5 Top IoT Tools To Check Out In 2022

The experts predict that the number of active IoT devices will exceed 25.4 billion in 2030. It is estimated that global IoT expenditure will reach $15 trillion from 2019-2025. From Amazon Echo to smartwatches, August Doorbell Cam and Foobot, we see a lot of IoT tools available in the market.

These tools can help increase efficiency in resource allocation, save expenses, provide safer working environments, boost customer satisfaction, and aid countless individuals. Let’s explore the top IoT tools and their benefits.

Introduction To Top IoT Tools

The abbreviation for Internet of Things Tools is IoT Tools. In addition to household appliances and buildings, it is a network or connection of objects having embedded electronics, including machines, vehicles, and equipment. Since IoT-enabled devices connect well with a broader network, they can carry out various tasks.

By 2025, 152,200 IoT devices will be able to connect to the Internet every second. IoT has made the ability to communicate and work together across the physical and digital worlds seamless and efficient. It offers business enterprises a variety of benefits by assisting them in automating and streamlining their routine activities. As a consequence, businesses are using their advantages and achieving remarkable growth.

5 Best Tools of IoT

1. Arduino

Arduino is the industry leader in IoT for electrical devices and the software that operates them. Arduino has a lot to offer, such as boards, modules, shields, and kits for embedded systems.

For Arduino, you don’t need a lot of experience. Additionally, it is reasonably priced and accessible. Several drawings and shields are accessible depending on the kind of shields you require. Additionally, no additional power source or programming is required for functioning. Software products that are available on this tool are Arduino IDE, Arduino Cloud, IoT Cloud Remote and Web Editor.

2. Tessel 2

To create connected devices, you can use Tessel 2, a programmable microcontroller that supports JavaScript, Node.js libraries, and other languages. It is a Linux-based application that grants users access to several Node Package Manager (NPM) modules and their respective functionality. The advantage of Tessel 2 is that it can be augmented with external hardware like sensors, peripherals, etc.

3. Flutter

Flutter, a programmable CPU core, is an incredible piece of hardware for IoT applications. This board is ideal for wireless sensor networks due to its long-range radio transmitter.

It provides a basic control module, a solar panel, a cylindrical battery, and a Pro control complete module packages, including Quick Start Kits and Vehicle Control Kits, among others. Additionally, you may get supplementary boards such as Bluetooth adapter, Breakout, Remote Control, and many accessories.

4. Eclipse IoT

This provides software development frameworks, services, and standards tools for creating innovative technology, fog and edge computing solutions, and more. The Lua programming language is a good fit for Internet of Things applications and is recognised in Eclipse IoT projects.

To build their IoT solutions, developers may use the open-source projects provided by the Eclipse IoT tool. It focuses on giving the open-source implementations of well-known IoT standards required for IoT solution development.

5. Home Assistant

Home Assistant has been one of the top IoT tools available in the market for decades. It’s a set of home automation software and provides accessible smartphone apps that enable you to remotely operate your equipment and get alerts if a problem occurs. This centralised hub integrates technology for smart homes and offers local administration and security. By combining this tool with other applications, its capability may be expanded.

This tool is well tested and offers a host of facilities to homeowners. It provides various user interfaces, proper energy management, backup protection, upgradeability, remote access, and much more.

3 Benefits of Top IoT Tools

We are in the digital era where 127 devices get connected to the Internet for the first time every second. Using these top IoT tools has various advantages. These are:

1. Data Monitoring

Monitoring is the biggest and most significant advantage of IoT, and it helps us calculate the precise quantity of supplies required, such as the standard of a home’s air.

These tools collect, examine, and pinpoint mistakes while monitoring performance to generate events immediately. The future occurrences are used to initiate maintenance requests for that specific device, trigger automatic alerts, and take the proper step to automate diagnosis.

2. Ease of Access

The most recent technologies make it simple to get the necessary information in real-time, nearly everywhere. All you need is an internet connection and a smart IoT device.

For instance, Google Maps allows us to see where we are without asking someone in person. It’s now much easier to purchase tickets, and even the most recent scientific study or commercial analysis is available with just a click.

3. Better Time Management

We can now multitask thanks to internet connectivity and IoTs- while on the commute, you can purchase your groceries, read up about the latest blogs, take an online course, and even turn on your air conditioner at home.

We can also send and receive data from IoT devices almost in real-time. Hence, there is no need to wait or waste time, and we ultimately garner a lot of time for ourselves.

Examples of IoT Tools

Based on the various types of IoT platforms, such as Cloud, End-to-End, Data and Connectivity, there are multiple types of devices that one can use. These are:

1. Home Security

These include various sensors, lights, alarms, and cameras that can be operated from your smartphone. They are linked through the Internet of Things to provide security round-the-clock.

2. Industrial Security

IoT-enabled detection systems, sensors, and cameras may be put in restricted locations to detect trespassers. They may also identify and rectify reactive chemical leakage and pressure build-ups before they become more significant problems.

3. Activities Tracker

Activity trackers are sensor-based gadgets that may continuously monitor and communicate important health parameters. Using these trackers, you may regulate your oxygen level, pulse rate, sugar, and blood pressure.

4. AR Glasses

Wearable computer-enabled AR glasses let the users experience remarkable experiences in 3D animations and films like the real world. You can also access Internet apps with the assistance of the information shown inside the glasses’ lenses.

5. Motion Detection

Motion sensors may be able to detect vibrations in large objects like buildings, bridges, dams, and others. These instruments may identify structural alterations and disturbances that might result in severe failures. They may also be used in areas prone to floods, landslides, and earthquakes.

To conclude, the consumer IoT market is anticipated to grow at a CAGR of 17%, which means it has a promising future and will reach $142 billion by 2026. Apart from the above-mentioned top IoT tools, there are various other tools in the market. You need to research before opting for an IoT.

OptiTrac is a leading platform for providing customised IoT solutions for businesses. If you want to upgrade your company’s current technological solution, get in touch with us today!

Frequently Asked Questions

Q1. Is Alexa an IoT Device?

Yes! Alexa is one of the most versatile IoT services since it can operate many smart home devices than Google Assistant or any other voice assistant. The Alexa Voice Service is a new feature of AWS IoT Core that permits device manufacturers to integrate Alexa into any connected device.

Q2. Is Mobile Phone an IoT Device?

Smartphones that transmit data synchronously utilising the Real-time Transport Protocol are not regarded as the Internet of Things components. However, devices that communicate asynchronously might be considered IoT devices.

Q3. Is Blockchain Considered an IoT Software?

