Top 10 Internet of Things (IoT)trends that will rule in 2020

By Guest Contributor on November 15, 2019

You must have come across various smart products in the market like Smart coffee machines, smart microwaves, etc. All these are very basic applications of the Internet of Things. Internet of Things(IoT) has emerged as the youngest child of the digital age. The Internet of Things can be understood as a technological application connecting anything and anywhere over the internet.

IoT is an advanced tool that helps convert physical resources into smart entities through the existing network infrastructure. Its primary aim is to provide the user with smart and seamless services without any glitches.

Kevin Ashton, the British technology pioneer, was the first to coin the term ‘Internet of Things’ in 1999. He defined the term based on the premise that the first version of the internet was about data people create, while the future version is about data things create.

The limitation of 20th-century computers was that they were brains without intelligence, they knew only what people fed them. However, with the Internet of Things coming into the scene today’s computers can sense things themselves.

The Internet of Things has the potential to revolutionize the way we live today. It can drastically improve the way we move around in our cities, the way we shop and the way manufacturers maintain their inventory stock.

Internet of Things is a huge network of connected devices (with on/off switch) and people, which gathers and shares the data on the way they operate and the way they interact with their environment. This network leads to what is called “ambient intelligence”.

The industrial world is slowly but steadily realizing the huge potential of IoT. According to General Electric, industrial investments in IoT will be around $60 trillion in another 15 years. Big companies are launching their versions of smart products in order to gain early bird advantage.

Now let us analyze which are the top 10 Internet of Things trends with the capability to rule the market by 2020.

1. From Consumer IoT to Industrial IoT

Due to the recent failure of consumer-based IoT manufacturers like Lily robotics, Jawbone and Hello, the market will see growth in Industrial IoT. Reduced capital expenditure in the deployment of the technology has opened a huge window of opportunity in diverse fields including telecommunication, insurance, banking, etc.

2. New wireless mobile Technology

IoT-With the beginning of the fourth industrial revolution, huge data is expected to be created and managed. Managing such huge data flows, preventing leakages and at the same time drawing necessary business insights require integration of 5G Network with IoT systems.

3. AI and Big data

With a huge network of devices and people connected over the internet, IoT will result in the creation of a large quantity of data. To process this large data and extract meaningful information leveraging big data analytics and machine learning techniques is required. This will lead to the generation of newer applications based on the integration of big data, artificial intelligence, and IoT tools.

4. IoT Security

Focus on the security of IoT will be renewed as the security challenges posed by its distributed and diverse nature crop up. Currently, over 26 billion internet-connected devices are vulnerable to attack. IoT developers who make security measures put in place as their selling point will have an edge over others.

5. Edge Computing Over Cloud Computing

IoT devices and their developers have depended on the cloud platforms to store the data coming from these devices. However recently they have come to realize the utility of storing limited data in the cloud. This means that instead of sending all data generated by IoT devices to the cloud, data is first stored at the edge of the network closer to the IoT devices.

This data is then sorted, filtered and calculated to send it all or only a part to the cloud. This reduces the traffic on the network.

This approach is known as edge computing. It helps in reducing the dependency of IoT devices on the cloud, enhances security and enables them to perform faster.

6. IoT in healthcare

As per Frost and Sullivan, the IoT medical device industry is expected to grow at CAGR of 26.2% reaching 72,000 million by 2021. Mobile health applications, intelligent wearable devices, implants communicating patient’s health parameters, etc will revolutionize the healthcare industry through IoT.

7. Smart Cities

It is assumed that smart city technology spending will amount to around $135 billion by 2021. Increased IoT adoption will lead to the emergence of smart cities. Cities with vision for the future will increasingly invest in ground-breaking data exchange technologies. This will enable the accumulation and processing of information between public and private enterprises and citizens. Thus future cities will witness IoT governance.

8. Personalized Retail Experience

Radio Frequency Identification (RFID) tags can make supply chain management in retail stores a lot easier. Data generated by IoT devices can help in knowing customers’ product interaction and thus improvements in the inventory can follow.

