Who doesn’t love the idea of getting their favorite pizza delivered home? If you’re a restaurateur delivering food to the location, it’s a win-win situation for you. You can cater to more diners than the sitting area in your restaurant allows, which means more business without additional investment into real estate.
Let me give you an example, suppose, you run a little diner in your backyard that can accommodate 20-30 people at a time. Your average income per diner is $2 and every day you welcome 200 such diners, making an estimated $12000 every month.
Now suppose you open your doors to home delivery and hire a delivery boy. The delivery boy delivers 30 food packets every day and you have set the minimum order amount to $10. Now, you’re making an additional $10000. Even if you deduct the expense on the delivery boy. This is still an incredible deal.
Had you invested in additional real estate for the restaurant, that would have cost you anywhere between $40000-$100000.
However, managing a food delivery business or any type of on-demand delivery business is a lot more complicated than the example above is. Let’s take a look at what it takes to run an on-demand delivery business.
We have grown many times since the first pizza home delivery service started. What happened in the meanwhile is this that soon restaurateurs got overzealous with the whole idea of increasing business income without substantial investments. Every restaurant started some form of phone ordering business. It was so much booming that online orders soon took over diners sitting at the restaurant. Soon restaurants were getting far more order requests than their tele-callers could handle, kitchen could cater to or delivery boys could deliver. The growing competition means thinning profit margins. The system crumbled under its own weight and proved inefficient at the end of the day.
Many restaurants capped no. of phone order they will take, thus, putting a full stop to the boom.
In July 2010, an app-only taxi-hailing app was doing rounds in tech circle of San Francisco, at the heart of the Silicon Valley. Many called the app at the forefront of latest mobile and cloud technology revolutionary. The idea was simple rather than going to the taxi the taxi will come to you with a single tap on your iPhone.
The ingenious idea soon infested other industries including the vulnerable food delivery and later professional services like plumber and baby sitter, even a doctor.
By the turn of 2015, everybody from your local grocer to your favorite restaurant to the baby sitter who lives next door were part of one of the various on-demand marketplaces mushrooming on the app stores and catering to local businesses and professionals in your area.
The decreasing cost of Android phone, a rising middle class, and affordable cloud computing services were the principal contributors to the reincarnation of on-demand delivery business.
The success of Uber gave confidence to many industry pundits in renewing mass’s interest in on-demand delivery business. After all, mobile applications are much more capable than dumb phone calls to telecallers. This gave way to on-demand boom. Every startup or industry player wanted to capitalize on the new playground given birth by Uber in chassis of a mobile app
Soon, there was an Uber clone for every sort of thing or person whether a person wants a plumber to fix a dripping faucet in his living room, monthly grocery delivered at his place or taxi or Uber to head to the next meeting.
As I said there are all sorts of on-demand marketplace for everything or person you can think of. So is the number of players competing in the space and apps for each of them. This is where the term came, “There must be an app for it.”
On-demand delivery apps are relevant because local businesses and professionals back them. Those apps are only the marketplaces that connect with the local providers or businesses. While the latter can work with the former, that is not the case the other way around.
If you’re looking to enter the opportune market yourself, you’ll have an edge if you have influence in the local market. You need people to deliver what your users demand. If you’re a grocer, then you need delivery boys to deliver grocery. If you are cab company, then you need drivers to drive your cars around and if a home services provider, then you need a number of handymen ready to deliver services to your users.
In a nutshell, you need to convince a lot of people to join your app-based marketplace before you seek an app developer to build the app ecosystem around your marketplace.
At the center of on-demand economy, is a powerful ecosystem of mobile apps. No doubt, mobile app developers have been constantly busy since Uber came. There are all sort of startups keeping them busy and they have every reason to.
The investment in on-demand startups has grown more than 1400% from $74 Billion in 2014 to $10,293 Billion in last quarter of 2017. Moreover, an on-demand startup has better chances of capturing seed funding, a study by CBInsight indicates.
And it’s not just the investors interest. The revenue from on-demand economy will multiply 23 times from $14B in 2014 to $335B in 2025, predicts PwC
Evidently, users’ spending in the on-demand mobile app economy is rising at unprecedented pace. The total spending from year 2016 to 2018 grew 58%, National Technology Readiness Survey. Some of the sectors that received the largest piece of pie were online marketplace, transportation, and housing. Food delivery, surprisingly, came 4th in terms of investment but grew maximum in the period, Rockbridge report suggests.
While those are great numbers, on-demand services won’t have existed in the first place had it not for mobile technologies and applications. If you have used Uber in the past, you know what I mean here. The level of convenience provided by apps like location awareness, turn-by-turn navigation, real-time locations sharing, in app chat and support and flexible payment options were unheard of before.
The Uber you use to book taxis is only a part of the app ecosystem. A larger part of the ecosystem is shared various players in the on-demand business and each role has a dedicated app.
In on-demand delivery business, there are generally two sets of people involved in addition to the admin, manager, or owner. Of course, at the center are the end users, who originate the demand. Then there are delivery boys who fulfil those demands.
Therefore, we need three apps: users, delivery boys, and merchants. Let’s take a look what their app look like.
