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Best IoT Device Management Tools

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More than ever, the world is interconnected. Our daily lives are significantly influenced by Internet of Things (IoT) gadgets, and more are being developed daily. The list of brand-new IoT gadgets is virtually unlimited and includes smart city cameras, POS terminals, parking meters, refrigerators, kiosk displays, fitness trackers, and smart security systems.

These devices are operated by highly developed software. Like all software, it occasionally has bugs or security holes that are found after a device is put into use. This might not be a disaster for a small fleet of devices. However, in order to manage larger fleets and fleets that are dispersed around the globe effectively, an IoT device management platform is required.

Pushing updates to these devices via the internet is possible by using an IoT device management platform. But utilizing an IoT device management platform has several other advantages. OEMs that produce IoT devices are increasingly looking for IoT device management systems that are strong and capable of handling every aspect of the performance of that device.

In this article, we are going to look at what an IoT device management platform is, the best practices in IoT Device Monitoring, how to select an IoT Device Management Platform, and finally, top IoT device management tools. The best IoT device management platforms are as follows:

  1. AWS IoT Core

  2. Azure IoT Hub

  3. Google Cloud IoT

  4. Hologram

  5. IBM Watson IoT

  6. BalenaCloud

  7. Bosch IoT Suite

  8. Cisco IoT

  9. IoT Central in Azure

  10. Huawei IoT Device Administration

  11. Datadog

  12. Oracle IoT

  13. Syxsense

  14. DIGI Remote Manager

  15. JFrog Connect

  16. Telit IoT

  17. Mender

What is an IoT Device Management Platform?​

A software solution known as an IoT device management platform integrates and streamlines the management of IoT hardware and software. Businesses can remotely control their fleets of Internet of Things (IoT) devices using IoT Device Management Platforms. IoT device provisioning and authentication, remote configuration and management, data gathering and reporting, real-time monitoring, and over-the-air (OTA) software deployments for updates, patches, and device onboarding/offboarding, among other things, are all included in this management.

An IoT device management platform's actual responsibilities include managing the data that IoT devices transmit, the backend systems that process that data, the distribution of software updates to IoT devices, the overall management of device lifecycles, and the analytics that provide details about IoT device and application usage.

The two main components of IoT device management platforms are automated features and security features. Automating as many management tasks as possible is the main purpose of IoT device management products. As a result, scalability is essential for hundreds or thousands of IoT devices, reducing the resources required to manually manage the entire device network. In addition, adding an additional layer of security specific to IoT both protects individual devices and stops the spread of vulnerabilities among IoT devices thanks to these platforms.

IoT device management platforms should have the ability to synchronize between different IoT devices, vendors, locations, etc. There are various advantages to this centralization. It offers tremendous scaling advantages. The time savings and increased productivity that a single management platform provides are associated benefits. By lowering the level of coding expertise required to administer IoT devices on the platform, certain platforms increase accessibility for IoT device administration.

What are the Best Practices in IoT Device Monitoring?​

IoT applications are frequently made for mass adoption. Many thousands, or perhaps millions, of IoT devices may be under the control of a single Enterprise organization. For reliability at this scale, IoT monitoring is essential. Without a monitoring tool to give insight into the health and availability of IoT devices, outages last longer, and teams are inevitably reactive rather than proactive.

Teams may reduce mean time to recovery (MTTR) with effective IoT monitoring, respond proactively to problems before they become outages, and enhance system observability.

Compared to traditional IT architecture, monitoring IoT infrastructure frequently involves a lot more protocols, tools, and methodologies. IoT devices frequently have embedded systems with constrained resources, which may necessitate lighter-weight protocols and restrict the monitoring tooling available to IT.

We'll go over seven IoT monitoring best practices to assist you in avoiding frequent errors:

  • Crowned chess piece: Information is made easier to visualize through data visualization, which transforms it into charts, tables, graphics, and infographics. Managers can see patterns and trends in data through a graphic representation, and the more data there is, the more crucial it is to visualize. Certain procedures will improve the accuracy with which you utilize your dashboard when it comes to IoT data visualization!

  • The dashboard to suit your needs: IoT monitoring tools can be readily customized to meet your needs because of their flexibility. You can choose which widgets to show on the dashboard. You will receive only the information you are interested in this way, and it will be presented to you in a way that is simple to understand visually.

  • Filters can be used to sort the data: The amount of information on IoT monitoring dashboards might be overwhelming, so you might not need to view it all at once. Data formatting is required when working with it, including scaling, filtering, sorting, and exporting.

  • Note significant information: Not all data is equally important. You want to be able to quickly see all the crucial information while looking at your IoT monitoring dashboard. Change the dashboard settings to hide the information from view if you decide it isn't useful. Your dashboard can be configured to emphasize particular facts in different colors based on their significance.

  • Have a successful notification plan: As soon as a problem is detected, the notifications you receive from your IoT monitoring platform should assist you in enhancing the operations of your business. They must be concise and to the point so that everyone who glances at them is aware that a certain issue requires action. Consider making your notifications the same color as the region they are alerting you about. To ensure that you receive the notifications, choose the delivery method.

  • When creating your dashboard, adopt the Question perspective: The objectives you aim to achieve after examining the data on your IoT monitoring dashboard are referred to as the question viewpoint. Your dashboard should enable you to find solutions to your problems and answers to your inquiries. You want to design your data visualization as a road map that takes you to the best answer to a question or the best result in a certain circumstance.

