Course Provider
What will you learn in this course?
- Analytic Engine for IoT
- Scope of the penetration testing engagement.
- What are your biggest fears regarding 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 about our penetration testing methodology for your product.
- Conceiving a new IoT product- Product Requirement document for IoT
IoT Penetration Testing
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Skill Type
Emerging Tech
- Domain
Internet Of Things
- Course Category
Deepskilling Course
- Placement Assistance
Yes
- Certificate Earned Joint Co-Branded Participation Certificate & Partner Completion certificate
- Nasscom Assessment Available
- Course Covered under GoI Incentive
Yes
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- Course Price
INR 6,500
- Course Duration
60 Hours
- Course Price
Why should you take this course?
- This splendid course provides understudies with an engaging introduction to IoT devices and comprises various concepts, terms, and patterns of an IoT solution.
- In this course, one will learn how to secure the entry and exit points of any IoT device that will certainly benefit the distinguished users of the corresponding IoT device.
Who should take this course?
- A person who wants to explore this varied genre of IoT Pentesting mainstream and the numerous applications associated with it.
- Appropriate candidates who want to find suitable opportunities for the implementation of various tools, techniques, and technologies related to IoT devices.
Curriculum
- 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
Tools you will learn in the course
- Appknox
- AWS IoT Device Defender
- Verimatrix
- Palo Alto Network
- Entrust
FAQs
Internet of Things (IoT) can be defined as an idea of networking internet-affiliated devices to one another to form a web of devices that can be operated with a single command in a vast network. These devices can be controlled from any remote location via the usage of internet connectivity as they can sense and give commands to other pre-connected devices and other hardware. Hence, people sitting outside a closed area can also be connected via IoT as it approaches a huge network of connected devices.
Top Internet-of-Things (IoT) Examples to Know
- 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.
An IoT penetration test, widely termed as a pen test, is basically an artificial cyber-attack on your computer network system to check the possible vulnerabilities and threats. Developers use to perform this test to confirm all the exploitable vulnerabilities that can be traced and secured before any possible hacking occurs as the insights gained through it will readjust the WAF Security Policies and rectify detected threats.
The main objective to perform an IoT Penetration Test, or a Pen Test, is to measure the number of tentative threats or vulnerabilities for checking the safety of an IT Network System. These so-called vulnerabilities or threats are the prime purposes to perform the IoT Pen Test that may be found in operating systems, application defects, inappropriate configurations, or risky end-user behavior.
A working developer with the help of some programming coding performs an algorithm of events as a hacker to put the IT Infrastructure into one’s commands and extract the number of vulnerabilities or threats that the respective network, computer system, or web application possess in the process of Pen Testing.