How to choose the right IoT Platform?
With the passing of time, IoT solutions are becoming the key factors for the growth and expansion of any organization by opening doors for new business models and markets. But, In order to have an advantage over other competitors, the time for the product to reach the market must be reduced, which is where an IoT platform comes in handy, as it helps you to minimize risks, reduce the development cost, and furthermore, help your product reach the market faster.
Here, the key question that arises into a lot of people’s mind is, How does one choose the right IoT platform? If you are one of them, this blog is for you, where we talk about various important features of an IoT platform, so that the next time you try to get an IoT platform, you know what to look for.
In terms of functionality, an IoT platform must seamlessly connect remote sensors with devices and the platform itself, and then to end-user applications. Moreover, it should provide a central aggregation service with all the devices attached, doing so securely. Additionally, also providing a secure integration protocol, to send/receive data in a variety of ways from all the devices attached.
Key requirements of an IoT Platform
If one is looking for an IoT platform that can connect to network devices & provide a hosted infrastructure, cost-effectively & securely manage, route data. Given below are the key requirements that must be considered before choosing the right IoT platform:
- Security (how secure the platform is including the data exchange) – This is the foremost requirement for any IoT platform, where in addition to knowing that the platform is secure at a technical level, one also needs to know if the IoT platform vendor is following the industry standard security control. Additionally, it is vital to know if if the system is actively monitored or not.
- Reliability – Secondly, reliability is another key factor that one needs to ensure before selecting an IoT platform, the connection mechanism of the platform must be strong, since there is no human presence at the other end to retry if something goes wrong. Moreover, the platform needs to be robust, and allow the user to add and incorporate more & more devices to the platform.
- Scalability – Thirdly, the platform must have a device layer that handles the connectivity to a large number of devices and be able to interact with them easily. Additionally, the process of incorporating new devices to the platform should not require extensive & large infrastructure, planning and execution times, or in other word’s this process should be simple & less time consuming.
- Flexibility – Fourthly, the IoT platform needs to talk to third-party tools/applications seamlessly & reliably in order to get the type of data analytics one needs on their data. The IoT platform must have an industry standard application interface to communicate & retrieve all types of information securely from external applications.
- Simplicity – Last but not the least, the user interface of the IoT platform must be simple & intuitive, meaning that the use of the design of the platform should be easy to understand, regardless of the users past experience, and administrators should be able to change device configuration settings, transfer files & update the application, in addition to debugging other network issues that arise. In other words, we should be the one’s to tell the platform, what to do and when to do it, ensuring everything is taken care for us.
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