber Security enthusiast , Automotive Security Professionals, Security Developers and Security Managers