IoT Security Practitioner

About This Course:

This course teaches learners to protect IoT devices, networks, and data from end to end. Starting with the IoT threat landscape and security-by-design principles, it moves through web and cloud security, cryptography, access control, privacy, software and firmware risks, and physical device protection. Learners practice in 24 browser-based hands-on labs and test their readiness with 135 practice questions.

Course Objectives:

• Identify, assess, and prioritize risks across the IoT attack surface, and plan an incident response

• Build security into IoT systems from the design stage

• Detect and fix common web and cloud interface vulnerabilities, such as SQL injection, cross-site scripting, and session flaws

• Select the right cryptographic methods, including encryption, hashing, and digital signatures, and manage keys securely

• Secure data in transit, in storage, and during processing

• Control access to IoT resources with strong authentication, authorization, and security monitoring

• Defend IoT networks with firewalls, intrusion detection and prevention, and safeguards against Wi-Fi and mobile network weaknesses

• Address security challenges at the edge of IoT networks

• Meet privacy requirements by applying privacy-by-design principles and handling sensitive data responsibly through its full lifecycle

• Reduce software and firmware risks through secure installation, configuration, and patch management

• Harden devices against physical tampering by protecting local storage and physical ports

Audience:

• Cybersecurity analysts and IoT security consultants

• Solution architects and platform engineers who design connected systems

• Network administrators and cloud engineers responsible for IoT infrastructure

• Software, web, and embedded developers building IoT applications

• Product managers overseeing IoT products

Prerequisites:

• No formal prerequisites are required, and the course is suitable for beginners