IoT device management is a process that involves authenticating and provisioning, maintaining, monitoring, configuring, and diagnosing connected devices that operate in an IoT environment.
An effective and reliable device management solution is critical for keeping smart assets connected, secure, and updated.
IoT Device Management Fundamentals
IoT devices need to be handled according to the accepted best practices and standards that make up the fundamentals of IoT devices.
It’s important to know the ins and outs of the process to facilitate decision-making within the IoT project. In addition, you get to have an awareness of everything entailing connected devices throughout the lifecycle.
Billions of smart devices on the internet today needed to be connected to the web for the first time. Onboarding is the enrollment process in the initial stage of a project.
Intelligence and secure provisioning fasten the time to market and go around risks related to attacks. This process should not be overlooked; otherwise, it may have severe consequences on project success.
Device authentication is one of the crucial parts of provisioning. It involves establishing a secure connection between the IoT platform and the device. The device presents the credentials to the server, which is, in turn, configures the data.
Devices need to behave exactly how they are intended to behave. Configuration involves designing a smart mechanism that enables you to strategize the behavior of smart devices when everything is performing as planned and when failures happen along the way.
Maintenance is another vital part of the process. Maintenance is securing the configurations and provisions. Devices come with bugs, the project scope may change, and new functionalities come along the way. Sometimes it’s the security vulnerabilities that threaten smart deployment.
A comprehensive IoT device management software offers the advanced mechanisms to tackle such problems to keep devices up to date, secure and bug-free
Yet another crucial part of IoT management. Diagnostics help reduce the impact of downtime that may occur due to a bug or an unexpected issue.
Diagnostic is not only about monitoring network statistics and detecting security breaches; it is preventing them from happening. Sometimes it’s about counteracting the failures before they become harmful.
Device management sometimes uses sophisticated mechanisms to generate insights into issues that occur in IoT deployment.
End of Life Management
Your fleet is now running, configured, and up to date and secure against bad actors and all random failures. At this point, one fundamental aspect remains- what happens to the devices in the field after the project is complete or when the devices reach the end of their life?
Decommissioning, obviously, but you also want to do this securely and cost-effectively. This could mean providing an appropriate environment for the replacement of devices and deploying new ones.
Other times, it is phasing out a smart project and decommissioning in such a way that data leaks, system downtimes, and system compromise can be avoided.