IoT allows devices throughout the Internet to transfer data to blockchain networks to generate shared transactions. Hence, Blockchain technology may be used for IoT devices to store IoT data and provide security against hackers.

What Is Project Management Software And What Does It Do?

If you are a budding entrepreneur or a project manager, the right project management software will change your life. Project management software is like a loyal assistant that helps you organize, monitor, and complete your projects efficiently.

In today’s blog, we will discuss the importance of project management software and recommend the best project management software available in 2022. Read on!

What Is Project Management Software?

Project management software refers to the tools and techniques used for project planning, change management, scheduling, resource allocation, etc. It is aimed to enable the smooth workflow of a team that collaborates on the same project.

Project management software allows project managers, users, and stakeholders to measure progress, manage budgeting, improve quality, supervise documentation and administration, etc. It is suitable for aspiring startups, large seasoned firms, and even multiple teams.

Each project management software lets the users assign and reassign tasks, set deadlines and goals, and control the course of project completion. A good project management tool will provide you with tools and resources to manage output and deliver the best results.

However, project management software usually goes beyond task management. It is like an all-embracing solution that lets you lead your team, assign tasks, counterbalance projects, manage work efficiency, and so on. Some project management software also automates workflow. For instance, they send an alert to all team members involved when a step is finished or if it’s time to set new goals.

The Importance Of Project Management Software

The importance of project management software is tremendous. It can be used in various ways, including facilitating the planning and execution of projects or sharing progress with the stakeholders.

Here are some of the primary features catered to by project management software:

1. Project Planning

To plan and define a project or an agenda, a project manager can use the software to chalk out project tasks, set goals, describe task interactions, and so on.

2. Assigning Tasks

Project management software also facilitates the creation and allocation of tasks, status reports, deadlines, etc.

3. Time Tracking

With the help of project management software, one can track time for the assigned tasks and maintain records for third-party consultants or stakeholders to verify.

4. Document Sharing

Project management software is a central document repository that all team members and stakeholders can access.

5. Calendar and contact sharing

A project manager can create project timelines, scheduled meetings, contacts, and activity dates that will be updated across all team member’s calendars. It is a way to sync everyone’s calendar and create a common timeline.

The Project Management Lifecycle

To see how project management software works, it is important to understand the project management lifecycle. The project management lifecycle is a four-step process that dictates the stages of project planning and execution. It is crucial for project managers who aim to deliver projects successfully to clients and on time.

Phase 1: Conceptualization

This is the stage where a new project is received, and team members start brainstorming ideas on how to go about it. Conceptualization refers to expanding an idea to deliver a project.

Phase 2: Planning

After the project has been conceptualized, the planning phase begins. This can include deciding who will be included in the project, allocating tasks, managing resources and budget, setting deadlines, and so on.

Phase 3: Execution

In the execution stage, work on the project begins. This is when team members start working on their assigned tasks. In this stage, the project manager typically has to supervise the work of others. This is where project management software can come in handy.

Phase 4: Termination

This is when the project is completed and approved by the client. If the client is happy with the project output, the project can be terminated, and the team can move on to the next one.

Types Of Project Management Software

Project Management Software can be classified into two broad types:

1. On-Premise Software

This type of project management software resides in the company’s server and is located in the data centre. The company’s IT professionals maintain on-premise project management software.

2. Online Software

Online project management software has become increasingly popular in the post-pandemic era, among MSMEs and startups. Online software works on cloud-based technology and is offered in the form of SaaS.

5 Best Project Management Software

1. Nifty

Nifty is one of the best new-wave project management software that improves team productivity and reduces the project development cycle by combining all features. It keeps teams inspired and ensures that organizational goals stay on track. It has a built-in calendar that can be integrated with Google and also allows easy document/file sharing.

2. Asana

If you are looking for simple project management software, Asana is a great choice. It helps keep work organized through tasks, conversations, projects, and dashboards. You can also add custom fields and track metrics important to you. Asana can be integrated with several other systems, like DropBox, GitHub, GoogleDrive, MailChimp, and so on.

3. Trello

Trello’s kanban tool is unlike any other project management software. It can visualize an entire project in a single view, and help project managers to designate tasks. Trello’s unique card feature allows “cards” to be displayed across the board. These cards can be to-do lists, progress reports, timelines, etc.

4. OptiTrac

OptiTrac’s project management framework allows you to manage your projects in the best way possible. To ensure productivity and efficiency, it makes sure that teams are correctly mapping out their project management methodology to fit the client’s needs and goals.

5. MeisterTask

MesiterTask follows a simple yet effective Kanban structure. It has a wide range of collaborative tools that allows team members to coordinate productively. There are features such as watching, tags, mentoring, task scheduling, etc. MeisterTask can be integrated with G Suite, Slack, and GitHub, making it a popular choice for businesses.

Before you pick a project management software, make sure you do your research and weigh the pros and cons of each system. This way, you can guarantee 100 percent success of your projects.

Frequently Asked Questions

Q1. What are the types of Project Management Software?

Several types of project management software are available, including document management, resource management, web-based management, collaboration, scheduling, issue tracking, project portfolio management, etc.

Q2. Is Excel a Project Management Tool?

Microsoft Excel isn’t specifically designed as a project management tool. However, it can handle many tasks associated with mapping out and planning the project scope, handling financials, tracking day-to-day tasks, collaborative work, and so on.

Q3. Which is the Best Project Management Software?

Some of the best project management tools and software are Trello, Wrike, Basecamp, Liquid Planner, Microsoft Project, Teamwork Projects, Zoho Projects, Monday.com, MeisterTask, and so on.

What Is Fleet Management System And Its 3 Benefits

During heavy rains in London, Company XYZ fell behind their deliveries, costing the firm a lot of money. The predicted weather forecast had failed to inform the drivers about the situation, and there was a delay. This could have been easily prevented with a fleet management system.

If your business deals with several vehicles, investing in a fleet management system is wise. A fleet management system improves fleet or vehicle management, allowing organisations to manage all information associated with their vehicles and other assets.

Managing a fleet of vehicles can be extremely tedious from a cost and operational point of view. Vehicles are expensive due to high maintenance and fuel, and this makes it challenging for businesses to monitor visibility into their daily shipping operations. It is estimated that fleets usually waste at least 5 to 10 percent of their annual budgeted dollars.

Since fleet management is crucial to a company’s success, it is essential for reducing transportation costs and other complexities. This is where a fleet management system comes in.

In today’s blog, we will discuss how a fleet management system works and how businesses can improve their fleet management.

What Is Fleet Management?

