Ways To Boost IoT Application Reviews And Ratings

IoT Solutions
IoT Solutions

Mobility solutions, coupled with IoT capabilities, enable monitoring, analysing and controlling smart connected objects all remotely. This boosts the demand for developing the internet of things apps with better user experience (UX).

Anyhow, end users check the ratings of the internet of things applications to confirm that these apps work efficiently with connected IoT products. If there are negative ratings for the application, customers choose not to use it and the IoT product, which then causes big loss to both IoT service vendors and original equipment manufacturers. Therefore, keeping or improving positive reviews could have a big effect on user engagement. With this in mind, let us take a look at some strategies to make the reviews and ratings better.

Integrating Debugging Features

According to industry standards, end to end testing matters not just for IoT solutions but also for mobile applications. Still, customers are likely to find problems that did not occur in the pre-launch validation process, because IoT product setting setups at their side are dynamic.

To overcome these kinds of real-time problems, debugging features should be integrated into the IoT application so that debug information regarding the issues can be collected. The said information simplifies analyzing the setup and resolving customer problems without having to stress consumers for further details.

The feature has to capture important errors, details regarding user interaction, and events, which all can aid in identifying the problems. However, one must avoid capturing sensitive details such as cloud tokens, credentials, or decryption/encryption keys to not harm user privacy.

Releasing The App Updates Regularly

It is important to update the mobile application frequently because this will play a part in the reviews and ratings. Occasionally, updated mobile operating systems change native framework behavior, which then causes certain app features to not work or even to entire app failure. Recent mobile OS updates continued to change permission methods of native features such as Bluetooth and location services, which possibly sabotages service-dependent application features. Roll out updates to confirm that the application works properly, without the aforementioned kinds of situations.

Integrating Analytics Tool

Analytics tools can provide insights into the ways of improving application performance, identifying useful features for customers, and improving user retention. Anything that customers do on the screen can give valuable details regarding that feature, its functionality, or section of the application that they find the most useful.

Customers are usually hesitant to report problems they find in their applications. Consequently, analytics tools record their behavior when navigating through their app. This will help to identify issues they experience or failures in the application screen without having to interact with them.

How IoT Can Benefit Healthcare Industry?

IoT Products
IoT Products

IoT is now being utilized in different fields including education, agriculture, transportation, manufacturing, etc. Another important industry that utilizes the potential of IoT products is the healthcare industry. The use of IoT solutions in the medical field has paved the way for developing efficient medical equipment and treatment methods that can be beneficial for providing enhanced safety for the patients. Hence, IoT is transforming the healthcare industry by improving treatment options and reducing healthcare costs.

IoT can provide a large number of benefits for patients, doctors, hospitals, and insurance companies. Some of the important benefits provided by IoT products in the healthcare industry are mentioned below:

Benefits Of IoT For Patients

IoT made it possible to constantly monitor the health of patients with the help of wearables such as fitness bands and many other devices that are wirelessly connected to each other. This includes glucometer, blood pressure monitor, heart rate monitoring cuffs, etc.

The data collected by these devices will be transferred to the healthcare providers so that the patients will be able to get health advice even if they do not visit the clinic or hospital. Hence, patients now get personalized care and attention. These wearables and other health monitors can be tuned to remind the patients about the calorie count, appointments, exercise check, blood pressure variations, and a lot more.

Benefits Of IoT For Doctors

IoT made it possible for doctors to remotely monitor the health conditions of patients. Different wearables and other health monitors will transfer the real-time data to the physicians so that they will be able to know the variations in the health conditions of the patients. This can be useful for finding whether a patient needs immediate medical attention. Therefore, the physicians are now able to connect with their patients proactively. Data collected by the wearables will be useful for doctors to decide the right treatment plans for a patient.

Benefits Of IoT For Hospitals

Apart from monitoring the health of patients, IoT can provide a large number of other benefits for hospitals. With the help of IoT products, it is possible to track the location of medical equipment like wheelchairs, nebulizers, defibrillators, oxygen pumps, and different other monitoring equipment. In addition to this, the deployment of staff at various locations can also be analyzed real-time with IoT.

IoT can also be useful for assisting in asset management, environmental monitoring, etc. Hence, hospitals can get a large number of benefits by using IoT products.

The use of IoT in the healthcare industry helped to improve the efficiency of treatments and patient care. It can benefit patients, doctors, and hospitals. Hence, the use of IoT in this field will significantly increase in the following years.

How To Ensure Security In Healthcare Sector During Covid Pandemic Using IoT?

