Cybersecurity: Embedded & IoT Security Training

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Cybersecurity: Embedded & IoT Security - Full Lifecycle

Protecting networked embedded devices against cyber threats

This training provides a comprehensive understanding of cyber security and the hacker world. Even seemingly mundane IT topics such as key and device management often pose unique challenges for designers, developers and manufacturers of embedded devices.
The concept of "security by design" and security aspects that cover the entire product lifecycle are explained using examples and best practices.
You will learn the essential basics of cryptography. The focus is on embedded devices. Answers to a wide range of questions will be provided.

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Teilnahmegebühr inkl. MwSt. (pro Person) / Participation fee incl. VAT (per person) 1.535,10 €

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Training Description: Embedded & IoT Security - Full Lifecycle

How do you secure networked embedded devices against cyber threats?

In this training you will learn what it takes to secure connected embedded devices. Starting with the big picture, you will be introduced to security best practices as well as technical challenges like managing secrets or the integrity on an embedded platform on a productive scale.

Concepts such as security by design as well as security aspects for all phases of the product’s lifecycle (design, development, production, maintenance, decommissioning) are explained using lot’s of examples and best practices.

You will learn the essentials about commonly used cryptography – Why do you need which crypto primitives to reach your security goals.

We will focus specifically on aspects of embedded devices and derive answers to many questions such as:

Where should I start with security in my project?
What are current regulations demanding in respect of cybersecurity?
What standards can be taken as reference?
How to protect keys, IP, or firmware on an embedded device?
What are attackers capable of?
Why should anyone hack my YouNameIt®?
How is key provisioning and onboarding done in practice?
How to deal with post quantum cryptography issues?
What are good ways to keep embedded systems updated?

Practice is very important for us and we are happy to answer questions during the training. Some aspects are discussed and explained using an embedded Linux device sending data to an IoT backend.

If requested, an additional workshop or training day with the focus on certain branches like Automotive, Agriculture, Industrial Automation, Energy (Solar Inverters, Batteries, Energy Management Systems) can be planned.

Target Group

product managers, embedded developers, system architects, connectivity architects, IoT system administrators

Prerequisites

No programming skills are needed, but a background in embedded systems or security topics is helpful.

No special tools are needed, but a notebook with network card is recommended to be used to interact with the practical demonstrators.

We recommend to take the e-learning courses on

Information security https://embedded-academy.com/en/courses/information-security-en/ and
Cryptography https://embedded-academy.com/en/courses/cryptography/ and for employees in Automotive we also recommend
Automotive cybersecurity https://embedded-academy.com/en/courses/automotive-cybersecurity-en/ before the training.

Seminarinhalte: Cybersecurity Seminar für Embedded & IoT

How to secure any Thing?

Security Introduction, Assets, Security Goals
Hacker: Motivation, Classification, Tools, Real Life Examples
Security Engineering – Security in the Product Lifecycle
Introduction to Risk Assessment
Security Best practices

Standards and Regulations

Ongoing regulatory activities in the EU (e.g. RED, CRA, NIS2)
Overview of available standards and regulations with a focus on embedded systems and IoT
Practical deep dive into EN 3030645 Cybersecurity for Consumer IoT
Deriving and explaining security requirements