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Securing IoT - Build secure IoT solutions: 2-in-1
Rating: 3.7 out of 5(51 ratings)
385 students

Securing IoT - Build secure IoT solutions: 2-in-1

Master the techniques and methodologies of building secure and robust Internet of Things (IoT) systems
Created byPackt Publishing
Last updated 5/2018
English

What you'll learn

  • Build secure Internet of Things (IoT) systems.
  • Learn from common IoT use cases across Industries for connected vehicles, microgrids and enterprise drone systems
  • Adopt a real-world threat model for IoT systems and identify top priority risks
  • In-depth coverage of privacy challenges and mitigations for the IoT
  • Integrate cryptographic modules in IoT systems
  • Explore securing connecting to the cloud, processing and storing data in the cloud, and integrating cloud security services for your IoT system

Course content

2 sections • 44 lectures • 4h 39m total length

  • The Course Overview1:18

    This video will give you an overview about the course.

  • Case Study: Connected and Self-driving Vehicles8:59

    The aim of this video is to study about connected and self-driving vehicles.

    • Explore the types of connected vehicles
    • Learn about threats to the connected vehicles
    • Learn what is Security Credential Management System
  • Case Study: Microgrids4:38

    This video is a case study on Microgrids.

    • Get to know what a Microgrid is
    • Explore the Rise of Cyber Physical Systems
    • Get an understanding on security threats to CPS
  • Case Study: Smart City Drone Systems6:33

    This video is a case study of Smart City Drone Systems.

    • Study about Drone system challenges
    • Learn about the threats to drone systems
    • Get a brief understanding of drone system Operational Security Goals
  • IoT Hardware and Software7:57

    The aim of this video is to study about IoT connected components.

    • Learn about the IoT technology stack
    • Make the use of cryptographic hardware
    • Learn about RTOS
  • IoT Communication and Messaging Protocols7:32

    The aim of this video is to learn about IoT communication and messaging protocols.

    • Know more about Wireless Sensor Networks
    • Study the various communication protocols
    • Explore Bluetooth communication
  • IoT Interfaces and Services7:17

    The aim of this video is to learn about various IoT interfaces and services.

    • Learn the Fog Reference Architecture
    • Study AWS and Azure Cloud Services in brief
  • Threats, Vulnerabilities and Risks6:20

    The aim of this video is to discuss in deep about threats, vulnerabilities, and risks.

    • Learn about the pillars of Information Assurance
    • Study about the various threat actors
  • Case Study: The Mirai Botnet Opens up Pandora's Box6:59

    The aim of this video is to study about the Mirai Botnet attack.

    • Learn about the Mirai Botnets attack on Dyn
    • Study about DDoS attack
    • Study about how the Botnet devices are compromised
  • Today's Attack Vectors11:33

    The aim of this video is to study about various IoT attack vectors.

    • Study about the attack on Lockstate
    • Study about OWSAP testing guidelines
    • Study about various ways your devices can be protected
  • Current IoT Security Regulations5:54

    The aim of this video is to study about the current state of IoT security regulations.

    • Study about the primary focus of Legislation to secure IoT devices
    • Study about the Cybersecurity requirements given by the European Commission
    • Study about the FDA Postmarket CyberSecurity Guidance
  • Current IoT Privacy Regulations6:37

    The aim of this video is to learn about the current state of IoT privacy regulations.

    • Study about the EU Article 29 Data Protection Working Party Opinion on the IoT
    • Study about GDPR, privacy and the IoT
    • Study about European ePrivacy Regulation
  • An Introduction to IoT Security Architectures7:39

    The aim of this video is to study the concept of IoT Security Architecture.

    • Study about the various components of Security Architecture
    • Study about the IoT Enterprise System
    • Study the concepts of IoT Security Architecture
  • What is Threat Modeling7:19

    The aim of this video is to study the concept of threat modeling.

    • Study about what is threat modeling
    • Learn about the threat modeling process
    • Define the various threat actors
  • Identifying Assets3:28

    The aim of this video is to identify the various assets that could be included in our smart parking garage system.

    • Study about information assets
    • Study about the asset table
  • Creating a System Architecture4:29

    The aim of this video is to study the various technologies used in creating a system architecture.

    • Study about the system architecture
    • Study about Smart Parking System
    • Learn about the parking system process
  • Documenting Threats5:16

    The aim of this video is to study how to document threats to your IoT system.

    • Study the different types of threats
    • Learn about examining threats
    • Learn about documenting threats
  • Rating Threats5:01

    The aim of this video is to study how to rate threats.

