Internet of Things (IoT) today has brought a significant change in our day-to-day lives. And, with connectivity improving in the last few years it has become more widespread with the passing time. This technology has gained a lot of traction with the help of growing mobile technology. It is expected to witness a surge in the number of IoT applications that are expected in the coming years. 

So, it wouldn’t come as no surprise that companies are now starting to consider the integration of this nifty technology with iOS app development. This is because of the benefits such as ease of data collection, employee mobility, process automation, etc.

The integration of IoT into iPhone app development is one of the hottest technologies. It is making the rounds these days. Interestingly, this helps create numerous business opportunities for many enterprises across various sectors as more and more people find their way into the connected world of devices with data.

Before we move on to discussing how one can pick the right IoT development provider, allow us to also quickly list some of the main challenges you are likely to face during this process.

The development of IoT-driven iOS apps is also subject to a plethora of challenges and concerns as is any other digital product. Nonetheless, in the specific context of IoT apps, some of the key issues that are likely to emerge during the development process are connectivity, compatibility, privacy, and security. We mention these challenges to help you ensure that these challenges are properly addressed during the development process.

Now, some tips to help you find the right service provider for developing iPhone apps fortified with IoT.

1. Before you set off to find a development partner for your IoT-fortified iOS development project, it is highly advisable that you first take the time to understand precisely why you want to develop such an app. Take the time to elucidate the goal of developing such an app, what you expect to achieve with it, who is your target audience, etc. All these factors will, then, help you understand what your app should look like, the features it must have, the challenges you will face, and the kind of skills and experience you will need to help you get through this process with a robust product on the other end.

2. The next factor you must keep in mind while looking for a development partner is that the company you choose must be able to help you build a top-quality IoT-driven iOS app and that too without burning a hole in your pockets. What that means is to find a service provider who can deliver the required product without needing massive investments.

3. Now that IoT has firmly established itself as a force to be reckoned with, plenty of development service providers are looking to cash in on the popularity of this new technology. However, that does not necessarily mean they have the skill or experience one needs to develop high-quality iPhone apps. This is why experts recommend opting for a reputed company, even if engaging their services is comparatively more expensive. This will help ensure the timely development of a robust app.

It is clear as day to see that IoT brings a whole lot of value to the table, more so when it comes to iOS apps and their development. We understand trying to embrace new technology in your business and apps can be an intimidating endeavor, but hopefully, the above discussion can help allay some of the concerns you may have had about the process. For the rest, it is advisable to find an expert development company that has the relevant skills for developing iPhone apps for your business and the industry in which you operate. Once you find a trusted development partner, the rest of the process will be rather simple to navigate through.

As the app development industry continues to be a driving force in the global market and IoT becomes increasingly prevalent, more and more businesses are turning to React Native. Because it appears to offer benefits for such development, of course. It enhances the efficiency of apps as well as their productivity. Code is stable too.

Just a recap on technology concepts;
React JS is an open-source JavaScript library created by Facebook. It allows the inclusion of interactive elements and stores all the necessary data required for the creation of stable user interfaces for mobile or web applications. IoT, or the internet of things, on the other hand, is an ecosystem that enables connecting a variety of devices over the internet. It gives each of these machines/devices unique identifiers or UID’s that eases data transferring. React Developer Tools can help you in this regard.

Here are some other benefits of using React Native for the development of IoT apps.
1. Stability of code: The information flow structure is such that it moves downwards no matter the changes or updates to the structure. What this means is the programmer only needs to adjust the state before making changes. Once that is done only specific segments are updated when changes are made to them. About IoT apps, such an ability helps developers write a solid code database and ensure it can be executed seamlessly.
2. Extensive collection of tools: A crucial advantage that React Native offers in this context is its collection of tools aimed at enabling the development of top-notch front ends. It may also help to know that the library developers gain access to React Native is not only free but also comes in handy at various points throughout the development process.
3. Individual components: React Native involves individual components which mean issues with one component do not affect the other components in the app. About IoT apps, this segregation of components means the receipt of data, as well as the processing of said data, are distinctive. This can come in handy when the developer wants to endow the IoT app with avant-garde controls and functionalities.
4. Structural advantage: Since React Native is based on a composition model, the code the developer ends up writing for a React Native app is inherently organized. Now, what does that have to do with IoT? Well, since IoT relies on older larger, and a tad complicated models, React Native’s composition structure offers the scope to streamline the application development process.