  • Clearly label your data visualization: You can see charts, graphs, tables, or other visualizations when you look at your dashboard. However, you don't want to keep track of what each chart means. As a result, you must accurately label them so that everybody who views your data visualization may understand it.

How to Select an IoT Device Management Platform?​

There are a few important considerations to make while selecting the best solution to manage your expanding device fleet. The improper tool being implemented could squander resources and result in difficult-to-recover-from setbacks. Here are a few things to consider when comparing IoT device management platforms in order to help you make a selection. IoT device management platforms should include the following nine features:

  • Distance access: Scaling fleet deployments depends on having remote access to and control over devices. An IoT management platform should assist you in organizing your fleet of devices and make it simple to quickly and securely connect to distant devices located anywhere in the world. Even when a distant device's IP address is hidden (for example, behind a firewall), remote access should still use tried-and-true security techniques like reverse SSH tunneling to safely locate and access the remote device.

  • Improved managerial abilities: Fleet devices frequently receive software updates. Tools for individually or collectively updating fleet devices in a safe, dependable, and secure manner should be offered by an IoT management platform. The instruments must be adaptable and capable of delivering files, executing commands, scripts, and artifacts, releasing bundles, and running well-known containers like Docker. They ought to be able to update automatically, ideally. The only way to scale is through automation.

  • Automation of rollbacks: Nothing is flawless, so there may be issues with some gadget updates. To prevent downtimes, the platform's update mechanism should be able to roll back updates that fail on devices to their prior state. The platform should provide a thorough dashboard view that can inform users and clearly show any unsuccessful upgrades so that problems may be fixed immediately.

  • Minimal and transparent: A client application agent is normally deployed on each IoT device in order to manage it. You should take into account the size of the agent installation and how much RAM it'll need to run, given the resource limitations common to IoT devices. Operations will be scaled for large-scale dissemination with the aid of the agent's ability to be embedded into a unique device image and burned into an SD card or eMMC flash. The agent should safely and automatically register with the IoT management platform as soon as each device powers up and connects to the internet, ready to work.

  • Scale visualization, organization, and automation: A holistic dashboard from an IoT management platform should provide you with a thorough overview of your entire fleet. Along with the power to deploy automated bulk updates to a collection of devices, which may potentially comprise thousands of devices, at once, it should include capabilities for grouping and organizing devices in accordance with your unique requirements.

  • Automate notifications and monitoring: The only way to stay up while managing hundreds or thousands of devices is through automation. Device health metrics, including CPU, RAM, disk use, and the condition of certain apps, should all be monitored. You should be able to define device thresholds that, when reached, instantly send out alerts and notify you via your preferred channels, such as email, text message, or Slack.

  • Consistent spending: A key consideration in choosing a platform is the cost of fleet management. This means that there shouldn't be any unexpected costs associated with the platform's price structure. Some platforms charge customers for each device action, such as remote access or straightforward updates. It can be difficult to anticipate how frequently one will need to remotely access and fix equipment, send updates, issue commands, etc. Look for pricing structures that base their charges on the number of monitored devices. That is easy to understand, predictable, and something you can manage.

  • Not cloud-specific: The effectiveness of using the cloud to host platform applications is well-proven. Cloud-agnostic platforms don't have a cloud agenda and are therefore motivated to cooperate with any solutions the client chooses to utilize, whether they are hosted in the cloud or on-premises.

  • Platform security and privacy: Any platform that manages customer and corporate information should constantly take data privacy, data security, and cloud security into account. Numerous industry norms might aid in your decision-making.

Top IoT Device Management Tools​

Any firm using Internet of Things (IoT) devices can benefit greatly from IoT device management software. Smart homes, industrial facilities, manufacturing systems, and other forms of equipment can all be monitored and controlled with the help of IoT-enabled devices. Because of this, IoT device management software is now an essential part of the linked industrial world.

Organizations may centrally control all of their connected devices using IoT device management software. It simplifies operations and enables more effective operations by enabling the monitoring and control of numerous IoT-enabled assets over the same network. Administrators can configure settings remotely, push updates, combine data streams with other systems, see analytics reports, and configure real-time notifications for faults or status changes all from this single system. Minimizing the need to send out workers to the site when something needs altering or fixing, not only saves time and money but also maintains consistency in settings across all installations and lowers the chance of error brought on by human intervention.

Consequently, consistent management of the IoT devices that are connected is necessary to provide accurate cloud analytics for making business decisions. Many companies have introduced solutions to aid enterprises in managing IoT devices. Here are some of the top IoT device management platforms:

  1. AWS IoT Core

  2. Azure IoT Hub

  3. Google Cloud IoT

  4. Hologram

  5. IBM Watson IoT

  6. BalenaCloud

  7. Bosch IoT Suite

  8. Cisco IoT

  9. IoT Central in Azure

  10. Huawei IoT Device Administration

  11. Datadog

  12. Oracle IoT

  13. Syxsense

  14. DIGI Remote Manager

  15. JFrog Connect

  16. Telit IoT

  17. Mender

AWS IoT Core​

In order to connect billions of IoT devices and send trillions of messages to the AWS Cloud without having to maintain infrastructure, Amazon has developed AWS IoT Core, a platform for IoT administration.

Businesses can easily analyze and visualize IoT data thanks to AWS IoT Core's integration with a number of other AWS services like Amazon S3, Amazon SageMaker, and Amazon QuickSight.

Key Features of Amazon AWS IoT Core are as follows:

  • It handles trillions of messages and connected devices.