Businesses that rely on commercial vehicles to function have to invest in some form of fleet operations and fleet management. Fleet management aims to supervise all fleet performance and maintenance to increase productivity, maximise efficiency, and help the business run as smoothly as possible.

Usually, fleet managers are in charge of overseeing fleet operations. They are tasked with responsibilities around driver safety, vehicle maintenance, fuel consumption, fuel costs, driver management, asset utilisation, route planning, and so on. This is done to improve company productivity, counter challenges encountered in the fleet, and effectively utilise resources.

These days, businesses and fleet management companies use vehicle telematics and fleet management software to boost fleet efficiency and reduce operational costs.

What Is Fleet Management Software?

A fleet management software is a digital platform used to monitor and manage a company’s fleet of vehicles. It acts as a centralised dashboard that helps fleet managers oversee the performance metrics, understand driver activity, gain real-time insights, and leverage this information to make important business decisions.

For instance, a fleet management system lets fleet managers track where drivers are located on the route in real-time. The software can be used to understand whether drivers are doing their jobs efficiently or wasting time, etc.

Fleet management systems also provide insight into daily and hourly vehicle availability, weather alerts, delivery updates, strategic route changes, traffic, accumulated on-road hours, etc.

Most fleet management systems also provide regular reports such as ongoing maintenance costs, weekly fuel and mileage logs, technician and driver performance summaries, etc. This data is usually very tedious and time-consuming to derive manually. Thus, fleet management systems can make the process easier.

The insights and value of fleet management systems can be significant to businesses and make a substantial difference in the company’s fleet effectiveness.

How Is Fleet Management Evolving?

Fleet management has evolved significantly after the Internet of Things (IoT) advancement. With the help of the Internet of Things, there is access to connected and safer vehicles through the use of engine sensors, new tools, automation, and so on. This helps in streamlining operations.

With IoT and fleet management comes a new world of features, such as improved safety, better compliance, reduced operational costs, etc.

As fleets bring on more vehicles and regulations continue to change, the abundance of data can require more administrative attention from fleet managers. This data can become challenging to monitor manually. Thus, this is where fleet management systems come in handy.

Analysing fleet data, identifying opportunities, and creating accurate progress reports require special skills that fleet management software is equipped with. This means that a robust fleet management system can be of great help to fleet managers and businesses. It simply increases the efficiency of the fleet manager while decreasing their workload.

Organisations like OptiTrac have an extensive range of customised hardware, platforms, fleet management services, and so on., with a commitment to deliver the future of digital connectivity to companies and help them optimise their operations.

Benefits Of A Fleet Management System

Businesses have reported that managing a fleet of vehicles can be daunting, irrespective of the fleet size. This is why more than 75 percent of fleet managers rely on fleet management software and vehicle telematics to support their day-to-day activities.

Fleet management systems can provide access to real-time visibility into the operation of fleet vehicles while increasing driver satisfaction and retention rates, decreasing fuel usage, and so on.

Here are some reasons why businesses should get a fleet management software:

1. Decreased Operational Costs

Businesses that don’t use fleet management systems track their expenses manually, which can be highly inefficient and prone to many errors. On the other hand, a fleet management system can reduce vehicle OPEX and improve driving habits, route optimisation, decrease fuel usage, and reduce operational costs. Besides, using a fleet management system can increase the lifespan of a vehicle, maximise output, and reduce unnecessary updates.

2. Improved Output

Most importantly, fleet management systems improve overall output. Vehicles are the backbone of certain businesses. Thus, the more efficiently a company’s fleet performs, the better the company functions.

Fleet management systems make it easy to track metrics like vehicle maintenance, driver performance, route optimisation, reduced downtime, and so on. As a result, the benefits can be shared across the supply chain, which benefits the whole company.

3. Manage Regulatory Compliance

Companies that use fleets to conduct business need to follow many rules and comply with the state, local, and federal authorities.

For instance, the Federal Motor Carrier Safety Administration (FMCSA) has provided strict limitations that govern when drivers can be on-road, underlining their safety. Federal law also mandates drivers to use ELDs to log on to their road hours digitally.

These regulatory compliance laws can be effectively streamlined with the help of fleet management software. It can keep the fleet manager and the company updated with the changing regulator landscape, prevent non-compliance issues, and avoid fines and penalties.

The Bottom Line

Several fleet management systems are available on the market, and businesses should conduct their research before investing in fleet management software. It is important to note that fleet management systems can only do so much to improve operations, but a dedicated team should always monitor the dashboard.

Frequently Asked Questions

Q1. What does Fleet Management Mean?

Fleet management refers to the overall functions to keep a fleet (vehicle) running efficiently and on time. Thus, it can be defined as the processes used by fleet managers to monitor the vehicle’s activities and make informed decisions.

Q2. What is the purpose of Fleet Management?

Fleet management aims to increase efficiency and productivity and improve safety for the organisation’s fleet and drivers. This is achieved through combined efforts of vehicle tracking, reporting on fuel consumption, management and maintenance of vehicles, and monitoring driver behaviour.

Q3. What are the types of Fleet Management?

There are several types of fleet management depending on the company’s needs. These include fuel management, driver management, health and safety management, vehicle tracking and diagnostic, vehicle maintenance, tachograph management, etc.

4 Challenges Faced In IoT For Remote Management

The Internet of Things has become a hot topic of discussion and debate worldwide. According to a report published by IoT Analytics in 2022, there will be more than 14.4 billion connected IoT devices worldwide, growing at a rate of 18%.

Recent developments in the IoT industry have motivated tech experts to coin a new term that will not be limited to a few “random” things but will be ubiquitous. This has been dubbed the “Internet of Everything”, implying the connectivity between the physical and virtual worlds and future anticipation surrounding IoT.

Secure remote access to IoT devices is a fundamental building block of the Internet of Things. Users want to access and control their devices remotely via the web or mobile applications.

However, for this to work, the web browser on the client’s mobile device must create a network connection to the IoT’s web server. This is where IoT for remote management comes in. Here is everything you need to know about IoT for remote management.

What Is The Internet Of Things (IoT)?

The Internet of Things is a network that comprises numerous interconnected systems and devices such as sensors, machines, computers, and getaways that are put together. IoT collects and transfers data over a wireless network without minimal human intervention.

The IoT network runs in billions. The Internet of Things aims to connect people with things and things to things in real-time. IoT devices can be remotely controlled and monitored by end-users. It is usually used to interact and communicate with others over the Internet.

These days, IoT can be seen everywhere. From bio wearables and smartwatches to smart appliances and self-driven vehicles, IoT has permeated every facet of our lives.