IoT Security Solutions
IoT Security Solutions

The COVID pandemic has given cybercriminals a golden opportunity. According to the CEO of Cynerio, Leon Lerman, the attacks on business servers and their systems have increased by a startling 300 percent since the pandemic started. One of the most affected sectors is healthcare. Not only are they going through the pressure from the spreading of the virus, but they are also under constant threat from cybercriminals and have to take preventive measures to preserve clinical networks, medical services, and ensure the safety of patients. 

How Vulnerable Is The Healthcare System?

You might wonder why the healthcare system is targeted. What can anyone gain from it? How safe is the data in the sector? Let’s look at how vulnerable the health sector is.

Personal Health Information

The PHI is extremely valued, especially in the black market, and can cost thousands. Keeping it from the hands of an attacker is crucial.

Poor Security Systems

The increase in the standard of security in other sectors does not apply in the health sector. Many were not designed to connect to networks and do not have any built-in protocols. In fact, around 70 percent of IoMT devices use Windows that are not supported now.

The Usual Does Not Work

The working of IoMT devices is not like that of others. They even have different communication patterns. If not regulated, standard firewall and NAC policies could hinder the normal functioning of the important devices leading to a threat to patient safety.

Movement Of Healthcare Devices

The number of IoMT devices connected now is around 50 million and it is predicted to grow to 50 billion by 2028. These devices are often moved to different wards or sometimes even to another locality without any security measures. Therefore, it is best to monitor those using IoMT asset management solutions.

Increase In The Number Of Attacks

The attacks on healthcare systems in the old times used to be much difficult. Nowadays, amateur hackers can easily carry out attacks on non-medical devices and can cause harm. 

How Can We Prevent Attacks Using IoT Solutions?

Spread Awareness

One of the best ways to avoid cyberattacks is by educating everyone, from patients to employees, about cyberthreats and healthy cybersecurity practices.

Zero Trust Security

Zero trust security adaption will ensure that any attack will not reach sensitive information like electronic personal health information (ePHI). Having a Zero trust security prevents the threat from affecting these information.

Segment The Network

By segmenting the network, you can reduce the extent of the area affected during a cyberattack.

Employ IoT Security Solutions

IoT security solutions can easily work with IT healthcare tools and manage security projects. 

Even though the current situation is not preferable, we can make it better by the optimum use of advanced IoT facilities. 

Top Tips To Ensure IoT Device Security

IoT Device Security
IoT Device Security

Internet of things (IoT) devices are becoming more popular among users because they let people control devices remotely. For example, IoT enables control of lights, thermostats, digital locks, and home appliances, etc., from afar. This helps improve home security. Additionally, smart devices are also part of this ecosystem through which we control IoT devices mentioned previously. However, these devices are prone to security lapses which make them easy targets for cybercrimes. Shared below are tips to ensure IoT cybersecurity so that these devices do not get hacked easily.

Change The Default Setting Of The Router

The preliminary step when you begin using any router is to change the default name and set a new password. This makes it difficult for people to access the device and makes them less prone to hacking. When creating a password, make sure to use a combination of numbers, alphabets, and symbols that are not correlated. As a rule of thumb, the more uncommon the name the more difficult it will be to crack it.

Create Strong Passwords

Creating strong passwords for the router is the other important step to secure the IoT devices. This reduces the risk of being hacked. It is always recommended to create a strong, elaborate, and complex password to protect the IoT ecosystem. As stated earlier, use a combination of numbers, alphabets both upper and lower cases, and symbols to create a strong password. Ensure that the password is long enough, and avoid using any kind of personal information. One common mistake people often make is that they use the same passwords for multiple accounts, and this must be avoided.

Update IoT Devices

Updating device software is the key to IoT device security, and it ensures that there aren’t any security flaws. It applies to all the devices using a Wi-Fi network, including the antivirus and antimalware software of laptops or smartphones. If one of the IoT devices is compromised, it can compromise the whole ecosystem. Also, keep in mind that hackers or cybercriminals are always improving their game.

Two Factor Authentication

The two-factor authentication that we employ for emails or banking transactions can be used for IoT cybersecurity. The advantage of this method is that it enables you to be in control of who gets to access the IoT ecosystem. If anyone accesses the network, you will be notified immediately to grand further access.

We hope that the tips shared above will ensure IoT device securityand protect them from hacking.

Dropped Calls And How You Can Fix Them

Cell phones have become instrumental in our fast-paced society. Most tasks that seemed troublesome and unnecessary, can simply be solved with the use of these marvels of innovation and portable technology. However, the issue that many of us face is the sheer disturbance in reception the minute something comes up between you and the cell tower broadcasting the cell signal.

