The IoT Security Essentials (I|SE) is a comprehensive guide to securing the Internet of Things (IoT) systems. It covers essential topics from IoT fundaments to advanced security threats and security engineering, providing the knowledge and skills to design, deploy, and maintain secure IoT solutions. No IT/Cybersecurity experience required for this course.
Test your skills with CTF-based Capstone Projects and validate these newly acquired skills in proctored exams. Equipping candidates to identify, assess, and mitigate security risks in IoT environments, the course provides 5 labs, of premium video training, and 11 modules with industry-aligned expertise.
5 lab practical exercises
8+ hours of premium self-paced video training
900+ pages of eCourseware
Capstone Projects with Real-World CTF Challenges
Year-long access to courseware and 6-month access to labs
Proctored exam voucher with 1-year validity
Gain the globally recognized EC-Council’s certification
Enhance your relevancy in the job market
This module will introduce you to the basics of IoT and the different sectors where IoT is established.
This module will provide insights into the basics of networking concepts, the OSI Model, and the TCP Model. It will also cover the IEEE IoT Standards List.
This module will help you understand the hardware devices, processors, and operating systems used in IoT.
This module will teach you about cloud computing, its characteristics, and the types of cloud services.
This module will brief you about web communications, mobile applications, and native applications.
This module will introduce you to some of the common IoT attacks, such as Mirai, BrikerBot, Sybii, and Blackhole attacks.
This module will discuss the CIA triangle, Wired Equivalent Privacy (WEP), Wi-Fi Protected Access (WPA), and IoT security measures.
This module will discuss the state of cloud security, cloud vulnerabilities, NSA guidance, and secure cloud computing.
This module will start with the topic of the National Vulnerability Database, covering US Cert, Shodan, STRIDE, DREAD, PASTA, and CVSS.
This module will provide information on incident response in IoT, including standards, processes, procedures, tools, and indicators of compromise.
This module will cover the 12 practices of the Microsoft Secure Development Lifecycle and Threat Modeling.
Training Details: Self-paced in-demand lecture videos led by world-class instructors and hands-on labs.
Pre-requisite: No prior cybersecurity knowledge or IT work experience required.
Exam Details:
IT/technology/cybersecurity teams with little or no work experience.
Individuals who want to start a career in cybersecurity and are interested in IoT Security.
Anyone interested in gaining in-depth knowledge on safeguarding their smart devices or those within their organization.
Approved by the United States, Florida DOE (Department of Education) as industry-recognized credentials on the Florida Career and Professional Education Act (CAPE) for secondary education.
Approved by the state of Virginia Department of Education Career and Technical Education as industry-recognized credentials.
Approved by the Ohio DOE (Department of Education) and Workforce as an industry-recognized credentials list.
Approved by the Career and Technical Education division within the Arkansas DOE as industry-recognized credentials.
It has given me a solid foundation in the basics of cybersecurity. I now have a better understanding of the different types of cyberattacks, the tools and techniques that attackers use, and the ways to protect myself and my organization from these attacks.
USA
This has helped me enhance my knowledge and skills in tech. I will be able to showcase my knowledge by certifying myself as an ethical hacker and adding it to my resume, which will give me an opportunity to advance in my career and opt for higher-paying roles.
USA
It helped by teaching me how to collect data and evidence to solve crimes and prevent wrongdoers in the Cyber realm. As a Security and Intelligence major, I want to be well-versed in the Cyber realm as well as other realms.
USA
After completing this course, I had the foundation I needed. It assisted me in completing my MS Cybersecurity course in digital forensics, which expanded my knowledge even further. This foundation is perfect for a start in Digital forensics.
USA
This course helped rebuild my baseline knowledge of network defense, which I required before progressing toward more advanced studies in the field.
USA
The course is project-based. This allows me to apply what I learn in the lectures to real-world problems. I have learned a lot from this course, and I am confident that it will help me in my career.
USA
Internet of Things (IoT) Security is a comprehensive approach to protecting IoT devices and
networks while maintaining users’ privacy and confidentiality of data and allowing the IoT
network to function smoothly. From sensitive data breaches to system compromises and disruptions to critical infrastructure, IoT security is essential in mitigating risks and implementing robust security measures.
One can get certified in the IoT Security Essentials by enrolling in the series and completing the I|SE exam.
To run the labs, the minimum hardware requirement is an Intel i5 or better processor, 16-32 GB of memory, either Windows, MacOS, or Linux operating systems, VMware Workstation Player or Oracle VirtualBox hypervisor, and 100GB or better storage capacity. Your system should also have any of the following internet browsers: Chrome, Edge, Firefox, Safari, or Brave.
