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5 Vital Reasons Why You Must Have an IoT Device Management Platform

   Nitish      July 25th, 2021

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The consecutive development of IoT makes organizations struggle to accumulate the moving parts in the virtual ecosystem. Provided the sheer complexity of IoT, it’s quite common to miss vital elements of the calculator. If you think of smart devices, cloud analytics, and connectivity are all things that you require in an IoT architecture, then you are surely overlooking an important puzzle piece- device and network management.

An easy description remains about why device and network management might be missed, despite the primary role in IoT success. Trades, particularly those at the beginning of IoT acquisition, are frequently unfamiliar with the reason why they require it at the very starting. 

In this writing post, we are going to explore five vital reasons why a device and network management platform is a crux in your IoT value chain. Let’s get into it-

Optimize Time-to-Market and Cost Reduction:

An unusual fresh device and network management platform supports service developers in compressing development and examining time to launch products at the right time and fashion trends into the market. While packed or tied with connectivity serving, the platform offers everything you require to instantly get the network up and running. Additionally, a future-ready architecture allows you to gladly roll out large-scale distributions and amplify the future development of your IoT solution. Moreover, eases and automating device and network administration works enables you to concentrate on your prime expertise and productively make costs low.      

Permit Safe Device On-and Off-boarding:

A smart device is not necessary to be automatically connected to the IoT network, nor it should be. You should have a safe approach to build and insert only authorized devices into the architecture of the network. A device and network management tools support you in this process in an easy and smooth manner. Through a web interface, you can authenticate end nodes and set up safe communications by attaching and registering them to the already authorized base station(s)- utilizing their identification credentials and network keys. After finishing the onboarding procedure, is the node authorized to connect the network and transmit data with encrypted network-level safely. 

Smoothen Network Tracking and Troubleshooting:

As the deployment scale of IoT to more than hundreds or thousands of geographically scattered nodes, a manual approach to troubleshooting is much ineffective, a lot expensive, and next to impossible. On the opposite side, by leaving end nodes entirely unattended, you risk failing to get business-critical data while it’s mostly demanded. A device and network management platform serves you with a top-down view, single-pane of all various network traffic, registered nodes, and monitor their all-time status. If you have numerous base stations in one single network, then it acts as a central hub mass data around base stations. This is mainly useful in tracking and diagnosing unexpected problems on both device and network levels. 

Simplify Development and Downstream Management Applications:

Between the users’ enterprise applications and data servers and the edge network, an IoT device management platform also performs as a concrete bridge. A diverse solution enables easy integration with any of your preferable backend systems, whether it is in the cloud or in on-premises, holding protocols like API calls and MQTT. Just like you can effortlessly place and scale IoT applications to acquire changes in various trade needs-whether inserting the latest devices to the similar applications or connecting to a new analytics solution. You could also achieve a view into all the latest applications and integrations from a single window to smoothen your whole IoT project management. 

Security Risks Mitigation:

Provided the ever-developing cyber-attacks sophistication, Internet-connected instruments of the IoT network including routers and base stations should always be armed with the newly arrived safety features. It is hard to keep up with requirements for continuous and routine-wised upgrades of such critical networks infrastructures, especially those remotely deployed things by a manual approach. In this perspective. An IoT device and network management tool can offer automatic OS and safety upgrades from distance, enabling you to reduce costs when ensuring that distant stations are best prepared against all harmful attempts. Above all, round-the-clock network tracking offers routine identification of all abnormal patterns like a rise in data traffic which could indicate a contravention.