You may be having a chat with a friend after a long time, or making an important business call with your investor to have them on board, but you are taking on a ride the minute your phone displays an empty cell signal bar icon and the call drops. At crucial times such as these, cell phones may invariably give up on you. But don’t be quick to throw the blame on your phone or your network provider.

The number of people hooked on to the internet and the number of hand-held cellular devices is growing exponentially by the year. There will come a point where the cell towers will just not be able to handle the load and will give way, and that may just be what is happening to you.

Thankfully, there is a way around this troublesome issue and the answer comes in the form of mobile phone repeaters.

if you are looking for a lasting solution for your problems then you need not look beyond cell phone repeaters. Investing in these will go a long way, in helping you mitigate and solve most of the reception woes that you may be having. Mobile phone repeaters have an external antenna that is mounted on the roof or any external surface that is free of any immediate obstructions. This antenna catches the mobile signals that are severely weakened and then passes them over to the amplifier. The amplifier boosts them and sends them to broadcast via the internal antenna.

The boosted signal is made available to your phone or multiple devices. The result of upgrading to a good quality mobile phone repeater is a drastic reduction in dropped calls. Your calls will be clearer and chances of static and noise, making way into the signal are also reduced.

The best thing about mobile phone repeaters is that the expenses involve only the one-time fees you pay to purchase it. It is a solid investment that will last you for more than 5 years and you will be much more at ease knowing that a mobile phone repeater is watching your back while you make your important call.

Benefits of Internet of Things in Education

Internet of Things Applications
Internet of Things Applications

Today the devices around us are becoming smarter with various innovations in technology. Internet of things (IoT) is a new technology paradigm that can connect devices around us. Internet of things applications can be found in many sectors like finance, travel, and education.

An IoT system designed for colleges and schools can keep track of major resources, create smarter lesson plans, design secure campuses, enhance and speed up information access, and much more. During times of crisis, e-learning can be of major help to educate children. Millions of people all around the world are benefited from using e-learning platforms.

Major Applications of IoT in Education

Interactive Learning Experience

Nowadays learning concepts are not limited to textbooks anymore. Textbooks are connected to websites that provide videos, animations, and online assessments. Students can access these sites by scanning the QR codes provided in their textbooks. The extra educational materials provide deeper insights for students and enhance their knowledge level and creativity.

Safety and Security

Crimes against school children are increasing day by day. IoT can be used for real-time monitoring of children and to ensure their safety and security in emergencies. In this way, parents can also keep track of their little ones. Also, this reduces human effort in keeping track of attendance and ensures the punctuality of children.

Educational Applications

Many people are coming up with different educational applications that provide a platform for e-learning. They are much cheaper compared to other learning methods and are so effective in providing one to one assistance to children. We can also set reminders in them for taking lessons. Students can access them without the intervention of others.

IoT Temperature Sensors

These sensors can monitor the temperature level in classrooms and can help us keep them in optimum limits so that students won’t be affected during their class hours.

IoT Benefits For Educators

IoT provides many benefits for teachers as well. Traditional grading systems are time-consuming and error-prone whereas IoT based grading systems are much efficient and take very little time. It does not show any kind of partiality or discrimination towards children. Also, IoT based applications help educators to identify children who require more attention.

Smartboards

The use of traditional blackboards and chalks can be eliminated. Smartboards are widely used today and these are used not just in classrooms but also in board meetings, sports training, etc.

Benefits For Disabled Students

Physically impaired students also find it easy to use e-learning platforms and applications, providing them great opportunities to learn.

Security Challenges Of IoT Applications And Their Solutions

IoT Security Challenges
IoT Security Challenges

The scope of IoT is now being utilized by a large number of businesses for automating their processes. It is also widely used in many other fields including education, healthcare, and even in the agricultural sector. This new technology has introduced a large number of possibilities, however, it also comes with some challenges too. Therefore, through this article, we introduce some important IoT security challenges and their solutions.

IoT Security Challenges

IoT creates an interconnected network of different devices and systems including computing devices and other digital and mechanical machines. Most IoT systems have sensors that are used for collecting, transmitting, and receiving data. In addition to this, IoT applications will use software and Wi-Fi network to send and receive data via the internet. Therefore, most of the components used in IoT systems are vulnerable to security attacks.

Different components used in IoT systems can create a medium for the attacker to introduce malware or other malicious programs that can be used for compromising the security of the system. Therefore, your IoT systems are vulnerable to security threats. The following are some of the common IoT security challenges that can compromise the security of your systems.