EC-Council’s IoT Security (I|SE) provides students with the robust theoretical and practical knowledge required to build foundational skills to move toward the next logical step of IoT security expertise. Post this foundational course, you should choose to get trained in Certified Ethical Hacker (C|EH) course to enable yourself with comprehensive training.
Yes. The IoT Security (I|SE) course is designed to provide foundational skills to school students,
fresh graduates, professionals, career starters and switchers, and IT/technology/cybersecurity
teams with little or no work experience.
EC-Council’s Essentials Series courses offer individuals technical foundational learning
experience in various skills, including IoT security, ethical hacking, cloud security, network
defense, and more. Their global recognition and availability for all groups of aspiring
cybersecurity candidates, from students to professionals and career switchers, make them
reliable, increasing their popularity.
EC-Council Essentials Series consists of eight essentials for candidates to build their
fundamental skills in cybersecurity and advance their careers. E|HE for ethical hacking, N|DE
for network defense, D|FE for digital forensics, D|SE for DevSecOps, S|CE for SOC, and T|IE for
threat intelligence alongside I|SE for IoT Security.
Candidates can visit the EC-Council’s I|SE webpage and click here for detailed information on
the cost of the I|SE course and available offers.
To begin a career in cybersecurity, EC-Council offers students and aspiring cybersecurity
professionals the Essentials Series, which builds technical foundational knowledge in an area.
E|HE and N|DE essentials, for example, provide foundational skills on ethical hacking and
network defense. Candidates can boost their expertise in these areas further with advanced
professional certifications, including EC-Council’s Certified Ethical Hacker (C|EH) and Certified
Network Defender (C|ND), which will provide them with a pathway to a successful
cybersecurity career.
The IoT Security Essentials (I|SE) is available for students, fresh graduates, professionals, career
switchers, and anyone interested in gaining foundational knowledge in IoT Security to advance
their cybersecurity careers.
Yes. Candidates obtain the EC-Council’s globally recognized certification after completing the
IoT Security Essentials (I|SE) course and the I|SE exam.
The I|SE course does not require prior knowledge. Aspiring cybersecurity individuals with little
or no experience can enroll.
The IoT Security (I|SE) is one of the cybersecurity certifications that provides a strong
foundation and advances cybersecurity knowledge. Candidates can further boost their
expertise and gain industry recognition through EC-Council’s Certified Ethical Hacker (C|EH),
the world’s number one ethical hacking certification, to get better opportunities.
The I|SE certification helps individuals gain a strong foundational expertise that leads to career
advancements. However, securing a job incorporates various factors including merits,
professional certifications, experience, and more.
No. Aspiring cybersecurity professionals with or without experience and without any prior
knowledge about IoT Security can enroll in the course.
Switching your career from a different industry to cybersecurity might involve obtaining
relevant foundational certifications to begin with. EC-Council’s Essentials Series is one of the
learning routes one can take while transitioning into cybersecurity.
Yes, EC-Council’s Essentials Series exams are fully proctored by EC-Council to maintain the
integrity and fairness of the certification process. Proctored exams ensure that candidates
comply with the rules and regulations established by EC-Council.
Yes. IoT Security Essentials (I|SE) learners can participate in the Capture the Flag (CTF) challenges and test their skills in a simulated environment through human-versus-machine challenges. These hands-on experiences, assisted by virtual machines and genuine software, assess their competence and teach them how to tackle real-world challenges within a controlled environment.
Yes. EC-Council’s Essentials Series has proctored exams ensuring the integrity and credibility of
the courses.
EC-Council’s IoT Security Essentials Series provides comprehensive coverage of essential topics in securing Internet of Things (IoT) systems. From understanding the fundamental concepts of IoT to addressing advanced security threats, students will gain the knowledge and skills necessary to design, deploy, and maintain secure IoT solutions. Through a combination of theoretical learning and hands-on exercises, participants will explore IoT fundamentals, networking and communication protocols, cloud integration, threat intelligence, incident response, and security engineering principles. One of the key features of this course is the capstone project CTF challenges where your demonstrate your ability to think critically, apply acquired knowledge, and employ hands-on skills to resolve a variety of challenges within a genuine (yet controlled) target system.
Ultimately, students will be equipped with the expertise needed to effectively identify, assess, and mitigate security risks in IoT environments, ensuring the integrity, confidentiality, and availability of IoT systems and data.
EC-Council is recommended and endorsed by leading organisations and government bodies in the cybersecurity industry.
A membership organization that leads higher education.
ANAB, the ANSI National Accreditation Board, provides accreditation services in over 75 countries and is the largest accreditation body in N. America.
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