The potential of IoT is not just in enabling multiple devices simultaneously but in maximising the effectiveness of huge volumes of actionable data which can automate diverse business processes. As networks and IoT platforms evolve to overcome these challenges, through increased capacity and AI, service providers will edge furthermore into Information Technology and Web Scale Markets – opening entire new streams of revenue and career opportunities.  According to the statistics, there are 26.66 billion IoT connected devices around the globe, which leaves every citizen of the world with at least 3 devices. But with all these overwhelming numbers only 0.06% of ‘things’ that could be connected to the Internet actually are. This leaves a lot of room and scope for the internet of things development. The future of IoT looks pretty promising. It already has an impact on our lives, homes, cities we live in, how we work, travel, or interact with the world around us.

The smart homes we have seen in sci-fi movies have not yet arrived, but its potential is huge and largely unfulfilled given the current circumstance. It is not only our homes or workplaces that could get smart, but the whole city could be designed to tackle relevant issues like traffic, congestion, parking issues or even make our lifestyle greener.

Heavy traffic and congestion are one of the biggest pains of any big metropolitan city. But it is something IoT is already in the process of tackling. Parking, another common problem could be dealt with the help of smart technologies.

An IOT connected system allows drivers to locate empty parking spots without having to drive around streets looking out for empty space. By 2025, 100% of the newly sold cars will be connected to internet. Google is already testing autonomous driving, new Tesla S is capable of automatic driving on the open roads, as well as in traffic.

Even the legendary automotive companies, like Mercedes-Benz, would not give up the race in coming up with smart vehicles. As technology progresses, the cars will get smarter and driving safer. With the extensive adoption of driverless cars, cab services are most likely to upgrade their car park and since the new cars will not require paying a driver, using a hire car will become sufficiently cheaper. This would leave people wondering why they would want to own a car, if getting a ride will cost next to nothing.

Secondly, the main purpose of IoT in the workplace is to make the lives of employees more convenient and efficient. Artificial intelligence and advanced analytics can help set up a more intelligent workspace. We may look into the future of IoT where smart devices will set the right AC temperature in shared office spaces, help teams book the most convenient meeting room, and also take into account the room preference by setting adequate temperature, lighting or automatically restock office supplies.

The fourth wave of industrial revolution and the gradual evolution in the field of the Internet of Things is cutting off human interference across various sectors and has started to instill grave fear among professionals regarding the loss of jobs. But technologies like Internet of Things will undoubtedly open unexplored avenues for them.

The breakthrough in the field of IOT is bound to create a whole new set of opportunity for those who possess the ability to thrive with time and upskill their talent. It would be precise to discover IoT as an entire enterprise by itself, with its own specialisation in terms of mastering.

The career opportunities in the field of the Internet of Things include domains like Data analytics, Network and Structure, Protection, Device and Hardware, Cell and UI development etc. IoT careers are setting a long path to walk for all career aspirants. Yet, the initial thoughts that come to a student’s mind while selecting IoT careers path is the qualification and specialisation required to reach there. The fun fact is, there is no specific degree on IoT. But, given the breadth and intensity of information that might be required in IoT programs, some qualification or knowledge of technology is required. As an instance in case, one that needs to get into IoT device manufacturing may require surprisingly high quality competencies in electrical, electronics and instrumentation engineering. A history in computer technology would be a huge plus for working in IoT information analytics, mobile apps, or UI development. Surprisingly, there are multiple levels of skills from across disciplinaries one can develop in IoT while waiting for classic curriculums to exchange. An IoT professional with a Computer Science or Computer Applications degree may be well-versed with programming languages such as C, C#, Java, .NET, and technologies such as Big Data, UNIX, and more. Furthermore, there are options to build a career as a product manager, application architect, database designer, data scientist, IoT cloud engineer, industrial engineer, and many more. Most organisations in the internet space are venturing into the IoT side of things and will soon find more work across different verticals easily.

IoT is a bright domain that offers exciting career options. It is lucrative and has immense learning opportunities. In fact, both the private and public sector companies have massive scope for this domain. Since digitalization is something inevitable, pursuing IOT as a career is highly beneficial. A career in IoT is especially quite promising for those innovative thinker and people with creative abilities who are on the watch for an exciting work environment, professional development, with higher compensations than IT professionals. This is also a perfect domain for scholars interested in contributing to technological advancement, however, it must be warned that it is not a piece of cake to become a deep IoT technologist as learning one platform or skillset would not be enough. One needs to have the natural curiosity about the world and a concern for its problems where technology can provide a solution. The ability to constantly learn and apply the concepts by building multidisciplinary skillsets is crucial to a successful career in IoT.