9. IoT and customer support

Organizations delivering IoT based smart products can provide smart customer support services. IoT network of connected devices will enable predictive and personalized customer support.

IoT devices can detect and report the problems to the customer desks without the customer noticing the same. This allows companies to increase customer engagement and further improve their retention.

10. Sensor innovation

The data generated by IoT devices and their sensors can be used to improve manufacturing productivity greatly. When Artificial Intelligence(AI) is combined with sensors, AI can take decisions independently and thus optimized production can be achieved. This can make our factories much smarter in days to come.

Thus to conclude we can say that the Internet of Things development has arrived and is evolving with each passing day. To utilize this technology to its fullest potential, businesses need to keep pace with the emerging IoT trends. These trends have the capability to disrupt the market. We hope this comprehensive list enumerating the IoT trends that will rule in 2020 will be of help to many.

IoT and Enterprise Mobility Converged to Take Your Business to Next Level

By Guest Contributor on November 13, 2019

The advantages of mobility for the corporate sector are well-known. Companies have implemented enterprise mobility management to leverage benefits like real-time data access, instant data sharing, and portability.

Similarly, we witness a rise in the Internet of Things (IoT) approach globally. Now, this concept can revolutionize data transfer and processing with the help of IoT mobile app development services, where IoT meets mobility.

As per one survey, by the end of 2021, the number of smartphone users will reach 3.8 billion worldwide. Similarly, right now, we are surrounded by over 7 billion connected devices.

Now, the convergence of IoT and enterprise mobility management can provide the benefits of both these futuristic technologies. What’s more, there is always a scope to integrate features of other emerging technologies like AI, ML, and AR in IoT mobile app solutions.

 Here we give a list of some excellent benefits of enterprise mobility management and IoT. 

1. Data benefit

Enterprise mobility management can enable you to get, analyze, and share the valuable corporate data fetched by IoT devices. IoT app solutions deal with any sort of user data. The data can be audio-visual or in the text form like timesheets, periodic reports, and the like. Enterprise mobility enables you to get access to this data anytime and anywhere. When it comes to making an informed decision using actionable insights, the IoT and enterprise mobility combination can assist the company’s management.

2. Security of business processes

Data security is one of the key concerns of modern enterprises globally. Enterprise mobility solutions can provide real-time data in a secured manner thanks to selective access facility. The IoT app development company can integrate features to prevent the app from any data breach or cyber-attacks. Here, the IoT-based features help mobile apps to measure the reliability of corporate data and provide effective solutions to prevent threats. In a way, you can secure business processes and data sharing.

3. Anytime reporting

The IoT concept brings agility to your business. Enterprise mobility, on the other hand, improves the productivity and efficiency of your employees with real-time communication and enhanced collaboration. Together, these two concepts can bring responsiveness in the business that is important for increasing the efficiency of the workflow. As a result, your business can withstand challenges and stay firm amid ever-changing market trends.

The IoT  app development services are aimed at developing an app to enable your employees to resolve issues in less time. Anytime reporting can bring more transparency to the process and track every operation.

4. Enhanced prediction

Actionable insights and the user’s real-time data related to their behavior can help companies serve their customers with a personalized touch. IoT solutions can provide interactive patterns of every customer and the enterprise can get an idea of how they can improve customer service and make necessary changes to enhance customer support. Also, the IoT-based mobile app can assist you to make better predictions based on the user’s data.

5. Improved connectivity

Connectivity and communication are two major aspects that the mobile app development process addresses. Even remote employees can easily communicate with their colleagues or management with the help of a business mobile app. The enterprise mobility services have enabled the companies to stay connected with the employees and track their movement irrespective of their geographical distance. IoT app solutions also make the interaction more effective and save a lot of time. As a result, your employees’ efficiency will significantly increase and the company’s productivity can get a boost.