Scan And Take Over

It needs to ensure high security for your IoT systems and applications. If the authorization and authentication processes used here are weak, then the attacker can easily take over your system. Also, if you are using poor encryptions and poor password protection because of the lack of enough hardware resources to execute complex programs, it will be easy for an attacker to enter the system, control, and finally take over it.

Distributed Denial Of Service (DDoS)

When the request traffic sent to an IoT system is very huge, it won’t be able to handle it. In this case, the target host will go down and the system will become unresponsive. If the system is connected to the internet, it will be possible for the hacker to send a huge number of requests from multiple sources to bring the system down.

Spam Attack

If the IP is connected to the internet, then other IP addresses will be able to easily send malware attacks to the IoT system if it has no security.

Interception Of Messages Using Spyware

As a large number of IoT systems usually have low resources, then it might not be possible for them to enable encrypted communication using security mechanisms such as TLS. This will compromise the system, as spyware will be able to read the data sent over the network layer, and it will be also possible for such malicious programs to manipulate the data as per their requirements.

Vulnerable 3pp Libraries

If the 3pps that have been attacked previously enter the system via system updates, then they can highly compromise the security of the system. Therefore, it is important to make sure that you use secure 3pps for your IoT applications.

Injection Attacks

Different web applications including IoT are susceptible to such attacks. Here, a request will be added to the existing one that can compromise the security of the system. XML and SQL are some forms of injection attacks.

IoT Security Solutions

IoT systems are vulnerable to a large number of security threats. Therefore, it is important for you to ensure their safety for protecting your data. There are certain measures you can adopt to ensure the security of your systems, some of them are mentioned below:

Regularly Update The System

Update the IoT applications regularly so that it will help you to make sure that the system protection is up-to-date. It is important to protect the data in all areas including confidentiality, integrity, and availability. This should be ensured across different surfaces including device, application, network, and sensor tier. In addition to this, if the devices are also connected to the cloud, then the communication has to be secured.

Secured Communication

The communication between the systems must be secured using TLS or other similar protocols for ensuring that the security of the systems is not compromised.

Authentication And Authorization

Password protection is important for IoT systems and they should be highly secured for avoiding the systems becoming vulnerable to brute force attacks.

Monitor And Detect

Run constant scans over the applications for detecting the presence of different threats. Also, ensure that other preventive mechanisms are also in place that can be useful to avoid attacks.

Data Integrity

Data protection is a compulsory measure for securing your systems. Make sure that all sensitive and confidential data is encrypted while transmitting and storing.

Secure Application

All the applications that access the IoT systems must be fully secured so that it will be possible for you to make sure that they are not compromising your security.

IoT systems are vulnerable to security attacks. Therefore, it is important to ensure that your system is protected well to avoid the compromising of system security. So you have to monitor your applications regularly for detecting the presence of different threats and should adopt preventive measures to protect your data and system.

Important Industries That UtilizeThe Potential Of IoT

IoT Solutions
IoT Solutions

Internet of things (IoT) is now widely being used by different industries. This advanced technology has made the works faster and efficient. A lot of industries are now leveraging the potential of IoT solutions for improving their efficiency and reducing human efforts. IoT can be referred to as a network of interconnected devices that has the capability to communicate with each other. Therefore, IoT solutions will work even without human interference.

Internet of things technology is now used in different fields including business, agriculture, education, etc. Therefore, we are listing some of the important industries that utilize the potential of IoT. 

Manufacturing Industry

This industry is using the help of IoT for enhancing the efficiency and productivity of the manufacturing operations. This technology can be beneficial for monitoring and maintenance of different machines and equipment, optimizing manufacturing processes, etc. IoT is also being utilized in this field for tracking factory assets and increasing analytics functionality.

Automobile Industry

The automobile industry has developed greatly after the introduction of IoT. Driverless cars and car GPS systems are some of the important examples of IoT in this industry. IoT makes it possible for automobile companies to respond to real-time mechanical issues and update the software using data communication. In addition to this, IoT solutions can also be useful for improving the performance of vehicles and facilitating better safety.

Agriculture

IoT is now being utilized in the agricultural sector too. It is used for monitoring the growth of crops, facilitating irrigation facilities, soil testing, etc. IoT helped to reduce manual labor in this field. This technology increased productivity. Therefore, farmers are now able to meet the requirements of the growing population with the help of this technology.