With the help of IoT for remote management, all embedded devices can be connected to the Internet to collect and transfer data. This provides many advantages to the users, including making their everyday lives easier. IoT technology brings immense value to human lives.

What Is IoT Device Management?

Now that we know what IoT devices are, it’s time to understand how they can be remotely managed. IoT device management refers to a series of process that includes provisioning, validating, configuring, and monitoring connected devices in an IoT environment. This aims to support the functional capabilities of IoT devices.

It is important to have a secure and effective mobile device management solution to manage IoT remotely. This is highly recommended because it keeps assets connected, updated, and secured.

Organizations like OptiTrac help their clients remotely manage and monitor their IoT devices by ensuring a safety management plan. Their goal is to help people find smarter ways of using technology and build a better future for everyone.

How To Manage IoT Devices?

There are five principal conducts that every company should keep in mind when it comes to managing IoT devices. These are:

Economies of scale have to be employed. This means that whether you need to manage a hundred or a hundred thousand devices, they should run seamlessly. This is only possible if the IoT network is managed with MDM tools.
Remote monitoring and real-time alerts play a crucial role in IoT device management. This helps in improving the impact of system downtime and reducing operational costs.
Even though IoT is at a pace, the investments should be future-proofed. Every day new IoT standards and protocols are being introduced. Companies should be prepared to undertake emerging challenges, so they are not left behind in the competitive industry.
The IoT landscape in present times is complex and has a large number of devices, sensors, clouds, data, connections, and so on. In this situation, catering to the ever-changing needs of the network may become complicated.
When remotely managing IoT devices, device diversity should be seen as an opportunity, not a challenge. The additional devices can be potentially transformed into a business.

What Are Some Of The Challenges Of Remotely Managing IoT Devices?

In the Internet of Things industry, IoT devices and networks can sense themselves and use business intelligence and analytics to respond faster and more efficiently than a human. In this space, adjustments occur without human intervention and often without human acknowledgement.

As businesses rely increasingly on IoT devices to reduce costs, make informed decisions, and improve efficiency, there are significant challenges in remotely managing IoT devices. These are:

1. Security

Security is the number of challenges related to IoT device management. The data connection and the hardware can be weak, vulnerable, and prone to cyberattacks.

If an outsider attacks and seizes an IoT device network, it can have devastating consequences. All connected devices and machines can be shut down, and hackers can gain access to sensitive information of the individual or organization.

While this is a big challenge, implementing appropriate security measures can bring significant changes. This includes data encryption, device monitoring, blocking unauthorized access, etc.

2. Privacy

Most online connections are secured using some form of encryption, meaning that data is locked using a software key and cannot be easily decrypted without proper authorization. Even after being aware of this, some companies avoid encryption, which can be dangerous as IoT devices store user accounts, passwords, personal details, and so on.

IoT platforms can utilize data that is not encrypted, leading to privacy breaches. Therefore, organizations need to implement strong data encryption and minimize entry points.

3. Power, Resources, and Storage Utilization

Like any other electronic device, IoT devices need resources to operate, and data also requires physical storage space. Despite huge cloud computing solutions, remote servers still have to store digital content. Therefore, it is important to implement robust resource management and sustainability protocols to help IoT systems function optimally.

4. Network Reliability

In case of power outages, the local internet service provider can face downtime, and the entire IoT network can go offline. This can cause massive interruptions in IoT devices. The solution to this is prioritizing low-power and remote device management support. Thus, organizations should look for comprehensive remote device management platforms that will allow them to track and maintain the systems.

Frequently Asked Questions

Q1. What is a remote control in IoT?

IoT remote control signals are a simple yet effective way to control nearby IoT devices remotely. With the advancement of the IoT network, an increasing number of IoT devices are supporting IR remote control access to the Internet.

Q2. How is IoT used in management?

IoT device management refers to the processes that involve the provisioning and authenticating, monitoring, diagnosing, and maintaining the connected devices operating as part of the IoT environment. It provides support to the entire spectrum of their functional capabilities.

Q3. Can we operate IoT devices remotely?

Yes, IoT devices can be operated remotely once the software is updated and deployed on the field. However, this usually varies from device to device and which company manufactured the IoT devices.

What Is The Industrial Internet Of Things?| A Complete Guide

The phrase “the Industrial Internet of Things” is very commonly used in the industry context. As digital transformation is becoming the top-most priority for many organizations, the industrial IoT (IIoT) is becoming quite popular.

But, what does the industrial internet of things even mean? The industrial internet of things (IIoT) refers to the extensive use of smart sensors and actuators that enhance manufacturing and industrial processes. It combines critical assets, prescriptive analysis, and advanced predictive analysis with modern industrial workers.

IIoT has transformed the way industrial companies function from day to day. It combines industrial data analytics with machine-to-machine communication to drive exceptional levels of efficiency, performance, and productivity.

As a result, several industry verticals, such as oil and gas, manufacturing, power generation, utilities, aviation, and so on, are experiencing financial miracles. Let’s find out more about what is IIoT.

What is IIoT?

IIoT, or the industrial internet of things, is synonymous with Industry 4.0. Similar to the Internet of Things in general, IIoT covers several use cases, industrial and manufacturing processes, but in the context of industries.

IIoT leverages the power of smart machines and real-time analytics to use the data that “outdated” machines have generated in industrial settings for years. IIoT opens up many avenues in optimization, automation, asset performance management, intelligent manufacturing and smart industry, industrial control, management, etc.

Overall, these create new opportunities for the convergence of IT and OT, nuanced ways of serving customers, the creation of revenue models, the industrial goal of digital transformation, and so on.

The motivating philosophy behind IIoT is that smart machines are better than humans at collecting and analyzing data in real-time and communicating information that can be leveraged to make informed and accurate business decisions.

In IIoT systems, connected actuators and sensors can help companies identify inefficiencies, solve problems faster, and save resources. This also supports business intelligence efforts. Especially in the production and manufacturing industry, IIoT has immense potential.

It can help in quality control and management, supply chain traceability, efficiency, and sustainable and green processes. It is also key to energy management, asset tracking, and predictive maintenance.

The evolution of IIoT

To understand the evolution of IIoT, we need to know who coined the term “industrial internet”. Industrial giant GE coined it in late 2012, and since then, GE has been driving its digital industrial transformation by harnessing the promise of the Industrial Internet.

GE described the industrial internet as an industrial transformation in the interlinked context of advanced analytics, AI, machines, people, cloud, IoT edge computing, etc.