6. Better flexibility

The IoT concept can be integrated with the cloud technology and enterprise mobility solution can integrate emerging technologies like AI and ML. Together, these two concepts can provide a highly flexible network for your business. Employees of your company can have uninterrupted data access anywhere and they can manage the IoT-based operations efficiently using the mobile app. Better flexibility and higher scalability are two major characteristics of IoT and enterprise mobility management integration. In other words, you can scale up or down the app’s capability of adding connected devices when you add or remove devices from the workplace.

7. Higher collaboration

Collaboration holds the key to the success of any project. Enterprises can improve collaboration through effective communication thanks to IoT app development services. Employees can have a personalized app that can help them get rid of the issues related to various projects.

Also, companies can keep them updated with the latest development and activity through an app. You can easily take the cooperation of team members to accomplish the project and manage the operation through your fingertips. As a result, your company can complete the projects on time without compromising the quality.

8. Competitive advantage

The IoT app development company can assist you to stay ahead of the curve with the help of an IoT-based mobile application for your company. You can bring automation in the processes while streamlining the workflow and manage the existing IoT network at your fingertips. With the IoT-based mobile app, your business can leverage the benefits of digitization and get a competitive edge over peers who are yet to implement the integration of enterprise mobility and IoT network. Such a business app can give your business a leadership position and a high reputation.

Summing up, if you want your enterprise to evolve, you should consider implementing IoT-based features in the app solution.

Concluding Lines

IoT mobile app development services can unleash the real potential of the business and empower the company management to handle processes by using fingertips. It is fair to mention that IoT app solutions can enhance the mobility of your enterprise. All you need to select the right IoT app development partner who can build a feature-rich app to meet your business requirements.

Author Bio: Jamie Joyner is a content cum digital marketer at Solution Analysts, a leading IoT app development company. She is an avid reader and likes to remain updated for technological advancements in the domains of web, mobility, IoT, and emerging technologies.

How IoT is Reshaping Enterprise Mobility in 2020?

By Guest Contributor on November 12, 2019

Emerging technologies are taking over almost every industry and walks of life. Technologies like AI (Artificial Intelligence), ML (Machine Learning), IoT (Internet of Things), AR (Augmented Reality), VR (Virtual Reality), MR (Mixed Reality), and more are becoming a part of our daily lives. 

Among all these technologies, IoT is one of the most known technologies that had made a significant impact on big enterprises. The combination of IoT and Enterprise Mobility has helped companies to increase their employee productivity and profits. 

Today, enterprises are leveraging connected devices and big data analytics to optimize various processes and enable employees to make better marketing and strategic decisions. 

IoT not only helps to develop advance applications but also helps to offer simpler solutions like the Internet, Intranet, mobile apps, and corporate portals. 

The applications of IoT are widespread. However, most Fortune 500 firms are using IoT so that they could meet up some stringent policy and security matters. 

The more enterprises think of getting connected with IoT, the simpler it will be for employees to deal with data. With easy access to data, employees will be able to make business decisions more rapidly and precisely. 

It also provides an insight into the data because of Big Data analytics to figure out and manage specific facets in your business’s everyday operations.

Benefits of IoT in Enterprise Mobility

Many big corporations have this question that if they decide to leverage IoT to build Enterprise Mobility Solutions, then what will be their way-to-go strategy? And, what will be the possible benefits that they’ll receive, if they integrate IoT into Enterprise Mobility Solutions.

Let’s have a look at the potential benefits that firms will receive or positive changes that they will if they integrate IoT into Enterprise Mobility Solutions. 

1) Elevated Productivity

IoT-enabled enterprise mobility solutions help your employees to monitor, supervise, and control various processes on and off the ground.  It allows them to increase operational productivity and work efficiency.

2) Tighter Security

Enterprises are producing tons of data every day. They got to protect that data from getting breached. IoT helps enterprises to get prepared for such incidents. It helps them to get statistics and identify potential suspects. 

IoT also helps you to evaluate mobile safeguards and assist you in identifying the most viable solutions for the problems and threats. 

