5 Top IoT Device Management Choices

IoT Device Management

5 Top IoT Device Management Choices

The Internet of Things (IoT) is expected to boom in the coming years as more and more devices are connected. Gathering and sharing data in industries, business, and homes.

Efficiency and convenience of IoT devices are benefits for consumers. However, the current consumer IoT setting is still young and immature. For consumer devices to prosper, IoT device management capabilities need to evolve and keep up.

IoT device management is the process of monitoring, authenticating, configuring, provisioning, and maintaining the device firmware and software that provides IoT functional capabilities. Effective device management is crucial to instituting and upholding the condition, security, and connectivity of IoT networks. IoT platform vendors typically offer comprehensive device management solutions in their tier of services.

The most popular IoT device management platforms are still the solutions by the leading providers such as Amazon, IBM, and Microsoft. There are also many other good options on the market like Google and Oracle. Here, we provide an examination of the top choices for IoT platforms in 2018. 


Amazon leads the consumer cloud market. Way back in 2004, they were the first to invest in cloud computing and turn it into a commodity. Since then they’ve been focusing on building new features, innovations and probably have the most inclusive set of tools available for cloud computing and hosting.

It’s a very expandable platform, claiming to be capable of supporting billions of IoT devices, and the trillions of interactions between the devices. Every IoT interaction can be pictured as a message between the device and the Amazon server.  

AWS makes it easy to securely link, monitor, organize, and remotely manage IoT devices at scale. IoT Device Management lets you troubleshoot device functionality, send remote updates to your devices and manage permissions for security. You can also remotely execute factory resets, software updates, reboots and security patches on the machines. It also allows you to scale your device fleets to reduce the cost of managing large deployments.

Amazon charges per million messages sent or received by Amazon Web Services IoT. There are no minimum fees, and you need to pay for letters to the following AWS services: Amazon S3, Amazon DynamoDB, AWS Lambda, Amazon Kinesis, Amazon SNS, and Amazon SQS.

They also provide a software development kit (SDK) to guide developers in building applications compatible to run on Amazon Web Services. While Amazon probably has the most comprehensive facilities of all the Internet of Things platforms, it can also be quite expensive.


Microsoft aims to be a complete IoT solution provider. They have cloud storage, IoT services, machine learning and even their operating system for IoT devices.

Azure IoT Hub provides the facilities that enable back-end and device developers to build IoT device management solutions. Devices can range from single-purpose microcontrollers and constrained sensors, to control gateways that route communications on clusters of machines.  

The requirements for IoT operators vary significantly across industries so solutions as treated on a case by case basis. Despite this variety, device management with IoT Hub provides the competencies, code libraries, and configurations to cater to a diverse set of industries and devices.

The cost of hosting is done in 4 tiers based on how much data your devices will generate. 8,000 messages per unit and less, per day, is free of charge. It does get complicated when you start integrating the other Microsoft Azure services, but they have a great pricing calculator online to calculate for you.  

Like Google, Amazon, IBM, and Oracle, Microsoft also has other facilities you can use on their cloud platform. These machine learning, a data analytics algorithm which you can use to build your applications.


IBM is another IT conglomerate aiming to set itself up as an Internet of Things platform expert. With secure apps and interfaces, IBM tries to make their cloud platform as manageable as possible to beginners. You can test out their sample apps to familiarize with how it works. You can also store your information for a specified period, to get historical data from your connected devices.

The IBM Watson Internet of Things Platform (WIoTP) is a cloud-hosted service that makes it easy to derive data from the Internet of Things (IoT) devices. IBM’s device management feature supplements new features and capabilities for managing IoT devices. 

The WIoTP facilitates Device Management, through the device management server on the cloud platform. Through this hub, you can now conveniently manage any number of devices through the Platform, without logging into any of them. One can register any number of Devices to WIoTP and make use of the shared data on the cloud.

Pricing for IBM works on three key metrics: Data Exchanged, Data Analyzed and Edge Data Analyzed. You’ll also get 100 MB of each for free every month as a basic service.

IBM Watson also offers some new IoT security prospects based on machine learning algorithms and data science. Such is significant in cybersecurity for the IoT.


Search giant Google is also a fierce contender in the Internet of Things platform market. They assert that “Google’s legacy of machine intelligence, web-scale processing and analytics makes Cloud Platform the best place to build IoT initiatives.”

Where instant information is prompt, Google makes data delivery fast and accurate. They also offer Google Grade security using their private global fiber network.

Google Cloud IoT provides fully flexible and cohesive services that enable clients to securely connect, consume and manage data from globally deployed IoT devices. They can process and visualize that data and take actions in real time.

Google services aim to help make informed decision making and unlock business insights. Sending the data they capture by Cloud IoT to Club Publishing for downstream analytics.

Get comprehension of the operational efficiency of devices with IoT device management. Cloud supports a wide variety of operating systems and provides support for devices.

The serverless Cloud IoT platform removes the need to build a cost structure for data analysis. Accommodate all your devices and connect easily to the cloud using Cloud IoT Protocol Bridge. To ensure the security of connections, ongoing maintenance is provided by the service.

The charge for Google Cloud fees is per-minute basis. It is usually cheaper than Amazon Web Services but doesn’t have the same comprehensive tools and documentation. Like Microsoft, Google also has its Internet of Things operating system based on Android.


Oracle is an IoT platform provider that specializes in logistics and manufacturing operations in industries. They aim to help enterprises get their products to the market faster.

The Oracle Internet of Things (IoT) Cloud Service provides a framework for developing IoT approaches within enterprises.  It aims to help companies make critical business decisions and strategies through IoT device management. The service provides cloud connectivity, data analysis, and integration of data with web services and enterprise applications.

The Oracle Utilities Operational Device Cloud Service (ODCS) enables services to promote automation of device management at a total lower cost of proprietorship.

The industry is going through remarkable changes as an effect of IoT and growing disseminated energy resources. The United States alone has more than 70 million smart meters installed, and industries are progressively deploying more field sensors for IoT.

Each smart device has its particular requirements for upkeep, examination, hardware upgrades and security. Companies are struggling to administrate the lifecycle of these devices in one, centralized way.

Oracle has revealed a cloud-based form of its Operational Device Management Solution in response to these challenges. This solution provides a future-proof and scalable method for IoT device management.

As a stand-alone cloud service, ODSC automates the management of IoT devices and smart grid. When combined with Asset Management solutions and Oracle Utilities Work, it brings an integrated solution in the cloud to for device performance management at a large scale.

Calculation of Fees for Oracle are per device. There are a specific number of messages per device per month, with an additional charge if the set number is surpassed.

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Challenges for IoT Platforms

Compatibility between different IoT platforms is an issue in the market today. If that application vendor goes out of business, you would have to build your IoT network again with a new provider entirely. What is sustainable for consumers is a genuinely open and standardized IoT device management ecosystem.

Closed device enablement

Today, many consumer IoT devices are still sold as a part of a wholly separate, vertically-integrated solution tier. And all these modules are woven together by a single vendor to work together as a part of a closed application.

For instance, a smart luggage tag works with the vendor’s luggage tracker. But that tag is not compatible with any other vendor’s tracker. If you decide to switch to a different vendor, you will need to change all your devices.

This approach for device management in the best interest of the vendor may not be in the best interest of the customer.

Standardized device management for the future

The potential vision for the future of consumer IoT involves a standardized firmware of IoT devices and solutions.  

When all IoT device and gateway vendors support a plug-and-play, open and secure, standards-based, device management capability, then consumer IoT will achieve a new level of maturity and consumers will be able to fully onboard devices without the fear of losing their hardware investment.

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