    • Learn how to examine and assign score to a threat
    • Rate the smart parking threats
    • Take actions based on the types of threats
  • IoT Privacy Concerns11:08

    The aim of this video is to examine privacy challenges associated with the IoT.

    • Study the various types of privacy concerns
    • The need for anonymity
    • Study about the DIJ drones
  • Privacy by Design (PbD)5:42

    The aim of this video is to study about ways to embed privacy into the design.

    • Study about the various privacy by Design Principles
    • Analyze privacy impacts
    • Study how to verify your IoT privacy objectives
  • Conducting a Privacy Impact Assessment (PIA)7:43

    The aim of this video is to study the various activities that should be undertaken when conducting a privacy impact.

    • Study the Privacy Impact Assessment Process
    • Study about map PII elements to security controls
    • Study the various Data Retention Policies
  • Case Study: The Connected Barbie5:54

    The aim of this video is to study about the real world example of Connected Barbie.

    • Study about the various privacy considerations with connected products
    • Classification of collected information
    • Study the use of collected information
  • Fundamentals of IoT Security:

Requirements

  • No prior knowledge of IoT required.
  • Familiarity with the concept of IoT will be beneficial.

Description

The internet of things (IoT) is a rapidly growing technology which aims at connecting all devices to the existing internet infrastructure. It is the network of items, which enables various objects to collect and exchange data with the help of internet. As IoT creeps into every aspect of our existence, many security risks arise and the network that may just connect the home could pose a threat to the user if compromised. To protect your IoT systems and the security of your users, you'll need to know some solid IoT security best practices.

This comprehensive 2-in-1 course takes a detailed, step-by-step approach to security engineering for IoT through cryptographic solutions, identity, access management solutions and key management solutions for IoT systems. You’ll learn through practical demonstrations of case studies, clear explanations, and interesting real-world applications. It will give you a versatile range of IoT skills, which you will put to work in building and securing your own Internet of Things (IoT) systems.

This training program includes 2 complete courses, carefully chosen to give you the most comprehensive training possible.

The first course, Fundamentals of IoT Security, starts off with covering the fundamentals of IoT. You will then review use cases across various industries and understand common IoT components and technologies to provide a baseline understanding of the systems and devices that you need to protect. You will also review common security architectures that can be applied to IoT systems, and learn regulations and standards that apply to securing IoT systems. Next, you will explore IOT components such as the IoT (hardware, real-time operating systems (RTOS), Application Programming Interfaces (APIs), messaging and communication protocols, and backend services. You will understand threats to IoT systems, attack vectors, current security regulations and standards, and common security architectures. Further, you will examine Privacy by Design (PbD) principles and walk through an example on Privacy Impact Assessment (PIA).

The second course, Security Engineering for the IoT, starts off with explaining approaches for securely designing and hardening IoT endpoints and systems. You will then learn how to implement a secure system design methodology within an organization. You will also examine what is required to securely design an IoT device, how to integrate your existing security services to protect an IoT system, how to select technologies that support your security endeavors, and negotiating security agreements with the IoT providers. Next, you will gain in-depth knowledge of the approaches for applying cryptographic solutions, identity and access management solutions, and key management solutions to the IoT systems. You will explore a case study on the connected vehicle market to identify its management approach and understand how biometrics play an interesting role in securing IoT devices. Finally, you will learn how to securely connect to the cloud, process and store data in the cloud, and integrate cloud security services for your IoT system.

By the end of this Learning Path, you will learn to identify threats of your organization's data and your own IoT systems and will secure them with the help of design techniques, applied cryptography, and secure cloud connectivity.

Meet Your Expert(s):

We have the best work of the following esteemed author(s) to ensure that your learning journey is smooth:

  • Brian Russell is a chief engineer focused on cyber security solutions for Leidos. He oversees the design and development of security solutions and the implementation of privacy and trust controls for customers, with a focus on securing Internet of Things (IoT). He leads efforts that include security engineering for Unmanned Aircraft Systems (UAS) and connected vehicles and development security systems, including high assurance cryptographic key management systems. He has 16 years of information security experience. He serves as chair of the Cloud Security Alliance (CSA) Internet of Things (IoT) Working Group, and as a member of the Federal Communications Commission (FCC) Technological Advisory Council (TAC) Cybersecurity Working Group. Brian also volunteers in support of the Center for Internet Security (CIS) 20 Critical Security Controls Editorial Panel and the Securing Smart Cities (SSC) Initiative.

Who this course is for:

  • This Learning Path is for IoT product designers, for IOT product managers, IT security professionals and security engineers who would like to ensure the security of their organizations data and IoT systems through design techniques, applied cryptography and secure cloud connectivity.

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