3) Strong Predictions

When IoT and enterprise mobility emerge, they create an ecosystem that is ideal for examining patterns of various interactions with the customers. 

Enterprise mobility helps to analyze consumer behavior based on the data collected by IoT networks. This analysis will help you to serve your customers in a better way. 

4) Prompt Response

A combination of IoT and enterprise mobility can help employees to learn new things in a better and more efficient way. They can learn to respond “quickly” to the emerging market trends. 

It will help them to become more responsive to customer demands and the market, which will help them to create more effective business and go-to-market strategies. 

Ultimately, it will help your business to become more agile but also more responsive to the constantly changing market trends. 

Combining IoT and Enterprise Mobility with Other Emerging Technologies

Enterprises have been combining various other emerging technologies such as Artificial Intelligence and Blockchain to enhance the capabilities of IoT. 

Artificial Intelligence

Artificial Intelligence is going to be the most obvious choice for enterprises to integrate with their existing systems. Integrating AI will help companies to increase cost savings. 

Companies can leverage AI to increase workplace efficiencies while reducing expenses using IoT sensor networks to identify the cost drivers.

Moreover, technology can also help you to enhance the security and safety of the workplace. AI and IoT can predict potential security threats and automatically respond to them.

Blockchain

Blockchain can help make centralized IoT systems decentralize, and will help IoT nodes to transmit data peer to peer, which will reduce the overall operational cost.

Blockchain also helps to increase the security of nodes by applying the additional security layers and makes sure the communication between devices is secure and strong. 

Final Thoughts

In the near future, IoT is going to expand in different industries, including homes and automobiles. A combination of IoT and enterprise mobility will help you bring digital transformation in the organization.

Similar to indoor IoT applications, Industrial IoT, popularly known as Industry 4.0, is driving an unconventional change in enterprises that helps to improve operational efficiency. 

It is high time for IT leaders to upgrade their mobile strategy based on organizational needs and requirements and leverage the unbelievable capabilities of IoT and software.

IoT can help enterprises to track endpoint devices, manage the overwhelming volume of data, and analyze the data for documenting critical information.

Apart from this, companies can expect a lot more things to befall in the future with the help of IoT-enabled enterprise mobility solutions to propel the business. So, Keep Learning!

Author Bio: Sagar holds the position of CTO at Credencys Solutions Inc., a Mobile App Development Services provider. He is responsible for all the technical operations, as well as leading the company’s revolutionary offerings. 

IoT Technology the Next Big Thing in the Architecture Industry

By Guest Contributor on November 7, 2019

The Internet is continuously changing and evolving, and the Internet of things can be considered as future evaluation. The IoT is gaining popularity among all the sectors to be it academic, healthcare, or architecture; it has the potential to bring significant growth in personal and professional front. It is one of the fastest-growing technology that improves the expenses, well-being operation, and almost everything. 

IoT Application Development is responsible for the deployment of the application and monitoring the connected devices. With increasing popularity, IoT is being used by a variety of industries, resulting in improved customer service and efficiency to improve decision-making.

  • The IoT device market is on the rise and is poised to reach $1.1 trillion by 2026. (Source)

The Internet of Things empowers our lives in many ways, and that uplifts the vision that smothers progress and makes all things connected. With proper IoT system helps to improve the quality of infrastructure and architecture. Many architectural frameworks support many IoT systems.

Four Stages of Architecture Process

IoT plays a vital role in all the stages of IoT. With the help of IoT devices that can help the architecture make all the decisions that improve the scalability, availability, and maintainability, all these processes are the main reason behind the building process.  

Sensors

The sensor has the ability to obtain information that helps in collecting useful data from the environment. With the right set of IoT devices can help them to detect the directional gravity. Internet of Things must be equipped with sensors that efficiently emits, accept, and process. 

It helps to process the data and choose between immediacy and in-depth information that improves the processing of the data. For the quickest response, you need to process the data right at the sensor — at the very edge of the network.

