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IOT Security Testing Prerequisites
Rating: 4.1 out of 5(26 ratings)
1,805 students
Created byYogesh Kokadwar
Last updated 11/2023
English

What you'll learn

  • Prerequisites that you need to know before starting IOT Security Assessment
  • What is the use of electricity and it's countermeasure's while working on IOT Systems
  • Different types of power to the IOT systems
  • How to play safe with IOT systems
  • How to use proper power inputs to IOT systems
  • How to power up IOT systems before starting an assessment
  • How to handle any electronics devices under test

Explore related topics

Course content

1 section • 17 lectures • 31m total length

  • IOT Security Testing Prerequisites4:01
  • Introduction1:49

    What is ESD

    What is voltage, current and Resistance

    What us Watts

    How to calculate watts

    What is AC and DC power supply as per countries

    Types of AC power supplies

    Type DC power supplies

    What is SMPS

    What is Multimeter and How to use it

    How to measure AC and DC voltage with multimeter

    How to measure Current (Amps) with Multimeter

    What is Continuity and How to test continuity with multimeter

    How To measure resistance using a multimeter

  • What is ESD?2:15
  • What is Voltage, Current and Resistance ?1:28
  • What us watts and how to calculate watts ?1:03

    The relationship is expressed by the formula:


    Watts (W) = Voltage (V) × Current (A)


    For calculating Watts we need to know voltage and ampere of the IOT/Embedded/Hardware device under test.

  • What is AC and DC power supply as per different countries ?3:07

    It is important to note that the specific power requirements for IoT, OT, ICS, and embedded devices can vary greatly depending on the device's complexity, functionality, and intended application. Manufacturers (OEM’s) typically provide detailed specifications and guidelines regarding the power requirements for their devices, and it's crucial to follow these guidelines to ensure proper operation and reliability.

  • Types of AC power supplies1:44
  • Types of DC power supplies2:13
  • What is SMPS ?0:34
  • What is Multimeter and How to use it ?0:30

    You will get to know about multimeter with practical examples after completing this video on multimeter basics.

  • How to measure AC and DC voltage with multimeter0:59

    Be cautious when you are testing voltage and follow proper safety protocols, especially when making measurements or interacting with live circuits

  • How to measure Current (Amps) with multimeter ?0:27
  • What is Continuity and How to test continuity with multimeter ?0:33
  • How to measure resistance using a multimeter ?1:07
  • Practical for measuring Continuity, AC Resistance, DC and Polarities2:57
  • POE3:02
  • Story that tells you How to start working on any IOT system3:30

Requirements

  • There is no as such prerequisite for this course, If you are working on IOT systems/ Embedded Systems/ Hardware specific electronics devices, then this is the basic course for you to know more about, what are the power requirements to start working on IOT/Embedded/Hardware devices.
  • Note: Sometimes student can't relate this course with "IOT Security" due to some reasons like, they haven't started working in actual LAB Environment, they might don't know the use case of this course content, But rest assured if you want to start working in any IOT/Embedded/Hardware/ICS for its security then the person should definitely need to know the basic things that covered in this course :>

Description

To perform any kind of security assessment on IOT_Embedded_Hardware devices, the person must have a good idea about power requirements to get started with the device under test.

So, I found a measure gap in the industry where the student from software domain just like me few years ago, who joined Semiconductor_Electronics manufacturing organisation with very limited knowledge of how electronics works.

Likewise, the student who is having very limited knowledge of handling devices under test and want to work on the IOT_Embedded_Hardware devices for some kind of integration and development, So this course will be helpful to learn these things very quickly.

So, In this course i will cover following things, 


  • What is ESD

  • What is voltage, current and Resistance

  • What us Watts How to calculate Watts

  • What is AC and DC power supply as per countries

  • Types of AC power supplies Type DC power supplies

  • What is SMPS

  • What is Multimeter and How to use it

  • How to measure AC and DC voltage with multimeter

  • How to measure Current_or_AMPs with multimeter

  • What is Continuity and How to test continuity with multimeter

  • How To measure resistance using a multimeter

  • Practical for measuring Continuity, AC Resistance, DC and Polarity

  • POE

  • Story that tells you How to start working on any IOT system

Who can subscribe to this course:


  • Student who want to get started in IOT Security_Embedded Security_Hardware Security_Hardware Hacking.

  • Student with Software background who started working in semiconductor_Electronics manufacturer industry

  • Student who want to learn about powering IOT_Embedded_Hardware devices

  • Newcomer from other industry who joined your team, excluding consumer electronics and electrical manufacturing

  • Basically the motive of this course is to make people aware about role of electric power to start working on IOT_Embedded_Hardware device for any kind of assessments like security assessment, electronics component verification etc. So this course is suitable to those who are unaware about actual use cases of current or electricity in IOT_Embedded_Hardware.

Who this course is for:

  • Candidate who want to get started in IOT Security/Embedded Security/Hardware Security/Hardware Hacking.
  • Software background candidates who started working in semiconductor industry
  • Candidate who want to learn about powering IOT/Embedded/ Hardware devices
  • Newcomers from other industry joined your team, excluding consumer electronics and electrical manufacturing
  • Basically the motive of this course is to make people aware about electric power and use of the electric power in various aspects. Like to start working on IOT/Embedded/any Hardware device for any kind of assessments like security assessment, electronics component verification etc. So this course is suitable to those who are unaware about actual use cases of current or electricity in IOT/Embedded/Hardware.

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