  • Using the WebSockets, HTTP, or MQTT protocols, the AWS IoT Device SDK can link mobile applications for hardware devices to the AWS IoT Core.

  • Cloud-based Device Advisor test to confirm new IoT devices introduced to the AWS IoT Core and maintain the network's security

  • Additionally, Amazon QuickSight, Amazon Kinesis, and AWS Lambda are available to Amazon AWS IoT users.

  • Without maintaining or provisioning servers, you can easily and reliably connect, monitor, manage, and scale devices.

  • Choose your desired communication protocol from the list, which includes HTTPS, MQTT, LoRaWAN, and MQTT over WSS.

  • End-to-end encryption and mutual authentication are used to protect data and device communications.

  • Send messages to and from your IoT application and devices safely, quickly, and efficiently.

  • Utilize device data as it is moved by filtering and transforming it according to established business criteria.

  • Device Shadow allows you to save the most recent state of a connected device so it can always be set or read.

  • Use secure AWS IoT-reserved MQTT topics to send audio communications between devices.

Amazon AWS IoT Core's benefits are listed below:

  • With the ability to manage billions of devices and connections, Amazon AWS IoT is the most outstanding IoT monitoring platform.

  • The device management at scale feature of AWS IoT Core. Millions of IoT devices may be easily registered, arranged, and managed by developers using AWS IoT Core.

  • Use AWS IoT Device Management to quickly and efficiently organize, manage, and remotely manage IoT devices. Using IoT Device Management, you can manage permissions and enroll your devices individually or in bulk if you want to keep them secure.

Amazon AWS IoT Core pricing

AWS IoT Core users can use 500,000 messages and 2.25 million connection minutes per month with the AWS Free Tier for a year.

Azure IoT Hub​

A managed service for bidirectional connectivity between IoT devices and Azure is Microsoft's Azure IoT Hub. A cloud-hosted solution on the back end is offered by Azure IoT Hub to connect almost any device. Using per-device authentication, integrated device management, and scaled provisioning, users can extend their solutions from the cloud to the edge using Azure IoT Hub.

IoT device enrollment, data storage, and security are also included in the scalable, multi-tenant cloud platform (IoT PaaS) known as Azure IoT Hub. Additionally, it offers a service interface to aid in the creation of IoT applications.

Key Features of Azure IoT Hub are given below:

  • Sending and receiving data from linked IoT devices is made possible by Azure IoT Hub, which offers a secure and dependable communication channel.

  • Device Update for IoT Hub enables over-the-air feature deployment of upgrades to quickly meet business goals and cost-effectively address security issues.

  • Serverless Compute enables integration, while Azure Event Grid makes it easier to create IoT applications.

  • The creation of hybrid IoT applications is facilitated by compatibility with Azure IoT Edge.

  • Every connected device can be authenticated using unique credentials and identities for increased security.

  • To speed up IoT deployment, device registration and provisioning can be automated.

  • To extend the capabilities of the cloud to edge devices, IoT Edge modules can be quickly designed and deployed. In order to enable organizations to deploy IoT applications and conduct real-time analytics at the edge, Azure IoT Hub offers edge computing capabilities.

  • Threat monitoring, security posture management, and mitigation are all provided by Azure Defender for IoT.

  • Additionally, Azure IoT Hub supports MQTT, AMQP, and HTTP protocols.

  • Scalable device administration is made possible by Azure IoT Hub. It provides capabilities including device configuration, registration, and firmware updates.

  • Businesses can easily create reliable IoT solutions thanks to the integration of Azure IoT Hub with other Azure services like Azure Event Grid, Azure Stream Analytics, and Azure Functions.

Pros of Azure IoT Hub are listed below:

  • Good documentation and simple implementation

  • It creates comprehensive solutions by integrating with other Azure services like Logic Apps, Stream Analytics, Machine Learning, and Event Grid.

  • For each device, a unique identity is created and authenticated in order to protect privacy and remove access privileges as necessary.

  • may connect to devices using SDK libraries, Azure IoT Plug and Play standards, and more

  • Azure Stack compatibility for developing hybrid IoT apps

The cost of the Azure IoT Hub

Users of the free edition Azure IoT Hub are permitted to transfer 8,000 messages per day and register up to 500 device identifiers. Basic and Standard tiers are available for paid programs.

Starting at INR 1,041.56, the Basic tier's pricing is good for up to 4,00,000 messages per day per IoT Hub unit. IoT Hubs have a default cap of $50 per subscription. You can ask for a quote with customized pricing.

Google Cloud IoT​

If you can easily and securely connect, manage, and retrieve data from millions of widely dispersed devices, you can use Google Cloud IoT Core, a fully managed service. A complete solution for gathering is provided by Cloud IoT Core in conjunction with other services on the Cloud IoT platform. To connect, monitor, and consume data from widely scattered devices, Google Cloud IoT provides a fully managed service.

Key Features of Google Cloud IoT are as follows:

  • Device Manager makes it possible to manage and configure individual devices in a secure, coarse-grained manner.

  • End-to-end security is enabled through Cloud IoT Core.

  • Over industry-standard protocols like HTTP and MQTT, all gateways and gadgets can be linked to Google Cloud.

  • To get data insights right out of the box, users can interface with Google Big Data Analytics and ML services like Google Data Studio, BigQuery, Cloud Dataflow, and Cloud Bigtable.

  • The IoT platform does not require upfront software installation and is completely managed and scalable.

  • Applying identity and access management (IAM) roles to device registries allows for the control of user access to data and devices.

  • REST APIs can be utilized to scale up the automatic management of device operation, deployment, and registration.

