How does it impact?

Others can access the information on our smartwatches connected to the internet without our consent. Malicious hackers can also exploit the internet, Wi-Fi, and device flaws to attack our wearable devices. Therefore, the privacy of wearable technology should be prioritized. In the following section, we provide some ways on how smartwatches may impact one’s privacy online.

• Your location is revealed at all times by wearable technology
• Hackers have easy access to smartwatches
• Hackers can spread false information and put your health at risk
• Third parties may gain access to your private information or sell it to them
• Wearable technology devices can piggyback enterprise networks
• Multiple factor authentication is not available on smartwatches
• Smartwatches do not have anti-malware software.

Your location is revealed at all times by wearable technology

We can track our runs with smartwatches and fitness trackers by recording our pace, steps, and distance covered. Our favorite routes are logged into our Cloud accounts using geolocation, motion sensors, and accelerometers. By gaining access to this information, hackers can find out which running or jogging routes are most frequently used. You might be stalked, or your safety put at risk using this private information while exercising.

Hackers have easy access to smartwatches

Smartwatches with low prices often lack built-in security frameworks, making them highly vulnerable to hackers. Programmers are capable of hacking into your smartwatch or fitness watch if they are within proximity. By connecting the device to your smartphone, it can pose a major threat to your privacy. Hackers can access sensitive information on your smartphone through wearable devices such as contacts, photos, videos, and financial details.

Hackers can spread false information and put your health at risk

Health and fitness data can be gathered through wearable devices like heart rate, blood pressure, glucose levels, steps, and speed. You and possibly your doctor or fitness trainer can access this data via your Cloud account. Hackers can manipulate the data on your wearable device to create false information. For instance, they can modify your glucose level and heart rate artificially. In this case, your physician may believe you have diabetes or a heart condition when you’re perfectly healthy. You can experience real health problems due to unnecessary prescriptions and medication you do not need.

Third parties may gain access to your private information or sell it to them

With the help of smartwatches, we can learn a lot about our bodies and activities. A Bluetooth or Wi-Fi connection is used to send data directly to your cell phone and other devices. Dedicated applications manage and store the information in personal Cloud accounts. It’s not usually the case that information in the cloud is secure, even though wearable users tend to think so. It depends on the Cloud administrator whether or not third-party companies can buy, sell, or exchange these data. Following that, you will receive targeted advertisements when surfing the internet on your device based on your personal preferences. For your wearable app not to share your personal information, you need to understand how it works.

Wearable technology devices can piggyback enterprise networks

In addition to advanced features like music applications, phone call capability, SMS, push email, social networking, and GPS location, modern smartwatches also include numerous advanced functions. Therefore, these wearable devices are worn throughout the day to school, to work, and to the mall. In addition to their built-in security features, they protect from hackers and other threats. Hackers can gain access to your business network and cause havoc by hacking into your smartwatch and using your credentials. As such, try not to connect your smartwatch to work or business accounts or networks.

Multiple factor authentication is not available on smartwatches

By using multi-factor authentication on your smart device, you can best protect your personal information. If your device has this security feature, it will ask for a password, PIN, fingerprint, iris scan, or a combination of these. Your data is secure because the device requires multiple-factor authentication. Many fitness trackers and smartwatches do not offer this feature. In turn, hackers can access your private information and more through this vulnerability.

Smartwatches do not have anti-malware software

In addition to having many drawbacks as other IoT devices, smartwatches are regarded as part of the Internet of Things (IoT). The computers they use are not protected from malicious software created by hackers. With customized malware, hackers can easily penetrate smartwatches and steal your personal information. There aren’t as many security features on your smart device as other options, such as a PIN or password.

Conclusion

We can find wearable technology in smartwatches and fitness trackers, which provide us with many benefits. Fitness applications allow us to track our sleep patterns, distances jogged, and heart rates. Even though these devices can be so helpful, they can also compromise our digital safety and privacy. Hackers can use a cheap smartwatch to get into your smartphone, home network, or business platform through your smartwatch. Wearable electronic devices should always be used with care to avoid possible misuse of personal information.

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IoT is beneficial in manufacturing industries as these industries require faster development of quality products for a higher ROI. By connecting processes, infrastructure, products and people, this advanced technology has enabled the manufacturing units to carry out informed manufacturing.

Leveraging this technology, the global industrial sector has experienced a remarkable transformation. It has been proved from a study that those manufacturing units invested in IoT have experienced an enhancement in the efficiency of their instruments by 24% within 3-4 months. Also, the product defects have been reduced by 16% and production increased by 10%.

For example, let us talk about the bike manufacturing unit Harley-Davidson. The firm invested in IoT technology to transform its bike manufacturing process. After using the technology, the firm reduced its overall bike production time to 6 hours from 21 days. Thus, IoT in manufacturing industries promises safety improvements, productivity gains, time and cost savings.

The benefits from IoT are innumerable due to which manufacturers from all over the world are investing heavily in it to interconnect their industry equipment and transform from a small manufacturing unit to a big one.

Applications of IoT in Manufacturing Industry

IoT integrated devices provide instant data information because of which manufacturers can make timely informed decisions. Valuable information on the condition of the machine is provided by the sensor devices, using which better analysis can be done and better outcomes can be derived.