Now let us also take a look at some of the limitations of React Native in this context.
1. High level of development expertise: There is no doubt about the fact that React Native is among the foremost options for UI frameworks. Unfortunately, its use also necessitates extensive expertise, especially when dealing with the development of intricate apps or complex functionalities or perhaps when the requests must switch from native code to JavaScript or vice versa.
2. Abstract layer: To make React Native’s functionalities work seamlessly with native apps, native OS platforms get an abstract layer. Now given the role this abstract layer plays, one can imagine why any errors in this layer can throw up errors across the entire app.
3. Third-party library-dependency: While it enables the development of top-notch mobile apps, the fact remains that often developers find themselves needing a lot of third-party libraries for native platforms when using React Native to develop an app.

No doubt React Native comes with its own set of limitations, which is something that would hold for practically everything. With that being said, this open-source UI development framework offers an impressive array of benefits for anyone seeking to develop robust and dynamic apps for a variety of platforms. So, go ahead and start looking for a trusted service provider for React Native mobile app development ASAP.

The concept of connecting objects with the internet is the Internet of Things. It was conceived in order to establish a direct amalgamation between the virtual world and the physical world. Internet of Things is useful in the way that it recovers concrete data and information and makes them useful by offering economic benefits and improving the daily life as well.

The time has now come where people and IoT app developers have started to understand the importance of this technology and are working towards achieving greater goals with it. Tech giants have started to adopt this technology and work on developments. Here are some major reasons why they are doing it.

1. Windows 10 IoT Core. .NET is fully compatible with Window 10 IoT Core. The system for Windows 10 was released in 2015 and was designed specifically in a way that runs on low-power devices. One great thing about this is it’s free. It comes along with a handy toolkit. There are lots of integration options. .NET Core can be extremely helpful in creating great IoT apps. They offer a pretty smooth UX.

2. .NET Readymade Solutions. Almost every coding problem or issue is developed or resolved and has a solution somewhere over the internet. .NET helps developers in a great way making use of unfinished solutions and saving their time. So if you face a problem finding an IoT solution, it is very likely that someone has already found a solution for it and the code must have been posted somewhere over GitHub. .NET is a large community and the number reusable code it produces is also huge. This can help in speeding up the development process. This is why .NET is a great option.

3. Microsoft Azure. Microsoft Azure is known as one of the best available enterprise-class platforms. It is of great use for IoT users. Microsoft not only provides the Azure IoT platform and IoT accelerators, but also recovery and data storage in addition to that. Some of the most important features of an IoT platform are security, analysis, interoperability, and flexibility. These features help the IoT developers in a great way.

Microsoft Azure is a cloud platform that is both secure and reliable. It offers several services. Deploying cloud applications is pretty easy by simply setting up an application host or running it on the Azure panel. Azure technology is being continually worked upon by the Microsoft engineers. Many new features will be added and those updates will come out soon.

Conclusion

For any technology, it is extremely important to have a supportive community that offers help whenever required. .NET has that kind of community. There are more than two million people working on .NET, so you imagine the number of people ready to help you and offer advice in the community.

IoT will see immense growth in the coming years, considering the demand for such technology. When that happens, all the work done on it right now will then prove to be useful. .NET is the preferred environment for creating IoT apps and there is no doubt in that.

Healthcare is undeniably one of the most important industries. The quality of medical treatment and patient care directly impact the quality of life. The integration of innovative technological solutions in the domain brings workflow automation, patient treatment, operation, and service improvement.

IoT plays a huge role in the healthcare. By 2020 the global IoT healthcare market is predicted to reach $163.24 billion. At the moment, 60% of healthcare providers have already adopted IoT applications and successfully use them in their work.

According to Aruba Networks research, healthcare organizations implement IoT applications mainly for patient monitoring and maintenance (73%) and remote operation and control (50%).

There is a wide range of IoT medical solutions effectively used by healthcare providers: wearables, smart pills, smart beds, biosensors, robots, glucose measurement devices, equipment monitoring devices, remote monitoring systems, RTHS (Real-time Health Systems), and more.

The connected hospital

There is a variety of IoT use cases for hospitals to integrate and make the environment totally connected. RFID and IoT-enabled devices, IoT-enabled assets and traditional IoT cross-industry applications including predictive maintenance of hospital assets, connected equipment, gathering real-time data, and tracking of healthcare devices. Going deeper there is robotics for routine tasks and complex operations.

Concerning examples, monitoring of medical equipment allows to track its “health”, predict, when some part will need replacement, alert about breaks, and automatically order repairs when required.

Beacons and motion sensors enable healthcare providers to track medical equipment, employees, and even patients in real-time, resulting in the improvement of patient care, right estimations of staff work efficiency and patient health status, and a lot more.

Speaking of connected patients, IoT technology can be successfully used for sending them automatic reminders about taking medication, health check-ups, and appointments with mobile applications. Thus, connected IoT hospitals result in more advanced data, enhanced patient treatment, cost savings, and workflow automation.