IOT Security Course in Delhi

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Join Best IOT Security Course in Delhi

Recon Cyber Security provided best accredited IOT security course in Delhi that offers the best IOT course in Delhi on practical exams that help aspirants gain professional skills. The institute offers practical and career-based iot course in Delhi to help students find their dream job at various MNCs. Students are given the opportunity to gain practical experience of participating in real IOT Security projects and 100% placement assistance. The Recon Cyber Security IOT Security Course in Delhi is run under the highly experienced industry professionals. It is recognized among the leading IOT Security Course in Delhi, as it operates on a mix of practical learning and learning theory. This type of comprehensive behavioral training with good exposure facilitates the complete transition of the student into a professional.

Recon Cyber Security is one of Delhi's best and most well-known iot security training center with high-tech infrastructure. The institute offers best iot security training that is customized according to the content requirement of each and every student.Recon Cyber Security is the credible and one of the Best iot Training institutes in Delhi along with 100% placement support. Post completion of the training the students are awarded Recon IOT Security certification that is widely recognized in the industry is a validation of one's skills and expertise.

Included Services

Interview Preparation
1,2,4 Hour Batches
20 GB Hacking Toolkit
45 to 50 Hours course Duration

Benifits of services

1 Year Membership
Hindi or English Language
Online and Offline Training
7+ Year Experience Trainer

Course Content and Syllabus for IOT Security Training in Delhi

Recon IOT course content fulfills the requirement of both basic as well as advanced level iot training.The Recon iot course in Delhi is designed based on industry recommendations and student needs.Recon is the best iot training center in Delhi The IOT Security course syllabus is...

IOT Security Course Syllabus

IoT Security Course content

23 Lectures - 1.5 Month

🔶 The IOT Security testing Overview
🔶 Case Study: Connected and Self-Driving
🔶 Vehicles Security
🔶 Case Study: Microgrids
🔶 Case Study: Smart City Drone System
🔶 IOT Hardware and Software
🔶 Communication and Messaging Protocols
🔶 IOT Interfaces and Services
🔶 Threats, Vulnerabilities and Risks
🔶 Case Study: The Mirai Botnet Opens Up
🔶 Pandora’s Box
🔶 Today’s Attack Vector

🔶 Current IOT Security Regulations
🔶 Current IOT Privacy Regulations
🔶 What is Threat Modeling
🔶 An Introduction to IOT Security Architectures
🔶 Identifying Assets
🔶 Creating a System Architecture
🔶 Documenting Threats
🔶 Rating Threats
🔶 IOT Privacy Concerns
🔶 Privacy By Design (PbD)
🔶 Conducting a Privacy Impact Assessments

🟢 Online / Offline Training
🟢 Live Practical training
🟢 80% Practical Training
🟢 20% Theory Training
🟢 Certificate after completion
🟢 Interview Questions
🟢 Test After completion

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frequently asked questions

Most common Question about Internet of Things (IOT)

IoT stands for Internet of Things. It is a network of real-world things like machines, cars, buildings, and other things that come with sensors, software, and connectivity to collect and share data online.

IoT devices can be used with smartphones, tablets, PCs, and voice assistants like Google Home or Alexa from Amazon. Users can also create custom applications to control their IoT devices.

IoT stands for Internet of Things.

IoT device management refers to the process of managing the lifecycle of IoT devices from deployment to decommissioning. This includes device registration, configuration, monitoring, software updates, and security management.

Having a strong grasp of fundamentals like sensors, networking, cloud computing, and data analytics is essential for functioning within the realm of IoT. You can find employment in IoT by earning a degree in computer science or electrical engineering, gaining expertise through internships or side projects, and networking with companies.

IoT devices collect data from their surroundings using sensors and transmit it to a cloud-based platform for processing and analysis. The processed data is then used to derive insights, inform decision-making, and automate actions.

IoT devices are physical objects that are embedded with sensors, software, and connectivity that enable them to collect and exchange data over the internet. Smart lighting, activity monitors, and workplace sensors are a few IoT device examples.

IoT monitoring involves tracking and analyzing data generated by IoT devices to identify patterns, detect anomalies, and optimize device performance. This helps to ensure that IoT systems are functioning as intended and enables proactive maintenance.

The number of job vacancies in IoT smart city depends on the specific location and industry. However, career possibilities in this sector are expected to increase as IoT technology use rises.

IoT includes both software and hardware elements. IoT devices include physical hardware such as sensors and connectivity modules, while the software components include cloud-based platforms, data analytics, and machine learning algorithms.