What are the Most Common Problems IoT Devices Will Experience in 2020
Tags: iotdevices, iiotsolutions
Published: 2020-03-27 09:45:34

IoT entitled devices are a subdivision of digital transformation acquisition; though, initiating these products onto an industries existing network isn't as simple as a launch-and-go process. 

As consumers gain and implement more interconnected IoT devices, the chances of malfunctions are also increasing. As per Juniper Research, the amount of IoT connected devices will reach up to 38.5 billion in 2020 from 13.4 billion that was in 2015 that means near about growth of over 285 %.  

After thorough verification with top research firms, the following five different factors are predicted that are contributing to the malfunctioning of smart devices in 2020, all of which can be observed harmful by both manufacturers as well as by users. With the New Year outlook and smart home devices are all set to continue among the top purchases in 2020, this article concentrates on the most common problems IoT devices will encounter. 

Let’s have a look at a few of them:
Operating environment

The extensive range of operating environments will be an essential factor in smart device functionality. This mainly includes concerns with IoT uptime generated by environmental conditions, containing intense temperatures, vicious device handling, WIFI accessibility or signal blockage, etc.

Device Integration problems

Recent new smart home IoT devices need their own app that may or may not incorporate with several routers, smart hubs and other systems in the home. Well, known apps and services may only be accessible on certain devices. As the number and multiple devices are escalating, consumers in 2020 can assume to notice higher malfunction rates.
 
Device configuration

Smart device configuration should be easily adaptable. Whereas, many IoT devices still need manual interference. The need for AI-based configuration is mandatory in this scenario in order to assure a fast and efficient setup for devices. The capability to auto-configure such devices will be crucial for smart device/home enablement as consumers bring a wider range of more composite smart devices into their homes.

Connectivity

Smart device connectivity or lack of connectivity will be an important contributor to device malfunctioning in 2020. The concerns involve a lack of signaling or bidirectional communication between various devices for collection and routing purposes. There’s also the concern of existence detection, where the smart hub or the router must be capable to recognize when a smart device goes offline and when it regains the network. This gives the ability to monitor the device and fix any problems that may arise.

Device load

Device load, as well as bandwidth restrictions, are other challenges assumed to increase in 2020. As the device load improves the volume of devices increase and project activity volumes to the service provider needs a large-scale server farm to manage the huge amount of data. 

Instead, increased management and processing will enable the consistent move of data between devices and servers.

When IoT devices were easy to handle, it was not difficult to address malfunctions. For instance, if a music speaker failed to bring sound, the main cause was normally with the speaker wire or speaker. The concern was either resolved or a new device was purchased. Whereas, in the age of integrated smart-device systems, the main cause of a malfunction can be hard to find out. 
IoT devices work in concentrated environments. 

The more IoT devices that are added to an environment, the more is the probability of interference issues. In order to handle the various numbers of devices on our networks, it’s required to have 100% network visibility. The first step is to recognize what is on your network, involving both known as well as unknown devices. With whole, real-time visibility, we can easily interpret if our 100+ IoT devices are playing securely together or if they are working properly for access and performance. 

The security risk rises when either the device is collecting unauthorized information or when someone hacks into the device to either snatch data or utilize it as a harmful instrument. This can be resolved by, reserved primary network for all sensitive data; patient data, student data as well as corporate finances–and access should be limited. 

The guest network can be used for just as it sounds and the third network can be for all other diverse items. By arranging IoT networks in this way, we can avoid scenarios where harmful individuals can hack into an IoT device and obtain access to delicate, personal data.

Service and Support 

In the era of so many unavoidable malfunctions, the capability to quickly recognize, evaluate and resolve problems will discover success for device manufacturers, integrators and service teams. Device manufacturers will require five warranties and software updates along with complete support of the support center. ISPs and integrators will have to take control of the performance of a broad and developing variety of composite devices. Organization IT departments will be overloaded with thousands of new devices to support. Most of the number of individual consumers will move to effective service desks when certain problems occur.

In the coming years, IoT devices are only going to develop in number and variety. Taking the correct preventive steps now to assure that your network is planned to operate with these devices without any network deterioration or security risks is essential for devices staying secure.

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