  • All linked devices can receive configuration or command instructions from users.

Pros of Google Cloud IoT are given below:

  • A large variety of functions

  • You can securely connect to, manage, and ingest data across millions of devices globally with the help of Cloud IoT Core, a fully managed service.

  • When combined with other Cloud IoT platform services, Cloud IoT Core can offer a comprehensive solution for collecting, handling, analyzing, and displaying IoT data. This will boost operational effectiveness.

The main cons of Google Cloud IoT is that it is very difficult, and you'll get lost if you don't know what you're doing.

Costs for Google Cloud IoT

Google Cloud IoT Core is available for a free one-year trial. The first three months of the trial's free period are covered by a $300 credit that may be utilized as you see fit. To find out how much using Cloud IoT Core will cost, use the Google Cloud Pricing Calculator.

Hologram​

The Chicago-based firm Hologram offers an IoT connectivity solution that links the Internet of Things by offering cellular connectivity, pre-certified hardware, and an IoT software platform.

Key Hologram features are outlined below:

  • Midsize businesses, Small businesses, enterprises, freelancers, nonprofits, and Government organizations are all compatible with Hologram.

  • These languages are supported by Hologram: English.

  • Hologram provides online assistance.

  • AriLinc connects with a hologram.

  • Hologram offers training through written materials.

  • Hologram's mobile SIM cards and user-friendly interface for monitoring.

  • A multi-carrier network with seamless worldwide coverage, support professionals, and tools to connect and control your IoT devices.

  • With the help of Hyper-Hologram's eUICC SIMs and platform, you can future-proof your SIMs and grow more quickly internationally.

  • Access to the entire portfolio of IoT connection partners and profiles from Hologram is provided by Hyper over the air and is updatable.

  • The entire deployment will benefit from new proactive alerting tools. Real-time device insights allow you to concentrate on increasing and growing rather than connectivity.

The benefits of Hologram are listed below:

  • Without having to engage in any additional carrier discussions, integrations, or hardware swaps, you can concentrate on expanding your fleet and managing your devices.

  • With a pilot IoT SIM, you can test drive Hologram and connect in less than a week.

  • Using a single hardware-independent SIM card or eSIM eUICC chip, you can connect to every network in every nation.

  • Hologram SIMs seamlessly transition between local carriers, so you never lose service and experience maximum performance.

  • Using an intuitive dashboard or a cutting-edge REST API, you can easily manage your fleet.

The cost of a Hologram is explained below:

  • Flexible price options are intended to help you get started.

  • Initial cost: $1.50 per device

  • Price information: $0.40 per megabyte

IBM Watson IoT​

You may configure, oversee, and manage linked devices using the IBM Watson IoT Platform, a platform for managing IoT devices. A fully managed cloud-hosted service that enables data storage, communication, visualization, device registration, and control. You can fully benefit from cognitive Watson APIs, a wealth of developer resources, and market-leading security to drive enterprise IoT insight.

Users of the IBM Watson IoT platform can upgrade or reboot firmware, add or remove devices in bulk, and more. Through web console dashboards with IoT platform device management, you may access both historical and real-time data from devices.

Key features of IBM Watson IoT are as follows:

  • Features of AI and Data Analytics

  • Design space for real estate

  • Features of cognitive computing to enhance the in-car experience and fleet maintenance

  • Suitable with IBM cloud applications

  • Continually monitor and manage intelligent assets

  • You can easily add and manage devices, keep track of usage, and regulate access to your IoT application with the help of a robust web dashboard.

  • You can add or remove several devices at once using the device management service. You can also get diagnostics and firmware updates, as well as device metadata.

  • Your IoT application and devices are connected by the IoT platform using the MQTT protocol.

  • Using MQTT with TLS, data can be securely retrieved from devices, and commands may be delivered to devices.

  • Your IoT application can be connected to the data arriving from devices via secure REST and real-time APIs.

  • Devices can access historical and real-time data thanks to data lifecycle management.

  • Watson IoT Recipes, Watson IoT Docs, and Watson IoT Answers are among the helpful review resources provided by the IBM Watson IoT Platform.

The pros of IBM Watson IoT are listed below:

  • It enables customers to log into the IBM IoT monitoring dashboard and remotely reboot or update company devices.

  • Rest and real-time APIs to link device data with other applications

  • Threat intelligence and access control to identify and display significant hazards

  • Send emails, alerts, IFTTT, and other automated responses based on the seriousness of the conditions.

  • IBM Cloud Object Storage provides scalable storage and data lifecycle management.

Cons of IBM Watson IoT are given below:

  • could enhance administrative and billing tools

  • More examples might be included in official documentation to facilitate comprehension.

Costs for IBM Watson IoT

A free Lite package is available for IBM Watson IoT with up to 500 registered devices and 200 MB per month of data transfer and analysis. Connection and Analytics Service - Capacity 1 and Capacity 2 are paid options. Customers are charged according to their usage.

BalenaCloud​

BalenaCloud, a container-based platform for IoT application deployment from London-based Balena, claims a complete device deployment and administration architecture that is hosted by Balena. Balena platform configures its own host OS.

BalenaCloud features are as follows:

  • A provisioning key for IoT devices that are contained in the BalenaOS image before it is published to a fleet is a crucial component of Balena. The device registers itself with the Balena OTA platform via the provisioning API when it boots up for the first time. A new device entry is made on the Balena backend, and a device API key is generated for it. Therefore, the provisioning flow is vendor-locked and platform-specific.

