Internet of Things Penetration Testing in Hyderabad
Duration: 40 Hours
Level: Basic
Modules:09
Book a Trial Demo Class
Training Available 24*7 Call at +91 9281433306
Internet of Things Penetration Testing in Hyderabad | Internet of Things Pentesting Course
Course Modules
Module 01: Overview of Why IoT is so important
Module 02: Introduction of IoT
Module 03: Introduction to Sensor Network and Wireless protocol
Module 04: Review of Electronics Platform, Production & cost projection
Module 05: Conceiving a new IoT product- Product Requirement document for IoT
Module 06: Introduction to Mobile app platform & Middleware for IoT
Module 07: Machine learning for intelligent IoT
Module 08: Analytic Engine for IoT
Module 09: Iaas/Paas/Saas-IoT data, platform, and software as a service revenue model
What would you learn in the Internet of Things Pentesting Course?
Internet of Things Course Syllabus | IoT Training in Hyderabad
Internet of Things Certification Courses | IoT Training Institute in Hyderabad
Internet of Things Certification Course Online | IoT Course Online
Who should do the Internet of Things Pentesting Course?
There are many different types of individuals who are eligible to enroll in this remarkable Internet of Things Pentesting Course in Hyderabad. Some of these individuals include the following:
- Any individual who has a strong interest in developing Internet of Things items for commercial use, whether for personal use, for official purposes, or even for some academic projects.
- The professionals in the field of cyber security are interested in learning more about the protection of the entrance and endpoints of a variety of end-user devices, such as laptops, desktops, smartphones, tablets, and so on.
Key Features of Internet of Things Pentesting Course in Hyderabad:
- Analytic Engine for IoT
- Scope of the penetration testing engagement.
- What are your biggest fears regarding the security of your solution?
- Your organization’s current security posture.
- Overview of Why IoT is so important
- Machine learning for intelligent IoT
- Introduction to Mobile app platform & Middleware for IoT
- Expected time duration and financials.
- Explaining our penetration testing methodology for your product.
- Conceiving a new IoT product- Product Requirement document for IoT
Frequently Asked Questions
About the Internet of Things Pentesting Course in Hyderabad
Penetration testing for the Internet of Things is comprised of five steps or levels that are considered to be the most dedicated:
- Planning and reconnaissance,
- Scanning,
- Gaining System Access,
- Persistent Access, and
- The Final Analysis/ Report.
The following is a list of some of the top penetration testing tools that are required for executing the various testing procedures that are involved in the Internet of Things (IoT) pentesting:
- Appknox
- AWS IoT Device Defender
- Verimatrix
- Palo Alto Network
- Entrust
Increasing the level of protection afforded to end-user devices, including but not limited to desktop computers, laptops, smart devices, tablets, smartphones, and other comprehensive devices, is referred to as Internet of Things Security.
The following table provides a description of the primary distinctions that exist between a computer system and an Internet of Things device:
IoT Devices | Computer System |
In the Internet of Things, devices have a singular purpose. | Computers fulfill the role of general-purpose gadgets. |
Internet of Things devices are only able to carry out a specific purpose for which they have been planned. | Computers are capable of performing a wide variety of functions. |
In order to support that particular function, the hardware and software that are already present within the specific Internet of Things devices are utilized. | It is possible to execute a variety of jobs simultaneously thanks to the hardware and software that is already installed on the computers. These tasks include gaming, video streaming, and calculation, among others. |
Due to the fact that Internet of Things devices are built and created to do a certain purpose, it is possible that they are more cost-effective and faster than computers when it comes to a particular functionality. | A computer is not only more expensive but also slower at performing a particular job when compared to an Internet of Things device. |
For example, music players such as the iPod, Alexa, and smart cars. | Desktop computers, laptops, and other similar devices are examples. |
The following is a list of some of the most well-known examples of Internet of Things applications that we are currently utilizing at full throttle:
- Connected appliances.
- Smart home security systems.
- Autonomous farming equipment.
- Wearable health monitors.
- Smart factory equipment.
- Wireless inventory trackers.
- Ultra-high-speed wireless internet.
- Biometric cybersecurity scanners.