However, the birth of the industrial internet happened way before that. The path to creating IIoT was first initiated in 1968 when Dick Morley made one of the most significant breakthroughs in manufacturing history.

That year, Morley and his team had invented the programmable logic controller (PLC), which would ultimately become irreplaceable in automating industrial robots and assembly lines in manufacturing factories.

Besides Dick Morley’s contribution, other significant breakthroughs were instrumental in making the industrial internet of things possible. These were:

1983: The Ethernet was standardized
1989: Tim Berners-Lee created the groundbreaking Hypertext Transfer Protocol (HTTP)
1992: TCP/IP allowed PLCs to harness connectivity
2002: Amazon Web Services was launched, and cloud computing started to gain ground
2006: OPC Unified Architecture (UA) enabled secure communications that would take place between devices, data sources, and applications. At the same time, devices started becoming more compact as batteries and solar energy became economical.
2010: The price of sensors dramatically reduced; this enabled the growth of IoT.

After all these developments, today, the IIoT has become extremely significant. It is majorly transforming how most industries operate and adding a new layer of technology meant to help companies optimize their operations. The IIoT helps manufacturing companies make sense of real-time data and make informed business decisions like never before.

In a large industrial context, customers expect enhanced processes and speed, which is exactly what the IIoT promises to revolutionize.

How Does IIoT Work?

The IIoT is an interconnected network of intelligent devices associated with forming systems that will collect, monitor, and analyze data. Therefore, each industrial IoT network typically consists of the following:

Connected devices that can sense, store, exchange, and communicate data about themselves
A public or private data communications infrastructure
Applications and analytics that will generate business information by processing raw data.
Storage space for the data generated by these IIoT devices

In IIoT systems, edge devices and intelligent assets exchange information to the data communications infrastructure through a direct channel. Then, it is converted to actionable information on how a machine is working. This information is generally used for optimizing business processes and predictive maintenance.

Benefits Of The IIoT

As we discussed earlier, the IIoT has radically transformed how industries operate. That means it offers several benefits such as:

Enhancing productivity in industries
Decreasing downtime
Improving functional efficiency of manufacturing processes
Creating greater avenues of business opportunities
Maximizing asset utilization

Is The Industrial Internet Of Things (IIoT) The Future Of Manufacturing?

With the help of Industry 4.0 and the industrial internet of things, industries continue to revolutionize their processes. In this case, the manufacturing industry is at the top, and traditional manufacturers are expected to become connected by leveraging IIoT processes.

For industries, IoT Services can help them unlock the hidden potential of machine data. Insights from this machine data are not only valuable, but it offers many benefits, including increasing employee safety, maximizing asset utilization, reducing operating costs, improving operational productivity and efficiency, and decreasing downtime.

The Bottom Line

In conclusion, the IIoT is not only the future of manufacturing but crucial if industries want to stay relevant in the face of digital disruption. The companies that don’t drive their business forward using IIoT will be left behind.

IIoT can help you break through the business outcomes and generate more remarkable revenue streams regardless of where you are in your digital transformation journey.

It won’t be long before IIoT becomes ubiquitous!

IoT Security: 5 Ways To Protect Users For Data Threat

In 2019, a study conducted in the United States, Canada, Japan, U.K., France, and Australia found that over 63% of consumers found connected devices “shady”. This illustrates one of the many issues concerning IoT security.

The Internet of Things (IoT) is growing exponentially, and the development of its security has been hard to keep up with. While the benefits of IoT are undeniable, high-profile attacks and uncertainty about IoT security solutions can keep many businesses hesitant about adopting the technology.

Several end-users are also sceptical about the consequences of these IoT security breaches. As a result, it is critical to ensure the safety of IoT networks and the devices connected with them. This includes various techniques, protocols, and measures that strive to mitigate the increasing IoT vulnerabilities.

In today’s blog, we discuss the basics of IoT security and how we can achieve it.

What Are IoT Devices? How Do They Operate?

Before understanding the various aspects of IoT security, it’s essential to know what IoT devices entail. IoT refers to the Internet of Things, and it involves adding internet connectivity to a connected system of interrelated computing devices.

The main characteristic of IoT is that the devices can connect to the Internet and operate in the environment through collecting and exchanging data. Devices generally have limited computing space, but IoT’s diverse features can be applied to make these devices interact with different environments.

Examples of IoT devices are abundant in “smart homes”. Users can improve their entertainment systems with the help of smart TVs, speakers, and gaming consoles, or improve their home’s security system with IP cameras, motion sensors, etc. These devices are typically portable and can be easily connected to any network.

Each IoT device is provided with a “unique identifier” and can transfer data over a shared network. This allows devices to connect to the Internet, and it may also open them up to several security challenges if not protected.

The IoT diversity gives consumers infinite choices of devices to choose from, but this is one of the major reasons behind its security problems. The absence of industry foresight and standardization has caused concerns that might complicate IoT security.

IoT Security Threats And Risks

IoT security describes the measures of protection used for IoT network-based and internet-connected devices. IoT devices play a major role in the conversation about IoT security. Here are some of the many IoT security issues:

Many threats plague the stability of the IoT network. These threats involve the following:

1. Malware

Although IoT devices have limited computing space, they could still be attacked by malware. IoT botnet malware is the most commonly seen variant, and cybercriminals have used this to great effect.

2. Information Threat

Sometimes, IoT device can unknowingly store a user’s personal information and increases the chance of online exposure.

3. Cyberattacks

Cyberattacks are the most common kind of threat to IoT devices. Hijacked devices are often used as an attack base to infect interconnected machines and spread malicious activity. There have been a surprising number of unforeseen cyberattacks related to IoT devices.

4. Vulnerabilities

IoT devices are vulnerable because they don’t have the computational capability or built-in security features. These vulnerabilities can lead to compromised systems, and malware operators can look for opportunities to hijack IoT devices.

5. Device Mismanagement

Certain device mismanagement crises such as poor password hygiene and security oversights can make it easy for cybercriminals to attack IoT devices. Often users lack the awareness to implement proper security measures. This is where service providers should help their customers strive for better protection.

What Are The Consequences Of IoT Security Attacks?

IoT security solutions — **Ways To Protect Users For Data Threat**

The consequences of IoT attacks can be very complex and damaging to deal with. Malware threats can affect both physical and virtual systems.

Security threats and risks can have unpredictable outcomes and easily translate into physical consequences. For instance, one of the most prominent consequences of IoT attacks has taken place in the industrial internet of things (IIOT), resulting in cascading effects, including vandalized machinery.