  • Balena places restrictions on development, such as vendor-locking to its Balena OS, and forbids the addition of new features or any alterations to current flows. Balena is a good ecosystem for creating IoT solutions that are quick to market as a result.

  • The following user and business categories are supported by BalenaCloud: Mid business, Small Business, Enterprise, Freelance, Nonprofit, and Government.

  • These languages are supported by BalenaCloud: English.

  • BalenaCloud provides online help.

  • Balena and OpenBalena are both integrated with BalenaCloud.

  • There's an API for BalenaCloud.

  • Documentation is used to deliver training via BalenaCloud.

The advantages of BalenaCloud are listed below:

  • A complete device deployment and administration infrastructure is hosted by Balena.

  • Your device will show up in your application once it has been properly configured, started up, and written to your image. Consider preloading your image with your code for a quicker startup.

  • Using well-known development tools, you may design your application quickly for the web.

  • For managing, creating, and deploying linked Linux devices, Balena offers a collection of tools.

  • While your devices are still connected to the internet and fully operational, you may ship updates with a single command.

  • Multi-container applications are supported by Balena. Full insight into device status and activities in real-time is advantageous.

  • By using categories and filters, you can organize your fleet. Individual devices can be configured and troubleshooted remotely.

The initial cost of balenaCloud is $109 per month

Bosch IoT Suite​

The Bosch IoT Suite is a comprehensive software suite made up of many cloud services and software packages intended to assist IoT developers in quickly, easily, and securely developing, implementing, and maintaining IoT applications.

Key Features of the Bosch IoT Suite are listed below:

  • A cloud-based platform called Bosch IoT Suite offers complete support for IoT applications.

  • It provides features for device management, data analytics, and machine learning.

  • Additionally, Bosch IoT Suite supports a number of IoT protocols, including MQTT and CoAP.

  • Bosch IoT Suite is designed to meet these needs. As an open, adaptable, and scalable solution, it helps both your business model and the business models of your clients.

  • Bosch IoT Suite offers you the greatest degree of flexibility for managing your own IoT applications in accordance with current routines, procedures, and data.

  • Bosch IoT Suite possesses a long history of success in a variety of business sectors and the high-security requirements set by Bosch.

  • Bosch IoT Suite assists you in enhancing and growing your business and IoT projects.

  • More than 15 million devices are currently connected to the Bosch IoT Suite, and that number is growing.

Bosch IoT Suite advantages are as follows:

  • Device management at scale is provided by Bosch IoT Suite. Businesses can easily register, set up, and manage millions of IoT devices thanks to it.

  • Data analytics capabilities are versatile and scalable with the Bosch IoT Suite. It enables businesses to swiftly evaluate IoT data and get valuable insights.

  • Bosch IoT Suite has machine learning features that let firms quickly create predictive models using IoT data.

  • You can build cloud-based abstractions of physical objects and devices with the Bosch IoT Suite. These digital twins are identical to their physical counterparts in terms of all their talents and attributes.

  • By storing and updating data, attributes, and relationships, as well as delivering notifications of all changes, they enable you to maintain sync between the virtual and physical worlds.

  • Your value creation process will be shaped by connected goods and services, continual data-driven innovation, and Artificial Intelligence (AI) capabilities.

Cisco IoT​

Mobile operators first offered Cisco's IoT Cloud Connect, but it has since gained popularity for use cases including both commercial and domestic IoT device administration. It offers dependable hardware, including switches, access points, routers, and gateways.

Important Cisco IoT features are as follows:

  • It provides a Control Center as a comprehensive method of controlling cellular connectivity, making it simple to incorporate every IoT device into a single SaaS platform.

  • The extended enterprise solution from Cisco: Businesses may easily create IoT applications at the edge with this feature, enabling centralized network administration and rapid deployment.

  • Data processing is made simpler by Cisco's Edge Intelligence, which directs data flow to local or multi-cloud environments.

  • This platform can continuously monitor assets and provide real-time data for making decisions thanks to access to a variety of sensors.

  • The platform's Threat Defense offers top-notch security services, including secure remote access, segmentation, visibility, and analysis, to defend against cyber threats.

  • It can be utilized in Internet of Things (IoT) applications such as connected cars, fleet management, home automation and security, payment, point-of-sale (POS) systems, and healthcare.

IoT Central in Azure​

For connecting and controlling devices at scale, Azure IoT Central is a ready-made UX and API surface that provides trustworthy data for business insights. In order to create an easy-to-configure, comprehensive, and secure IoT offering, it preassembles platform as a service (PaaS) products.

Azure IoT Central is presented first. As a hub for organizing all of your device data, IoT Central is SaaS (Software as a Service). IoT Central performs IoT Hub functions internally, but because it is a SaaS, it is merely more abstracted from the user.

Key characteristics of Azure's IoT Central are listed below:

  • Your device's data can be tracked and visualized using the web dashboard. You can also set up data-driven workflows using the workflow engine and custom alerts.

  • Using the dashboard, you can make your own apps for your devices. This gives you an SDK and drag-and-drop widgets, which can simplify and hasten the development process for your connected devices.

IoT Central's benefits in Azure are as follows:

  • You may consolidate all of your device data on the platform known as IoT Central.

  • You can set up data-driven workflows and make your own device-specific apps with it.

  • IoT Central would be the ideal choice if you only have a few devices and don't need to store a lot of data.

  • IoT Central can be a good option if you are new to the IoT world and are looking for a straightforward solution to get you started with data collection.

