Mobile apps with IoT support give consumers remote access to other devices, enhancing productivity and quality of life. In fact, one of the major trends in mobile app development for 2022 is this. In addition, 127 devices are added to the internet for the first time every second. By 2021, there will be 35.82 billion IoT devices, and by 2025, there will be 75.44 billion. The Internet of Things (IoT) market is expanding too quickly. This will guarantee that you get the best return on your investment while keeping your end users satisfied right away. It is preferable to outsource wearable app development to a reputable wearable app development company if your team does not include wearable technology expertise. Additionally, consumers constantly carry smart gadgets with them, and if your app doesn’t live up to their expectations, they will simply switch to another one. Prior to launching wearable app integration, it is essential to verify your functionality because even a small bug might undermine your efforts. Small screen sizes make it easier for users to interact with simple features. Keep your interface simple and concise when creating mobile app integration. You may give wearables more functions by integrating your app with them, which will improve user engagement and the perception of your business. You may utilize APIs to combine your mobile app with wearables like the Apple Watch, Fitbit, Samsung Watch, Fossil, and more, depending on your business and the service you offer.Īs of right now, consumers can use their smartwatch to track their fitness activities, check social media messages, measure their heart and pulse rate, and answer or end calls. The growing popularity of wearable technology presents new revenue-boosting options for enterprises. By 2022, it is anticipated to reach 1,105 million. In just five years, the number of linked wearable gadgets has nearly tripled, from 325 million in 2016 to 929 million in 2021. Even separately maintained and deployed versions are possible. You are able to develop apps independently of one another thanks to microservice architecture. This reduces the overall cost of developing mobile apps. You can even add and remove resources based on your needs. Even separately maintained and deployed versions are possible.Ĭost-effective: You just pay for the cloud services you really utilize. Independent architecture: You are able to develop apps independently of one another thanks to microservice architecture. Now, if you’re still unsure as to why cloud-native should be used for mobile app development, here are some benefits:Īuto-scalability: Cloud-native apps can scale services automatically and independently using microservices. The main benefit of cloud-native is that it speeds up the development of apps and reduces risk because broken components can be quickly replaced.Īdditionally, in cloud-native development, security elements are built in from the start, in contrast to traditional mobile app development, when developers focus on security after finishing the development job. In other words, cloud-native refers to a collection of compact, autonomous services that are delivered in the cloud. A mobile application that is built using cloud computing is known as cloud-native.