IoT attacks in healthcare and medicine can endanger sensitive patient information. In the case of smart homes, compromised devices can lead cybercriminals to monitor households illegally and jeopardize security. This can have a devastating impact on the residents of the household.

How To Enable IoT Security?

IoT devices can be secured in simple yet effective ways. While there is no instant fix to the threats and risks, being aware and implementing specific strategies can protect the IoT network. Here are some of the most common IoT security solutions:

Using strong and unique passwords for all accounts is a must. Strong passwords can not only help prevent cyberattacks but also protect user information. Password managers can help users set strong passwords and manage them.
Regularly checking for updates is an excellent measure of strengthening IoT security. Vulnerabilities are a constant issue in IoT, and these vulnerabilities can be dealt with by keeping IoT devices updated. It is easier for cybercriminals to target older or unpatched devices.
Strengthening the house or organization’s WiFi security can help prevent many IoT security threats. This can be done by installing a router firewall, using a strong password for WiFi access or disabling WPS, and switching to the WPA2 security protocol.
Monitoring network and device behaviour can also be effective while protecting IoT devices. Even though cyberattacks can be hard to detect, understanding the baseline behaviour can make users aware of any deviations that may hint at malware attacks.
One of the most effective ways of securing IoT devices is by configuring settings that offer multi-layered protection or end-to-end encryption. When implemented in a limited capacity, these steps can act as a shield of protection against potential cyberattacks or malware infections.

Users need to be 100 percent aware of the IoT devices they use. In most cases, thorough knowledge about IoT functionality can help protect its security. OptiTrac is a leading IoT enabling platform and creates customized IoT security plans after consultation with clients, and their security plans are seamlessly integrated, sustainable, and effective.

Frequently Asked Questions

Q1. What is the need for Security in IoT?

Hardware, connectivity, and software need to be secured for IoT objects to function effectively. Without robust security, IoT devices can be easily hacked, and once hackers gain control, they can steal user data.

Q2. What are the Security Issues in IoT?

Some of the most common security issues in IoT include incorrect access control, application vulnerabilities, overly large attack surface, lack of trusted execution environment, outdated software, insufficient privacy protection, etc.

Q3. What are IoT Security and Privacy?

IoT security and privacy refer to the special considerations required to protect user data from exposure in the IoT environment. This is why every user and object is given a unique identifier and the ability to communicate autonomously.

5 Security Steps To Prevent IoT Cybersecurity Threat

From automated vehicles to smart fridges, the Internet of Things (IoT) is transforming how we live and interact with the world. Over the coming years, as IoT continues to change our worlds, it is essential to look into its security features.

According to a recent study, the number of connected devices worldwide is expected to rise from 13.8 billion units in 2021 to over 30.9 billion units in 2025. It is also estimated that by the end of this fiscal year, there will be between two to six connected IoT devices for every living person on the planet.

As more and more IoT devices enter the network, understanding and managing IoT cybersecurity can be tedious. IoT’s new opportunities make it an easy target for information to be comprised. Thus, cyberattacks against IoT devices are growing at an alarming rate.

Luckily, there are several practices users can follow to set up and manage IoT cybersecurity.

The Current State Of IoT Cybersecurity Risks

The rapid expansion of the IoT industry brings significant cybersecurity risk. Studies show that since 2019, attacks on IoT devices have increased almost three-fold. According to the Symantec 2019 Internet Security Threat Report, cyberattacks on IoT devices and environments have evolved in sophistication.

Bots or worms can compromise IoT devices like Linux-based Internet routers, and malware can also leverage these devices to commit additional crimes. Cyberattacks on industrial control systems and military and business infrastructure are also increasing daily.

There is no dearth of examples that show the current state of IoT cybersecurity risks. Most of these stories even seem too bizarre to be true.

According to a prominent example featured in CISO Magazine, hackers committed identity theft by stealing from individuals through remote access to an IoT coffee machine. Smart coffee machines are designed to be operated remotely by voice control. This security feature was compromised. The coffee machine served as a convenient vector to access connected systems.

A similar example comes from the source of connected network printers. According to a leading research firm Quocirca, more than 60 percent of businesses in the United Kingdom, United States, France, and Germany faced a printer network data breach in 2019. This cost the concerned stakeholders an average of over USD 400,000.

The hackers used printers that were not well secured as an ingress juncture to the network, and this helped them commit several DDOS attacks within the organisations.

Mirai, known as the first-ever IoT botnet, attacked journalist Brian Kreb’s website, followed by the French web host OVH in 2016. Later that year, the domain name system (DNS) service provider’s network was targeted and this caused major websites such as The New York Times, Amazon, Netflix, and Twitter to be unavailable for hours.

What Are The Most Common Fields For IoT Cybersecurity Risks?

Currently, the IoT industry is more expansive than ever, resulting in many related industries being compromised. Deloitte outlined several key market segments excelling at IoT utilisation and, thus, were the most prone to IoT cybersecurity risks.

The growing number of use cases prove how many entry points exist for hackers and cybercriminals to exploit. These include:

1. Smart Homes

Smart homes have become the most common host for cyberattacks on IoT devices. These devices include a range of wearables, refrigerators, smart thermostats, smoke alarms, and home security.

2. Industrial Systems And Sensors

These include sensors that measure flow, temperature, speed, pressure, light, and so on. They are usually placed in factories and industries to monitor the production process.

3. Transportation and Urban Mobility

IoT is widely used by state and city governments to monitor the public transport system, telematics, smart parking, traffic routing, and so on.

4. Cities and infrastructure

The creation of smart cities has led to the increased use of IoT devices such as HVAC, waste management systems, electric vehicles, elevators, buildings, and so on.

5. Healthcare

One of the most critical industries IoT has permeated is the healthcare sector. Several smart IoT devices are used to oversee patient care, remote diagnostics, food sensors, equipment monitoring, bio wearables, etc.

How To Secure The IoT Ecosystem?

The only solution to IoT cybersecurity is taking concrete steps to secure the ecosystem. Robust cyber protection of IoT networks starts with understanding how these connected devices work, and this involves getting a handle on the IoT devices present in the digital ecosystem.

An easy way to gain visibility into the system is by taking stock of each connected device deployed across your space. An attack surface scan can also be conducted to understand and manage IoT cybersecurity.

Here are some steps that can be adopted to secure the IoT ecosystem:

1. Segmentation

IoT devices connected directly to the Internet need to be segmented into their own networks, which will help secure restricted access to the enterprise network. These specific network segments should monitor anomalous activity and take action where an issue is detected.