  • You may concentrate on meeting business requirements rather than managing infrastructure, thanks to the simplicity of use and abstraction from technology.

  • IoT Central will even be more adaptable and flexible to match your IoT solution needs with increased support from Microsoft.

IoT Central's price in Azure

  • You have two payment options with IoT Central: pay-as-you-go or a cloud tariff plan. By locking down your monthly costs with the cloud tariff plan, you can prevent price rises.

  • Additionally, there is a separate pricing structure for the service's data hosting. Any customers that wish to quickly get up and running with little work and expense should use this.

Huawei IoT Device Administration​

IoT Device Management by Huawei Cloud links any number of IoT devices to the cloud, allows for their visual management, integrates and analyzes data, and activates open capabilities for service creation.

Primary Huawei IoT Device Management Features are as follows:

  • The following user and business categories are supported by Huawei IoT Device Management: midsize businesses, small businesses, enterprises, freelancers, nonprofits, and governments.

  • Languages supported by Huawei IoT Device Management include English.

  • Support is available online and during business hours via Huawei IoT Device Management.

  • Huawei Cloud is integrated with Huawei IoT Device Management.

  • Training is offered by Huawei IoT Device Management through webinars, live online classes, and manuals.

The drawbacks of Huawei IoT Device Management are explained below:

Device fragmentation is a severe issue. The complexity of standards and protocols can result in extended periods of connectivity. Because of the various access networks, devices cannot be managed effectively, access to devices cannot be unified, and connections cannot be reliable. Due to the isolation between devices, event processing is challenging. Remote O&M allows O&M staff and contractors to remotely view device fault logs, find issues, and restart devices at a reasonable cost. This lowers the cost of labor.

Datadog​

We can list those who use Datadog as a monitoring, security, and analytics platform in the cloud era: Developers, IT operations teams, security engineers, and business users.

Key Features of Datadog are listed below:

  • The reason the SaaS platform integrates, automates, and monitors log management, application performance, and infrastructure monitoring is to provide real-time visibility into all the technology stacks of its customers.

  • Datadog is used by businesses of all sizes and in a variety of sectors to facilitate digital transformation and cloud migration, foster teamwork among the development, operations, security, and business teams, speed up application launch times, shorten problem-solving times, and secure applications.

  • Businesses can keep track of device hardware metrics, software and network performance, application logs, and other crucial data using the Datadog IoT monitoring service.

Pros of Datadog are given below:

  • Supports a variety of platforms, including ARM devices, Windows, Linux, and Android

  • No complicated settings or setups

  • View data graphs and alerts based on user-specified tags for any collection of devices.

  • Alerts that can be customized to handle widespread and persistent device failures.

  • Data visualization for Internet of Things (IoT) devices using Google Cloud IoT and Azure IoT Hub

  • By altering the code, you can study other unique company metrics.

  • For the purpose of detecting anomalies and odd technological occurrences, it employs machine learning (ML) techniques.

Costs of Datadog

Free trials are available for the Datadog IoT management platform. There is a free plan available without forecast monitoring and anomaly detection. The starting price ofDatadog per host per month is INR 1137.98. Monitoring for on-site network devices begins at INR 531.06 per device per month.

Oracle IoT​

The Oracle Internet of Things Cloud Service is a safe platform that enables businesses to easily create and deploy IoT apps as well as collect and process all of their IoT data.

For companies of all sizes, Oracle has developed Oracle IoT. It links resources, supply chains, modes of transportation, and intelligent manufacturing. Using smart manufacturing and linked assets, Oracle's Internet of Things (IoT) Intelligent Applications Cloud can collect sensor data from connected devices to increase visibility, insights, and efficiency. It offers customer satisfaction and worker safety.

Key Features of Oracle IoT are listed below:

  • Networked logistics

  • Tracking, tracking services, and cargo tracking

  • Inventory control

  • Safety at work through linked and watched workplaces

  • You can link any asset to any network, giving your customer service center access to insights.

  • The IoT platform instantly recognizes anomalies and failures, so you can set up the required service resources and maintain the asset's functionality.

  • By utilizing the built-in key performance indicators (KPIs) for employees, issues, and projects, your customer service center's commercial value can be increased.

  • Based on your preset parameters and thresholds, Oracle Service automatically creates incidents from connected asset data.

  • Oracle Service immediately sends commands to assets to automatically fix high-risk and well-known faults.

  • From the customer care center, users can remotely monitor assets and push events.

  • Advanced analytics supplemented by machine learning enables users to forecast asset behavior and identify intricate patterns in incident data.

The pros of Oracle IoT are as follows:

  • Oracle IoT offers ERP, CRM, HR, and chain supply on a single platform and interfaces with Oracle apps and other applications.

  • Registration of devices individually or in batches

  • Device policies can be created and modified without any coding.

  • Integrates with business applications and external services

  • To ensure a link between the integration target and IoT Cloud Service, check the integration connectivity feature.

Cons of Oracle IoT are given below:

  • a sophisticated control panel

  • Better integration with other services is possible.

Syxsense​

In order to stop threats and monitor for vulnerabilities, managed service providers (MSPs) and IT experts use the cloud-based IoT update management platform called Syxsense. To protect IoT devices at all times, it includes a variety of cutting-edge capabilities, such as team collaboration, third-party patching, Network Device Map solutions, Two-Factor Authentication, and more. One of these capabilities is the patch management module of the Syxsense Manage service, which can update endpoints, network hardware, and IoT devices' software, operating systems, and firmware.