Healthcare Industry

Another important field where IoT solutions are being utilized is in the healthcare industry. IoT made it possible to provide better patient care and effective treatments. With the help of this technology, it became possible for doctors to constantly monitor the health of patients remotely. Therefore, IoT has helped to bring a lot of advancements in the medical sector.

Finance

The banking and finance sector is also using the potential of IoT. It has helped to ensure secure transactions in the banking sector. It also facilitated the development of new banking technologies like ATM, mobile banking, smart cash, etc.

IoT is now widely being utilized in various fields. It can help to improve the performance and efficiency of various processes associated with different businesses. Innovations are being made in this field for helping the industries to completely leverage the potential for this technology for enhancing their performance.

Data Lake Vs Data Warehouse

Data Lake
Data Lake

Data lake and data warehouses are widely used for data storage. Although they serve the same purpose, the terms cannot be used interchangeably. In this article, we make a comparison between a data warehouse and a data lake to give you a clear understanding of why they are not the same.

What Is Data Lake?

A data lake is a centralized repository where you can store all your data, be it structured or unstructured. In a data lake, you can store data in its raw form without having to structure it first. In addition, you can run all types of analytics including dashboards, machine learning, and real-time analytics that can guide you to better decisions.

What Is Data Warehouse?

A data warehouse is optimized to analyze relational data sourced from business applications and transactional systems. The data structure and schema will be already defined.

Data Lake Vs Data Warehouse

Here is a comparison between a data lake and data warehouse

Data Structure

Data lakes store raw, unprocessed data whereas data warehouse stores processed data. This is the key difference between the data lake and the data warehouse. The raw data in the data lake is not processed for any purpose at the time of storage.

Because they store all types of data, a data lake requires larger storage space than that required by the data warehouse. Additionally, the malleability of the raw data in the data lake makes it ideal for machine learning. However, the risk associated with raw data is more because, in the absence of appropriate data governance measures and data quality, the whole data lake may turn out into a data swamp without any useful data that can be accessed with ease.

Purpose

There is no fixed purpose for raw data stored in the data lake. Sometimes, raw data might be stored into a data lake by keeping future use in mind. However, the processed data in the data warehouse has well-defined purposes. No storage space is wasted in the data warehouse and no data is left unused forever.

Users

People who are unfamiliar with unprocessed data and have little idea about using them will find it difficult to navigate through the data in the data lake. Processing of data in data lake requires a data scientist you can understand and translate the data using specific tools.

Processed data in the data warehouse is mostly used by business professionals. It merely requires the user to be familiar with the topic being presented in the form of charts, tables, and spreadsheets.

Both the data lake and data warehouse has wide-ranging business applications.

In What Way Are Internet Of Things And Big Data Interconnected

Internet Of Things Devices
Internet Of Things Devices

Much data is gathered from the Internet of Things sensors each second, so establishing sophisticated analytics systems to gather and utilize data successfully is a must. The systems must have the capability to find correlations and reveal trends to help businesses ascertain the insights they can utilize to enhance their capabilities.

Internet of Things devices collect considerable data from the sensors, so some challenges exist related to processing and representing these data. In this situation, big data has a more significant role to play. The velocity, variety, and volume of data are the major facets of the big data analytics process. A benefit of the big data technology is its capability to process considerable data. IoT and big data have a symbiotic relationship, in which seamless connectivity and the resulting data capture and data analysis processes help businesses to have a greater comprehension to advance their prospects.

Examining Big Data

The sensors keep receiving data from numerous internet connected devices. The Internet of Things appears scalable to allow for the large data inflow, which has come with the proliferation of the connected gadgets. Analytical systems manage the data and offer information that will provide businesses with an edge over their competitors. The data will be mined on the basis of the form of data, so it is a must to divide it to utilize it to the best advantage. Various methods of analytics are performed according to the form of data at hand, and some of these are as follows.

Streaming Analytics

It joins unarranged data generated continuously by sensors and the stored information from researchers, for finding familiar patterns. Live analyses from the method of data analytics will aid in potentially usable situations such as bank transactions and fleet tracking. Live analytics is also useful in the construction industry.

Geospatial Analytics

In geospatial analytics, the data from the sensors and the place where these devices are located can offer a truly holistic perspective to do predictive analysis. Usually, the number of internet-connected things and the capability of IoT to deliver data wirelessly help to get comprehensive data dumps. It is possible to use these data dumps to simplify insights. This may also be a benefit to construction technologies like Building Information Modeling.

Almost every large business must capture, analyze, and report IoT data. Anyhow, these businesses face some challenges with the technologies being at a growing phase. Some of these challenges are also related to data integration and privacy.