2. Network Access Control (NAC)

Network Access Control or NAC helps identify and inventory IoT devices connected to a network. This helps in providing an accurate baseline for tracking and monitoring devices.

3. Proper Training

Since IoT is a constantly developing industry, it is vital for security staff to stay updated with the systems, learn new architecture and programming languages, and be prepared for any unforeseen security challenges. Cybersecurity teams should be given regular IoT cybersecurity training to keep up with security measures.

4. Consumer Awareness

Apart from cybersecurity teams, consumers should also be aware of IoT systems’ dangers. This includes equipping them with the knowledge to stay secure, applying software updates, and updating credentials.

5. Security Gateways

Last but not least, security gateways play a key role in managing IoT cybersecurity. They act as an intermediary between IoT devices and the network. These security gateways have greater processing power, memory, and capabilities than IoT devices. Therefore, this allows them to implement firewalls that ensure that hackers cannot access the IoT networks.

OptiTrac has a range of robust IoT cybersecurity measures that can help companies prevent data breaches and protect them against threats. These solutions can be customised according to the specific industry to save time and deliver impressive output.

Frequently Asked Questions

Q1. Is IoT Related to Cybersecurity?

IoT components usually communicate over wireless networks where a hacker could obtain confidential information by eavesdropping. This is how IoT is related to cybersecurity and could fall prey to cybersecurity threats.

Q2. Why is IoT a Cyber Threat?

IoT devices and systems are vulnerable to known network attacks like spoofing and the denial of service (DoS). These can lead to compromised systems where user data can be stolen, and hackers can gain incorrect access control.

Q3. What kinds of Cyberattacks are Possible in IoT?

There are several instances of cyberattacks in IoT environments. However, the most common are eavesdropping, brute-force attacks, and privilege escalation attacks.

What Are IoT Devices And How Do They Work?

IoT has become one of the most prevalent technologies driving 21st-century innovations. Nowadays, people can connect everyday objects ranging from kitchen objects to thermostats and baby monitors to the Internet. This is made possible through embedded devices and seamless communication between people and things.

IoT uses low-cost computing, big data analysis, mobile technologies, analytics, and cloud technologies to collect and process data with minimal human intervention. IoT allows digital systems to record and monitor interactions with connected things in our hyperconnected world. This is the perfect intersection of the physical world and the digital one.

But, what are IoT devices? These devices are nonstandard computing devices that can connect wirelessly to a network. As of 2021, there are more than 21.7 billion connected devices worldwide today. Out of these, almost 54 percent are IoT devices. Thus, there are more IoT devices than non-IoT devices.

Let’s look at some IoT devices examples.

What Is The Internet Of Things (IoT)?

IoT stands for the Internet of Things. The term was initially coined in 1999 by Kevin Ashton, and however, it only gained global recognition when Gartner added IoT to the list of emerging technologies in late 2011.

As an umbrella term, IoT refers to the billions of physical objects connected to the Internet. These devices collect and exchange data with other systems over the Internet without human interaction.

Even though IoT has existed since the late 90s, only recent advances have made its use practical. These include advances in machine learning and AI technologies, access to affordable and reliable sensors, and increased availability of cloud computing platforms.

IoT devices have a massive range. They range from mundane household cooking and cleaning equipment to sophisticated industrial infrastructure. Each IoT device or component has a UID or Unique Identifier.

What Are IoT Devices?

IoT devices are hardware objects like sensors, gadgets, machines, and other appliances that collect and share data over the Internet with minimal human intervention. These devices are programmed for certain applications and typically embedded into other IoT devices.

For instance, an IoT component fitted in your car can identify the traffic ahead and send an alert to the person you are supposed to meet, informing them about the delay.

How Do IoT Devices Work?

Before we explain the different types of IoT devices, it is crucial to understand how they work. Although different IoT devices have different functions, they are similar in how they operate.

IoT devices are nothing but physical objects that can sense things going on in the physical environment. They comprise an integrated CPU, firmware, and network adapter and are connected to a Dynamic Host Configuration Protocol server. IoT devices require an IP address to access and function over the network.

Most IoT devices are managed, configured, and monitored through a software application. For instance, an app installed on your smartphone can control the light system in your house.

IoT devices often come with integrated web servers, eliminating the need for external applications. These are made possible with motion sensors. For instance, the lights in your room immediately switch on when you enter the space.

What Are The Different Types Of IoT Devices?

Just as there is a wide range of IoT devices, many types of applications are categorized on their usage. Here are a few examples of different types of IoT devices:

1. Consumer IoT devices

Consumer IoT devices include devices primarily for everyday use, such as voice assistants, smart refrigerators, home appliances, home security, light fixtures, and so on.

2. Infrastructure IoT

These include IoT devices deployed by the smart city governing bodies, such as infrastructure sensors, management systems, and so on.

3. Commercial IoT

Commercial IoT is mainly used in the transport and healthcare industries. They include factory monitoring systems, smart pacemakers, bio wearables, etc.

4. Industrial Internet of Things (IIoT)

IIoT is one of the most well-known and well-developed IoT fields. As the name suggests, it is primarily used in industrial applications, especially in the manufacturing and energy sectors. Examples include digital control systems, smart agriculture, and industrial big data.

5. Military Things (IoMT)

IoMT is an advanced field of IoT devices deployed in the military and combat fields. They include devices such as surveillance robots, human-wearable biometrics, etc.

What Are Some Of The Top IoT Devices In 2022?

Enlisted below are some of the top IoT device examples popular in 2022.

1. Google Home Voice Controller

The Googe Home Voice Controller is a smart IoT device that allows users to enjoy entertainment, a thermostat, control the television volume, lights, and so on, using voice commands. It also helps the user plan their day and get things done seamlessly.

2. August Doorbell Cam

The August Doorbell Cam is one of the most popular IoT devices. It allows the user to answer the door from anywhere or even a remote location. It also constantly surveillances your door and captures motion changes caught at your doorstep. This is one of the best IoT devices in your smart home.

3. Foobot

Foobot is a unique IoT innovation that can accurately measure indoor pollution and helps to improve the air quality in indoor public spaces like cafes, workplaces, libraries, and even in the house. It comes with a quick and easy installation process.

4. Nest Smoke Alarm

The Nest Smoke Alarm is a game-changer and a must-have for every household. It is a smoke alarm that identifies and then alerts your smartphone every time there is an unforeseen emergency at your home, and it also automatically tests itself.

5. August Smart Lock

The August Smart Lock is one of the most reliable IoT home security devices. It allows the user to manage their house doors from any remote location. It is generally used to protect the house and keep thieves and strangers away. It gives the user status updates on whether the door is locked correctly or not.