The patch manager prioritizes each device's patch requirements and notifies you when PCs or other equipment require an urgent update. Given that the Syxsense system is automated, this is significant. It will hold off applying patches until the following maintenance window if you provide it with a calendar of such times. Many managers try to delay patch installation because they view it as a disruptive task. You can enter a potential earlier time to carry out those patches thanks to the risk rating service.

It is customary to plan patch installation for after-hours because it is best to apply updates when the devices are not in use. This could entail paying highly skilled technical personnel to remain in the office and manage the process. With Syxsense Manage, the patch system will start up automatically, negating the need for this. Technicians can view comprehensive execution reports and completion statuses in the patch manager console.

Key Features of Syxense are as follows:

  • Automatic patch deployment

  • Polling of producers

  • Unsupervised execution

  • Status updates on completion

  • IoT device patches

  • Centralized IoT tracking device management solution

  • Options for Network Device Map

  • Remote Desktop Connection

  • Offers endpoint protection

  • Application Distribution

  • Remote management

  • IoT Management Automation

  • Enables users to monitor any new network additions in the console

  • Notifications and alerts

  • Using two factors to authenticate

  • Audit Control

  • Asset Location

  • Conformity Monitoring

  • Implementation Management

  • Process of Approval Control

  • History of Inventory

  • Server Patch Control

  • Controls the risk exposure

  • Linux, Mac, and Windows compatible

  • Scan for vulnerabilities

  • Updating legacy operating systems and updating virtual computers

  • Their tools and technologies allow users to maintain the most recent security features on their servers, laptops, and desktop computers.

Pros of Syxense Manage are listed below:

  • Patch administration for all IT resources.

  • Risk evaluations with levels of severity.

  • Connections to remote devices that are secure.

  • An online service.

  • Extensive automation of maintenance.

  • Uses the most recent security features to safeguard and maintain the security of servers and devices by scanning for vulnerabilities.

  • Device locations can be found using the network map feature.

  • Carries out thorough network analysis and immediately recognizes dangers.

  • The dashboard assists users in managing risk exposure, viewing and monitoring devices, and discovering new gadgets.

Cons of Syxense Management are listed below:

  • A security monitoring capability is present in a separate module.

  • Better documentation is necessary.

Syxense Manage Cost

A 14-day free trial of this program is available, along with access to the Syxsense Secure module, so you can evaluate it.

DIGI Remote Manager​

Industry-leading cloud and edge tools for quick device deployment and simpler asset management. You can keep an eye on the security, performance, and operation of IoT devices thanks to bidirectional connectivity. To enhance functionality, uphold compliance, and scale your deployment, automate large firmware and software upgrades. Obtain information from edge devices

Businesses may monitor IoT devices and manage their networks with the aid of DIGI Remote Manager. Its cutting-edge capabilities and solutions enable process automation through network infrastructure integration. Additionally, DIGI Remote Manager adds commands over groups and individuals while keeping a record of all network activity.

The Digi Remote Manager's Main Features are as follows:

  • Oversees remote resources Securely

  • Rapid deployment of a gadget

  • IoT device tracking security with bi-directional communications and asset performance monitoring

  • Mass firmware automation

  • Upgrade software to increase deployment and maintain compliance.

  • Utilize open APIs to gain more insights

  • Implementation Management

  • Integrate device data and take command of external programs

  • Real-time warnings

  • Provides comprehensive reports on network health

  • See and classify the device inventory.

  • Allows users to load configuration files and update device settings in bulk.

  • features for installation

  • Current device location

  • loads files using the File Management page.

  • Supports the functionalities of the Short Message/User Datagram Protocol (SM/UDP)

  • Allows for time-series data storage

  • Users may quickly activate, monitor, and diagnose several devices using a single point of command with the aid of Digi Remote Manager (Digi RM). Additionally, you have total control over changing parameters and updating the firmware.

Digi Remote Manager's advantages are listed below:

  • One of the greatest tools for automatic device security monitoring and correction is this one.

  • By generating alarms and delivering reports to track and resolve difficulties, DIGI Remote Manager delivers immediate updates in the event of any problems.

  • Utilizes bi-directional communication to monitor security, IoT, and asset performance.

  • Users may conveniently activate, monitor, and diagnose multiple devices using a single point of control.

  • Users can manage devices in groups and configure all devices simultaneously, i.e., individually.

  • Enables the use of open APIs to integrate device data, gain better knowledge of, and gain more control over, third-party apps.

  • Gives specific information and timely alerts about the condition of your network and your devices.

JFrog Connect​

One-click can control, monitor, and secure all IoT devices using JFrog Connect, a top tool. JFrog Connect makes it much simpler and faster to connect with any kind of Linux or Internet of Things device. With the help of this technology, managers can easily perform maintenance on remote IoT devices. Performance data is extracted by the system and displayed in the JFrog Connect console. Even though it is described as a system to manage remote devices, you can use this system to access IoT devices that are linked to your local network because the package operates from the cloud, making even your local devices remote to the platform. It is an all-in-one platform for managing devices, and its numerous cutting-edge features make it a top pick.

Key Features of JFrog Connect are as follows:

  • Monitors all IoT devices at scale with a single click The tool connects to IoT devices quickly.

