Certified IoT Professional (CIOTP)™

The Certified IoT Professional certification course features a collection of video lectures with on-demand access. Learners can also find interactive exercises and demos in the IoT certification training for an in-depth understanding of topics covered in the course. Upon completing all the modules, learners must take the final certification exam to validate their IoT expertise.   

The Internet of Things certification course offers a holistic understanding of the applications of IoT technology. The certification course focuses on the technical stack required for building IoT solutions and networks. In addition, the other modules of the course cover how businesses could leverage IoT to achieve competitive advantage. The IoT certification course modules also reflect on examples of successful applications and how they have affected users.  

Yes, 101 Blockchains offers expert support to help you become a Certified IoT Expert with no setbacks. You can utilize our highly responsive support services to solve your queries about course topics or technical issues. 

The minimum score you need in order to pass the final Internet of Things certification exam is 70%. 

No, you don’t have to worry about fulfilling mandatory prerequisites before enrolling in the IoT certification training course. However, prior knowledge of IoT and blockchain technology will help you learn the topics covered in the certification course easier. 

With our new IoT certification, you have a one-year completion deadline (or for as long as you are a member of 101 Blockchains). Learners can make the most of the flexibility in accessing the certification training course, thereby enabling them to complete every course objective comprehensively within this extensive time frame.  

The Certified IoT Professional certification can help you pursue highly lucrative career prospects in the domain of IoT. The average annual salary of an IoT engineer ranges from $53,000 to $118,000 in entry-level roles. Therefore, as a Certified IoT expert, you will become a valuable asset for employers seeking talented professionals for their IoT projects. 

The essential components in the IoT landscape include sensors, connectivity infrastructure, data processing, and user interfaces. Sensors help collect real-time data from the environment, while connectivity infrastructure refers to different tools such as Bluetooth, Wi-Fi, and others. Data processing software is essential for processing the data collected from the environment. Finally, the user interface shows valuable information related to the IoT system and is a tangible component of the IoT system. 

IIoT, or the Industrial Internet of Things, is a subset of IoT applications focusing specifically on industrial use cases. 

The typical IoT applications you can notice now include connected cars, smart cities, parking sensors, activity trackers, and smart thermostats. IoT applications can also support the development of related healthcare systems with facilities for real-time health monitoring.

The most notable challenges in the domain of IoT include the need for more awareness regarding this technology and its related security risks. In addition, software complexity and concerns regarding data privacy present substantial challenges for IoT projects. Finally, it is also essential to note problems in processing and storing massive volumes of data. 

Currently, some of the biggest companies in the IoT market are Intel, Cisco, Microsoft, and Google. Other tech giants such as Apple, Samsung, and IBM are also experimenting with successful IoT project ideas.