The Internet Gateway

Internet gateways help sensors to collect the data, but it must be obtained in analog form. It must be connected with digital streams for any processing. The Data Acquisition system connects with sensors and converts analog data into the digital world. In Simple Internet, gateways connect with Wi-Fi for further processing. 

This stage has gathered an enormous quantity of data from the previous level and compresses it to the optimum capacity. This processing has the capability of malware protection, management services, and other data analytics. 

Edge IT System

The data is developed with the guidance of an edge IT framework in this stage of IoT architecture. The Edge It system helps to enhance the analytics with pre-processing ideas like machine learning and visualization technologies. The Edge System is performing the task by placing it in remote areas but placing the system closer to the sensor. They consume all data information and swamp your data resources.

It allows you to view your data using easy-to-understand dashboards, charts, and graphs using visualization techniques. These systems are usually working when it’s easy, fast, and work in remote areas. 

Cloud Platforms

We are not wrong if we put this phrase in this context that sensors can be considered as nerves and the gateway can be known as an IoT’s backbone, the cloud can also be called as is the brain in the Internet of Things. Contradictory to edge solutions, a cloud-based system is specially designed to save, process, and examine massive volumes of data for deeper insights using great data analytics tools and machine learning devices. Without cloud management, theses mechanism never supported the edge system. 

Key Features to Remember

For Rapid Transformation, companies are using a more agile form of architecture.

Ontology: Architects, in a specific context, need to use a standard structure that reflects the meaning of words. 

Abstraction: The companies require the layer to be implemented by the machine components. Once the improvements are made, it imposes minimal impact.

Standards-based: Modern architecture depends on manufacturing, ensuring that things are built the same way for everyone. It enables plugins of new people and processes without understanding a specific method of work.

Agnosticity: The goal here is to avoid a particular technology, product, or even vendor being locked in.

Key Challenges of IoT

The IoT can change the shape of the Internet and can offer enormous economic benefits, but it also faces many key challenges.

  • Identity Management
  • Improves Standardization
  • Hamper Privacy
  • Safety and Security
  • Data Confidentiality
  • Network Security

Summing Up

IoT architecture may differ from solution to solution, but its core is for building blocks that are essential to providing the basic features that make the IoT ecosystem sustainable. The technology of the Internet of Things is carrying out enticing and future-proof IoT projects. Iot majorly focuses on building secure architectural devices that observed a wide range of solutions for significant businesses and different sectors. With proper usage of technologies can lead companies to succeed in businesses and even help other corporations to outperform. 

Author Bio:- Nitin Garg is the CEO and cofounder of BR Softech – Artificial Intelligence Development Company. Likes to share his opinions on IT industry via blogs. His interest is to write on the latest and advanced IT technologies which include IoT, VR & AR app development, web, and app development services. Along with this, he also offers consultancy services for RPA, Big Data and Cyber Security services.

How AI, IoT, and Cybersecurity Transform Healthcare Sector in 2020

By Guest Contributor on November 5, 2019

Both AI (Artificial Intelligence) and IoT (Internet of Things) are futuristic concepts designed to improve our lives. From online shopping to telemedicine, these concepts have brought more comfort and convenience in our daily routines.

Along with AI and IoT, the focus remains on cybersecurity to ensure safe data sharing across various devices in the network. Together, these three advanced concepts are set to transform various industry sectors and the healthcare sector is no exception!

The healthcare sector is thriving with a growing number of service providers and healthcare professionals. AI, IoT, and Cybersecurity help organizations improve patient care and accomplish necessary procedures speedily.

These concepts facilitate specialists to perform their duties with more efficiency and higher security.

Here are some major aspects of healthcare app development on which AI, IoT, and cybersecurity have a great impact.

These aspects can transform the healthcare sector and take it to the next level where the more patient-focused approach is visible.

Reducing waiting time

The most common characteristic of numerous clinics and healthcare organizations is the long waiting time for the patients. As a result, they have to suffer until the specialist attends them.