Predictive Maintenance

In a manufacturing unit, production issues are inevitable.Figuring out them on time and resolving them is a big issue. Sometimes, it happens that the manufacturer fails to detect the technical issues of a machine, because of which the machine stops producing. Here IoT plays a vital role. It alerts about predictive maintenance so that the manufacturer can from beforehand detect the machine issues in advance and fix them immediately.

When the manufacturer installs Io Taps on his operating platforms and machines, the sensors embedded send alerts on occurrence of emergence of risk factors. For example, machines and robots are monitored by sensors. The operating platforms receive data in real-time from these sensors and analyze them and apply sophisticated algorithms. These algorithms issue warnings about vibrations or high temperatures that exceed standard parameters.

Faster Improvement Implementation

Valuable information is generated by IoT apps. With the help of this information the concerned persons like manufacturing, process or quality engineers can analyze the data fast. After that they can implement the required improvements quickly from anywhere.

Increased Safety

Malfunctions of equipment and machines are the biggest factor for accidents occurring in the industrial units. As per a research, it has been found that in every 15 seconds around 121 labourers get injured or face accidents at the workplace. With IoT technology, the machine malfunctions can be detected earlier thereby reducing the occurrence of any accident. IoT increases the safety data volume and transmits the live data directly to the concerned department. Data analytics backed by AI informs the employees instantly regarding the current issues so that the employees can wear safeguards while working and be extra cautious while working.

Foreseeing the Requirements

Today the entire game is of data. It is through data; a manufacturer can evaluate the patterns and derive information on the production quality. Through the derived data a manufacturer can anticipate and strategize the necessary changes. A manufacturer can improve his inventory, scale up/down his workforce, regulate costs as well as can efficiently handle operational dependency with the help of data generated through IoT apps.

Smart Pumping

IoT apps are of great use in water management, chemical manufacturing and power plants. The pressure and flow of water are regulated and controlled by the sensors embedded in the pump. As per the set metrics, the pumps are automatically turned off by these devices. Also, live information regarding the system’s performance is collected by these devices. With the help of IoT apps, industries canreduce the manual labour, control their electricity expenses and multiply their production by ten folds by wasting a minimal amount of water. Pumping systems powered by IoT technology have enabled these industries in installing an efficient, connected and flexible pumping system.

Supply-chain Management

IoT powered devices can track as well as trace all the inventory systems located globally. The supply chain can be monitored by industries easily as they can derive available resources’ meaningful estimates and the status of their supply chain. The information rendered is regarding the equipment collection, work-in-progress and the estimated date of delivery of the required materials. ERP – Enterprise resource program systems along with the IoT technology help the manufacturer in getting the precise data automatically. The manual documentation is no longer needed to carry out operations.

With IoT apps, industries can detect so many hidden opportunities. They can also pinpoint or improve the issues because of which their development processes are getting hindered.

Quality Control

Shortcomings and faults in the final manufactured goods upsurge themanufacturing expenditure.For mitigating these issues, IoT apps can be utilized by the manufacturers.

IoT apps can efficiently monitor the manufactured product’s quality at any production stage. The raw materials used, the transportation route and the end customer’s reaction all can be monitored. From the data received by the IoT apps, the manufacturing firm can detect the reasons for their failure (if any) and apply the necessary steps for reducing or eliminating the failure causes. The firms can also precisely detect the production chain issue and take remedial measures to optimize their production process. In industries like food or pharmaceutics, IoT apps are very beneficial as such apps detect and lessen the risk factors.

Increased Revenue

Undoubtedly, IoT has transformed the entire manufacturing industry. It is because of IoT apps, these industries have been able to mitigate all the possible industrial issues. Other than this, such apps have enabled the industrialists to boost their revenue by multiple folds. As it is known, the revenue of an industry only boosts if there is good production. By integrating IoT, it has become possible for the manufacturers toincrease their production level while maintaining the quality. Operating machines are 24*7 monitored by the IoT powered devices and on the basis of the analysis made, those devices generate accurate reports that can be used for making better decisions. With better decisions business strategies can be implied in a better way thereby resulting in increased revenue.

Asset Interconnectivity

Asset interconnectivity is also possible via IoT. In a manufacturing unit there are huge machines. Also, a manufacturing unit has several small units. Hence,keen monitoring on each machine and unit is necessary for better performance. For example, if a machine faces breakdown, the whole unit has to suffer tremendously. It is where IoT is considered very useful. The embedded sensors in IoT devices track the performance of every asset and generate data. From this data a clear picture on the performance of the asset is known by the manager in real time.

Wrapping Up

IoT apps have transformed the traditional working procedure of the manufacturing units.  IoT apps are continuously enhancing communication. Along with this such apps help the manufacturing firms in optimizing their manufacturing processes. With this powerful technology, manufacturers have been able to boost the efficiency of their labour workforce and the productivity of their firm. IoT apps can create self-healing machines, using ML enhance inventories, economically run the entire production cycle and manage the supply-chain of the industries efficiently. Thus, IoT apps are going to build a better future for the manifesting industries and certainly investing in it is going to be a wise decision.

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