An ideal IoT platform is stacked with multiple and complex layers to smoothen the applications featured on connected devices. When they do not perform well, it is noticeable an important technical layer is missing. In 2019, the race to succeed with tangible IoT projects has moved to the following level. Is your enterprise having issues with some apps or progression of business via connected devices? The fault lies in the current settings.
This blog will encourage you appreciate the bigger picture to measure, keep a watch on things and manage them via devices and sensors. Choose the right IoT platform from the 300 available in the market currently. Reading this content could deliver ideas to bring modifications in the existing infrastructure.
Revisiting the need for internet of things
The amount of various platforms at present existing and functional is all set to rise. Other technological advances continue making the race more competitive to keep things linked. Are you wondering why there are so many diverse platforms? The answer lies in the upsurge of core competencies, overlapping functionality and features that are offered by various developers. They recognize the prerequisite to customize and digitize the platform. Automation builds a virtual demand for things and people to remain connected. The developer has to design a unique technology stack to enable the system wear many hats.
For a program to succeed, it should possess an elevated level of flexibility while being connected to:
- Diverse hardware components
- Elements for analytics and function of frontend ops
- Implement solutions from onsite locations
- Cloud link and deployment
- Secure enterprise connectivity
- Have excellent data processing systems
- Ready-to-use features
- Provision for 3rd party apps in all connected gadgets
- Scalability across multiple machines
- Processing while the device is in use
4 critical layers for a connected stack
For any IoT project to be operational it will need the above four founding layers – smart things, core features, connectivity with devices, and apps & analytics. Take the case of manufacturing organizations. They retain a host of things to monitor like collection of data, inferring it and then using the analysis to perform operational tasks. Now, with the availability of IoT, the same can be done simultaneously in geographically diverse plants. This optimization has increased the capability of the platform. More global manufacturers use AI and machine learning to enhance the core functions. It has already caused a massive disruption in various industrial sectors. In fact, the IoT platform is most beneficial in such areas where remote monitoring is required.
Also read about: What 2018 holds for IoT: Top Trends and Future Possibilities
Platforms constructed around applications
Some projects are built keeping in mind the connectivity on the ground level related to geographical locations like in the case of manufacturing plants, warehouses or factories. There are several other functions involved in a business and applications are customized to suit the processes required. In such a scenario, the platforms are designed around the utility of the applications. The developer prepares a blueprint where the customers have a choice of solving their problems remotely. User-friendly apps work best with peripheral tools. Such a platform is ideal for startups where several apps are required to create solutions. Often customers may face a challenge when connections break down. Can they solve the problems at their end or is technical expertise required? If there is no missing technical layer, it will be comparatively effortless to get back on track.
Lastly, device management
The maintenance of devices and keeping them connected is the core function. All IoT solutions revolve around the apparatus, their upgrades and other software they can handle. Also, the device should be robust enough to login securely, process copious amount of data, authenticate it and monitor its migration. Lastly, troubleshooting should remain a cakewalk as part of the solution. This is one of the primary reasons IoT platforms have been able to scale and manage remotely. With the help of apps and analytics, a reliable connectivity completes the entire project.
Networking completes the entire stack
Your developer designs and sets the stage for the connectivity to succeed. But the last piece of the puzzle still remains: telecommunications. Without this nothing else can come to life. A reliable networking connection is the breath of the entire project. Why is it so critical to the entire project?
- When things need to be mobile constantly
- Remote control is necessary
- Number of connected things is large
- Connectivity in a hazardous environment
- In some locations things are not accessible and sensors are required- e.g., oil fields
Have you overlooked anything while developing your project? Read this blog again.
Ashwin Patil is a passionate content marketer who writes on technology, tech trends, tech reviews. Also, I work with people, organizations and the community to deliver solutions which are driven by Big Data, Internet of Things, Machine Learning, Deep Learning & Artificial Intelligence.