  • IoT update management software that is quick and simple to use

  • High-end deployment capabilities are supported

  • Enables tools to manage and control devices from anywhere

  • Supports remote Bash commands, SSH, VNC, and port forwarding

  • Provides real-time observation

  • Engine for anomaly detection offers excellent visibility

  • Decreases software flaws and product recalls

  • IoT solution that is very scalable and versatile

  • Enables users to access networks from a distance

  • Device Management and Process Monitoring

  • Management of logs

  • Remote control and instructions

  • Fully incorporated into DevOps tools and the software update process

  • Offers complete automation

  • The tool allows users to access various remote product fleet locations and versions

  • The devices must run Linux

  • Dependable connections

  • IoT update management automation

  • JFrog Connect, formerly known as Upswift, is a cloud platform that provides a collection of tools for controlling remote IoT devices. Linux-powered machines can be updated and managed with it as well.

Pros of JFrog Connect are listed below:

  • Offers protection for IoT devices against unknown threats and cybersecurity challenges and enables users to monitor their connected devices, data, and apps in real-time.

  • Updates all edge Linux and IoT hardware continuously

  • Users may easily control and manage their IoT devices with this management solution from any location

  • Offers complete automation, improved visibility, and real-time device monitoring

  • Reporting on performance

  • Remote access via secure connections

  • Mapping of device location

  • Security issue warnings

Cons of JFrog Connect are given below:

  • JFrog Connect is unable to manage devices with firmware other than Linux.

  • It is necessary to search the repository's jar files.

JFrog Connect cost

JFrog Connect has six editions, which are split into two categories: Early Production and Production. The Production group is expensive, with monthly subscription costs for a package that monitors 10 devices starting at $300. The first plan, Prototype, which covers three devices, is free for the Early Production group, making it more affordable. For 10 devices, the Early Production package is $99 per month.

Telit IoT​

Numerous well-known businesses have been using the Telit IoT Platform for a very long period. It supports the creation of robust apps and establishes safe connections with systems and devices. No matter the size of your company, the platform makes sure all of your mission-critical deployments run reliably. Additionally, it facilitates the incorporation of networks, gadgets, and software into scalable systems.

Key Features of Telit IoT are listed below:

  • Without the need for additional coding, enabling the connection of current OT and IT infrastructures to IoT solutions

  • Allows for integration with any software program

  • Unrestricted Management of Data

  • Features for deployment and management assistance with lifecycle management

  • Higher Level Connectivity Management

  • Managed Devices Effortlessly

  • The adaptable dashboard enables cellular IoT plan optimization while retaining low costs

  • Encrypts to protect

  • Utilize the integrated data warehouse to store device sensor data

  • Session Control

  • Aids in the real-time collection and visualization of machine data

  • Allows Permissions

  • Auditing function

  • Validation and authentication

  • The advanced deployment and management features of Telit IoT solutions make them a fantastic choice because they allow lifecycle management. Additionally, the robust tool eliminates the need for special coding when connecting current OT and IT infrastructures to IoT solutions.

TELIT IoT's Advantages are as follows:

  • The benefit of investing in Telit IoT platforms is that they assist in real-time machine data collection and visualization and have a configurable dashboard that enables customers to use drag-and-drop widgets and create robust apps.

  • Enables users to create strong applications and create secure interactions with systems and devices

  • Regardless of the size of your business, the platform ensures that all of your mission-critical deployments function successfully.

  • Users can easily collect and visualize their machine data without writing any special code.

  • Secures systems and devices via encryption

  • Has an integrated data warehouse that aids in storing device sensor data

Cons of IoT Telit are given below:

  • It would be advantageous to have the option to switch underlying suppliers.

  • Support occasionally has problems handling incredibly complex issues.

Mender​

Mender is an open-source, risk-tolerant, secure, and updated management platform for the Internet of Things that enables developers to remotely manage and distribute device software. It has a number of built-in security mechanisms that make sure the linked devices are always safe and secure. Additionally, it offers flexibility to interact with current infrastructure and end-to-end software updates.

Characteristics of a Mender are listed below:

  • Monitors connected devices remotely

  • Remotely manages and distributes all software

  • Updates that are extremely secure and reliable

  • Reduces the overall cost of ownership

  • Risk reduction on a huge scale

  • Offers complete software updates

  • A sizable open-source user community uses it.

  • Integrates with current infrastructure

  • Offers frequent updates with minimal data transfer.

  • Options for failsafe support

  • The state scripts

  • Supports scripting and reporting features

  • Has port forwarding support

  • Rapid problem-solving

  • Rapid problem-solving

  • Assistance for file transfers

  • Utilizes remote terminal access to resolve issues with live devices.

  • Supports the automatic assignment of delta updates, which helps speed up deployment and reduce errors.

  • TLS mutual authentication

  • Role-based access management

  • Gives instant configurations

  • Log surveillance

  • Application Inspection

  • One of the most reliable platforms for delivering quick and high-quality results, it includes a variety of powerful features and keeps the software on your device constantly updated. Users can save time on the management of deployment failures thanks to its automated retry deployment capability.

  • Mender supports Mutual TLS for device authentication in order to improve security and lower the possibility of keys on devices being lost or stolen.

Pros of Mender are given below:

  • Has several built-in security features that guarantee the connected devices are always safe and secure.

  • The tool's automated retry deployment capability allows users to manage deployment failures more quickly.

  • Manages, watches, and distributes software remotely while always guaranteeing security

  • Quick resolutions resolve problems and significantly lower risk.

  • Provides real-time customizations and facilitates infrastructure integration

Cons of Mender are listed below:

  • Unable to be flexible

  • Does not let customers select how often they are released or how their deployments are customized

Price of Mender

Depending on the budget, the size of the device fleet, and the needs, one can select services from a variety of price options.

Last updated on by Zenarmor