Smart solutions are at the core of what OptiTrac does, and they help companies find smart ways of using IoT technology and devices. OptiTrac IoT products are suitable for tracking goods within an industry but are not limited to it. They serve a wide range of industries, including hospitality, management, manufacturing, agriculture, healthcare, etc.

Frequently Asked Questions

Q1. What are examples of IoT Devices?

There are thousands of IoT devices available in the market, including smart mobiles, smartwatches, smart refrigerators, smart fire alarms, medical sensors, fitness trackers, smart security systems, smart door locks, smart bicycles, and so on.

Q2. What is meant by IoT Devices?

IoT devices refer to hardware like sensors, gadgets, appliances, actuators, machines, etc., that are programmed for certain functions and can transmit data over the Internet or other networks.

Q3. How many IoT Devices are there?

It was estimated that by the end of 2018, there would be over 22 million IoT devices in use across the globe. However, recent forecasts suggest that the total number of IoT devices worldwide is expected to exceed over 38.6 billion by 2025.

7 Step Guide To IoT Device Management

The power of IoT device management is transformative. It empowers businesses to adopt a data-driven approach, helps them create new models, and facilitates the improvisation of existing models.

The Internet of Things is about collecting and exchanging data over multiple scattered devices. Thus, there are a lot of intricacies that need to be taken care of in the process. This is where the importance of IoT device management comes in. For instance, if a device goes offline, an administrator has to be able to access the device for troubleshooting.

Managing IoT devices and applications is similar to monitoring an ant colony. Like ants, each IoT device in a network has a set mission. Connected device management becomes significant for accessing and maintaining devices that perform tasks and critical applications. These devices have to be monitored for security and updated with patches from time to time.

IoT devices need to be integrated with IoT application management tools to ensure their seamless workflow. In today’s blog, we will discuss the essentials of IoT device management.

What Is IoT Device Management?

IoT device management refers to the ability to remotely access and manage the functionality of the deployed IoT devices. It involves processes that include registering, configuring, maintaining, monitoring, and provisioning connected devices.

Several factors determine IoT device management. These factors can include the size of the network, how widely dispersed the devices are, whether the devices are physically accessible, and so on.

However, regardless of the number or geographical location, there must be a check on these devices to ensure they periodically update their capabilities and download security patches to stay up-to-date.

When IoT device management is not implemented, IoT network managers cannot proactively monitor their deployed network or keep the security of the devices updated. This can leave the IoT devices vulnerable and compromised for security breaches.

Most significant cloud providers such as Google Cloud IoT and Azure IoT Hub include IoT device management services and offerings.

How Does IoT Device Management Work?

There are several steps involved in IoT device management work. These steps include integrating a device into the network, monitoring it, and ensuring its troubleshooting.

1. Device Provisioning or Registering

This is the first step in IoT device management. It refers to a first-time setup that creates an account, sets up the network connection, etc. Device provisioning is often synonymous with registering.

There are billions of smart IoT devices running on the Internet worldwide. Every single device needs to be connected to the web to start operating. Thus, the first step is device provisioning.

Provisioning also involves customizing your devices and changing off-the-shelf settings to those required for the device to be integrated into the network. You can either register one device at a time or multiple based on your requirements.

2. Authentication

Authentication refers to verifying a device’s identity as it gets enrolled into the IoT network, and it also authenticates the users during the login. Proper IoT device management guarantees that only authorized devices are enrolled, and this helps in preventing any unforeseen intrusions and keeping proprietary information confidential.

To enable authentication, administrators have to establish device and network security settings to block any unwanted access attempts.

3. Configuration

IoT Configuration is very similar to the device provisioning process, and it includes customizing the functionality of your IoT devices based on your needs and requirements. For instance, users can add sophistication and intelligence to an IoT device, optimize its features, revise its settings, or add new requirements.

IoT devices have often been compared to living organisms. Thus, they often need to be configured beyond the initial setup phase. It is important to configure IoT devices securely and efficiently.

4. Control and Management

Once IoT devices are successfully authenticated, configured, and connected to the network, users have to be able to control them remotely. In most cases, the behaviour of IoT devices is established in the provisioning and authentication phases to automate its features.

Administrators also need IoT device control capabilities to access these devices across the network. Examples include each device being securely running and optimized to complete its mission, making necessary adjustments to settings, remotely rebooting devices, and so on.

5. Monitoring

Remote monitoring of IoT devices is a key feature of IoT device management. It supports a range of objectives, such as:

System metrics: This is to view device uptime and other events that occur across the network
Data reporting: This is done to gain critical insights on user-defined data points. These data points include measurements and other sensor data.
Notifications: User-defined notifications are established to support critical decisions and for predictive maintenance. To prevent data loss and critical system failure, users and administrators must be notified of network changes affecting performance.
Security: One of the most important features of IoT device management is the ability to identify and remediate security breaches. This makes sure that the devices are up-to-date and not compromised in any way.

6. Diagnostics

Administrators also can execute diagnostics on the health of IoT devices, and this helps them identify bugs and troubleshoot issues swiftly and efficiently. Performing diagnostics has several benefits, including remediating issues remotely and identifying issues quickly.

7. Software Updates

Today, IoT devices are smart and have built-in software attributes to manage their functionality and security. These software attributes bring IoT devices to life and establish their role in the server. It also manages the prevention of any cyberattacks, malware, and viruses.

In conclusion, the role of an IoT device management tool is to provide IoT solutions with convenience, remote access, and security.

As one chooses an IoT device management platform, they need to prioritize factors such as robust APIs, customizable dashboards, data analysis metrics, and the platform’s ability to group and control devices and send custom scripts to deployed devices.

An IoT device management platform can help businesses expand their IoT network at a minimal cost.

With OptiTrac’s IoT device management services, one can rest assured of the quality of their IoT ecosystem. They make customized plans that can be seamlessly integrated with the company’s needs and are effective and sustainable in the long run.

Frequently Asked Questions

Q1. Why is IoT Device Management Important?

IoT device management is crucial for accessing and maintaining devices that perform tasks and report data in mission-critical applications. These devices must be monitored for security and uptime and updated with patches and enhancements.

Q2. What are the Basic Requirements for IoT Device Management?

The basic requirements for IoT device management include provisioning and authentication, configuration and control, monitoring and diagnostics, software updates and maintenance, and so on.

Q3. What is an IoT Manager?

An IoT manager is a product professional who drives the business strategy and development of products and services connected to the IoT network. The roles usually vary from one industry to another.