Nowadays, thanks to AI, and IoT, we have a healthcare mobile app that can successfully replace a few human jobs like scheduling of appointment. IoT app development can enable healthcare professionals to utilize connected devices for providing improved patient care services.

Also, medication reminders, personal notification, and other patient-related services can be easily offered through a healthcare app.

Mobile app developers can come up with a patient-centric app that can take care of all necessary phases from scheduling an appointment to meet the specialist online for follow up or routine checkup.

Patients can also keep the record of medication, lab tests, and other related information in the app to share everything instantly with the physician.

AI can be utilized for social insurance for healthcare staff. The integration of AI advancements also enables specialists to pay attention to patients who are in dire need.

In a way, patients with acute and serious medical conditions need not wait for a long time.

Effective data collection

AI deals with the patient’s data to provide individual and personalized services. Innovative AI solutions can perform medicinal services by gathering information effectively.

It can reduce the paperwork significantly in the healthcare sector and facilitate specialists to access the patient’s data as and when necessary.

Before the advent of AI in the healthcare sector, physicians made therapeutic chronicles for all the patients and recorded their information in the files.

Now, making such therapeutic records is a time-consuming and troublesome assignment for the physicians, and at times, distract them from a proper diagnosis. In the manual record, there is a chance of human error and a possibility to miss a couple of important points. It can mislead the physicians.

Thanks to the integration of AI in the IoT app development, it is possible for specialists to record the whole discussion and make a flawless therapeutic history on the basis of examination. Also, the online data remains available online on a 24/7 basis for reference.

Secure storage of information

These days, it is of utmost importance to prevent the patient’s confidential data from going into the wrong hands. The cloud-based servers can securely store the information regarding the patient’s ailment that is either humiliating or too sensitive to admit.

Cybersecurity helps in maintaining therapeutic secrecy and the patients can remain assured of their ailments.

AI and IoT can fetch necessary details of the patients and cybersecurity can secure them.

Better analysis

In physical visits, it is possible that the patient may skip or forget any necessary information. Therefore, specialists have to remain alert during the discussion.

Now, thanks to the advent of AI and IoT, healthcare professionals have intelligent gadgets that can easily collect all necessary details of the patient to recommend or give precise prescriptions.

Also, the inclusion of advanced features during the healthcare app development process enables specialists to get rid of attempting to assist every patient to remember their past medicinal history and allergic reactions.

They can get the data online in just a few seconds and give medications after a better analysis. What’s more, healthcare professionals can comply with the prevalent healthcare standards through such healthcare apps.

At the end of the day, the patients can get the right prescription for their condition with a focused approach. It reduces the chances of human errors and various operational costs of healthcare service providers.

Improved devices

IoT and AI have combined to make intelligent gadgets that can make the prognosis simpler and more accurate. For example, diabetic patients with a history of heart conditions need exact medication and periodic visits.

Now, IoT app development can help healthcare professionals to connect the app with smart devices that measure the blood sugar level and keep the record of various lab tests of the patient.

Wearable gadgets also help specialists get real-time data of the patient’s vital parameters. Healthcare institutions can come up with wearable apps with the help of IoT app development services and track internal movements of body fluids. Patients and specialists both can make the most of wearable gadgets by integrating features of AI and IoT.

From measuring pulse rate to insulin levels, and to find the effect of prescribed medication, the healthcare app can benefit patients by bridging the gap between devices and the healthcare system.

Parting Note

It is fair to mention that the IoT, AI, and cybersecurity have made the life of healthcare professionals easy by enabling them to come up with more accurate diagnoses and prescriptions.

The healthcare services can be transformed from a physical to paperless patient-centric approach with the help of these emerging technologies.

Author Bio :- Robert jackson is a content cum digital marketer at Solution Analyst, a leading mobile app development company. He is an avid reader and likes to remain updated for technological advancements in the domains of web, mobility, IoT, and emerging technologies. His articles are informative and interesting at the same time as he expresses insightful thoughts clearly.

 

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