We make good mobile apps for iPhone, iPad, Apple Watch and Apple TV. Our team of iOS engineers are very good at using Swift, SwiftUI, Objective-C. They know all about the rules that Apple has for making apps look and work great. This means that the apps we make run fast and can be easily released on the App Store. Our iOS engineers make sure that the mobile applications for iPhone, iPad, Apple Watch and Apple TV are the best they can be. They use Swift, SwiftUI, Objective-C to make sure the mobile applications, for iPhone, iPad, Apple Watch and Apple TV work.

People who use Apple products want everything to work well and look great. They want things to move smoothly on the screen. Our team that makes apps for Apple devices makes sure they work fast and do not have any problems. We use tools, like CoreData and Metal to make this happen. We also use SwiftData and Combine to help us build these apps. Apple users get an experience because we use the best tools to make our apps.
We write clean, decoupled Swift code adopting industry-proven architectures like MVVM, VIPER, or Composable Architecture (TCA). This structure guarantees your mobile application scales effortlessly over the years without accumulating technical debt, while ensuring smooth App Store approval processes.
Flawless App Store Approvals
We make apps that follow the rules set by Apple for how things should look and work. This way when we put our apps on the App Store everything goes smoothly. They get approved without any problems. We follow the Apple Human Interface Guidelines to make sure our apps are easy to use and meet the App Store requirements.
Silky-Smooth 120Hz Performance
The Native Swift code makes sure that the user interface works really smoothly at 120 frames per second. This means that the Native Swift code is optimized so it does not use much battery power. The Native Swift code optimization is great because it helps the user interface render quickly and it also helps save the battery life. This is very important for people who want their devices to last a time on a single charge. The Native Swift code is very good, at making sure the user interface runs at 120fps. It does this without using too much power from the battery.
Zero Management Overhead
We are totally responsible for the hardware that our developers use this includes Mac workstations. We also take care of benefits for our developers.. We make sure our developers are always learning new things, about iOS.
Seamless Hardware Integration
I have experience with the features that Apple devices have such as Bluetooth LE and CoreLocation. I also know how to use Apple Pay and Push Notifications. Additionally I have worked with HealthKit. The native Apple features like Apple Pay and Bluetooth LE are really important. I am familiar, with the native Apple features, including CoreLocation and HealthKit.
Offline-First Data Architecture
When we talk about data persistence models things like CoreData and Realm are really important. These things help make sure that our apps work properly even when we do not have an internet connection. This means that our apps can still run reliably which is great for people who use them. Local data persistence models, such as the ones that use CoreData and Realm are very useful, for making sure that apps do what they are supposed to do, without the internet.
I have a lot of experience with Swift and SwiftUI. I also know a lot about Apple Pay. How to use it. I am familiar with Push Notifications. How they work. I have worked with WidgetKit. I know how to make extensions for watchOS. I have spent a lot of time learning about these things, Swift and SwiftUI and I feel very comfortable using them. I am also very familiar, with Apple Pay and Push Notifications. I know how to use WidgetKit and watchOS extension development to make great apps.
All Swift source code belongs to your business. All Xcode repositories belong to your business. All assets belong to your business. All App Store Connect credentials belong to your business. Everything is owned completely by your business. There is no question about the ownership. Your business has rights to everything. No one else owns any part of it. Everything is 100% legal. Your business owns every thing. There is no doubt, about it. Your business has control. Your business is the owner. Your business owns all the code. Your business owns all the repositories. Your business owns all the assets. Your business owns all the credentials. Everything is 100% legally owned by your business.
Our remote iOS developers align their daily working schedule to provide 3 to 5 hours of direct work overlap with your local time zone.
We write modular, unit-tested Swift code using MVVM-C or TCA patterns to enable simple continuous maintenance.
The Swift engineer that we have assigned to you will work on your iOS codebase. They will do this for 160 hours every month. This means they will not have to switch between tasks or projects so they can really focus on your iOS codebase.
You can look at the resumes of these developers who have already been checked out. Then you can do video interviews with them away. After that you can get started on your iOS development project in two business days. This way you can begin your iOS development project quickly and find the right person, for the job.
The languages, frameworks and Apple tools the iOS developers who focus on areas use every day.
We have a four-step process to help you get expert Swift developers on your mobile team really fast. This process is designed to be easy and quick so you can get the developers you need right away. The four steps are made to get the developers onto your team rapidly.
Share your mobile app Figma designs, wireframes, required Apple framework features, and backend API specifications.
We review our internal talent bench and deliver pre-vetted iOS developer candidate profiles within 24 hours.
Conduct video interviews directly look at apps, on the App Store or give a live Swift coding test.
Your hired iOS developer is given access, to your GitHub repository Figma files, Slack channels and TestFlight team.
Engineers create views that are perfectly aligned and look great on every device. They write tests to make sure everything works properly. They also send out versions of the app to be checked through TestFlight.
To make sure our app works perfectly we need to do an important things. We have to complete the memory leak profiling in Xcode Instruments. This will help us find any problems that make our app use much memory. We also need to do UI regression checks. This means we have to check the user interface to make sure it looks and works the same as it did before we made any changes. Finally we have to make sure our app submission, to the App Store goes smoothly. This is the step to get our app available for everyone to download. We have to do the memory leak profiling in Xcode Instruments and the UI regression checks to make sure our app is perfect before we submit it to the App Store.
When you are making an iOS application you need to pick a contract model that works for the time you have to finish the application and the money you have to spend on development. You should choose a contract model that fits the timeline of your iOS application and the budget you have, for development of your iOS application.
$30 - $50 / hour
$3,800 - $5,500 / month
Custom Scope Quote
We have some cool native iOS applications that our engineering team has designed and built. These native iOS applications are an example of what our engineering team can do when they design and build native iOS applications.
I made a cool wellness app using SwiftUI. This app has some features like saving workout videos so you can watch them even when you are not connected to the internet. It also uses CoreMotion to track the calories you burn. It works with Apple HealthKit. The wellness app is really good, for people who want to stay healthy.
Read Case StudyI made a banking application for iPhones that's really secure. This application uses FaceID to verify who you are. It also lets you send money to your friends away. The application shows you charts that change and update so you can see what is going on with your money. I used something called SwiftUI to make these charts. The banking application is an iOS application. It has authentication and instant peer-, to-peer payments and dynamic SwiftUI chart visualization.
Read Case StudyDeveloped a high-concurrency order tracking application using CoreLocation, WebSocket live tracking, and custom Live Activity lock screen widgets.
Read Case StudyGet dedicated iOS (Swift) developers for your project. We'll connect you with pre-vetted experts within 24-48 hours.
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