The user app originates the demand–what he or she wants. The app is simple, the users requests what he wants, when and makes payment—all in the app. Upon request fulfilment, he waits for the desired person to arrive and deliver him the thing or service.
In on-demand delivery business model, the delivery boys either pick up an item from a user or drop off an item from a user to a hub. So when I want a parcel collected from courier company and delivered at my doorsteps I use their app. Alternatively, when I want a food parcel from my favorite restaurant to reach me. I ask a delivery boy to deliver it to me, who picks the parcel from the restaurant, which acts as hub here.
If you think developing on delivery apps is too much on your side, you can ask us to. Our team of mobile app developers has an experience of developing tens of on-demand apps. Being a top ranked, an award winning mobile app development company, we have a global clientele and worked with more than 300 different clients since inception.
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TOPS has the reputation of delivering end-to-end IT solutions to startups into on-demand businesses. Companies around the globe prefer us for faster development time, advancing on deadlines, transparency, cost checking, above all, top of the line support.
Let’s take a look at one screen from an app that is purely React Native and ask ourselves what is the UI that we see here.
Is this an HTML? Is this a webview like other implementations like PhoneGap or Cordova?
The answer is, without a doubt, No. The views in React Native are purely native views so from our app the navigation controller that you see here the top bar is UINavigationController. Now, if you are an iOS developer you would these are the same UI views that you use in your native apps.
In the native Realm, you still develop an objective C and Swift if you are on iOS or with Java if you are on Android. You use the native platform specific languages that you use before and you have the main UI thread as usual. In all platforms, you can usually change UI only from the main UI thread and you can create as many background threads as you want.
You can debug it inside Chrome debugger and you have the native realm still running on your phone. Then instead of going inside your app, you would go through a WebSocket. The bridge, which is just a communication protocol, can travel over WebSocket as well.
If you still don’t believe me that these apps can be really be awesome. Take out your phone and have a look at one of these apps: Facebook, Messenger, Instagram, Skype, and Airbnb. They are developed in React Native.
The best part is React employs faster virtual DOM. Although React is a library, lightweight component can be injected anywhere. You can use react with PHP, MySQL, Firebase, MongoDB or any database system of your choice.
You must be wondering isn’t React for designing web applications? Consider React Native as the successor of ReactJS for mobile app development. All the things that you learned in React like components props, States, Redux, Modal, etc. are part of React Native as well.
The things that you learned in React can be applied in React Native in the same workflow. Components, props and states are all used in react native and thus you got your native application.
In React Native unlike native Java and Swift codes, you don’t ever compile your app. You just reload it just like do you a website in a web browser.
Moreover, you don’t have to maintain two separate codebase for your application. For example, let’s say you are a business and I am application development company whom you have outsourced a mobile app project.
Of course, you want an app for both Android and iOS in addition to the web. It requires two teams one for each mobile platform: one team for Android application and one team for iOS application. Those you aren’t aware implementing the same, exact features in iOS and Android app require a lot of communication exchange between those teams: app features, deadline, delivery, client expectation and requirements, etc.
React Native apps perform, more or less, like an app written in Native iOS code. A Medium user ran a few tests to compare its performance with the native code and found performance at par with an equivalent app in Swift, sometimes even better. The Medium article measured performance in three areas: CPU, GPU and Memory utilization at the run time.
In CPU usage the performance was similar although maps performed better in Swift.
To calculate GPU performance, Native vs React Native, the author calculated frames per second (FPS) of the application under GPU load. Surprisingly, although by small margins, React Native outperformed Swift code by more 6.25 frames per second.
For memory tests, the author concentrated on maps as the memory footprints of other features was negligible to figure out a contrast. Evidently, at the peak performance, React Native used a whopping 61.11 MiB less memory than Swift. While performing the task and recording the measurements, a spike in Memory usage was observed at the exact moment, he pressed the “Maps” tab, which prompted the MapView to find my current location and highlight it with a blue, pulsating dot.
In the React Native, you just have to maintain a single codebase and that code will produce native Android app as well as iOS app. React Native is getting a lot of attention nowadays and people are loving how the things are shaping for React Native and the community is growing. You must be jumping on your couch. Finally, you can use cheaper web developers to design native Android and iOS app. You no more have to hire programmers or train them in Java, Kotlin, or Swift.
No, there existed always side-by-side technologies. Some businesses prefer React Native while others prefer native codes in Kotlin or Swift. It’s always good to have many mobile technologies around to choose from. Desktop application developers always had a lot of programming languages and technologies to choose from and most of them are still here, going strong.
For example, there are still apps that are being developed in Ruby on Rails, Django, PHP as well as node.js. Technologies evolve as per the demand.
The biggest takeaway of React Native is now there are more options than ever. Developers can go with Android development using Java or maybe Kotlin. Likewise, they can go for iOS development using Swift. With React Native, they have one more option to native development. Not to mention, now everyday web developers can also be part of native app development party.
Nevertheless, React Native is growing at a tremendous pace and if the growth sustains, soon, we will find more React Native developers than those into Swift or Kotlin development. This development in mobile ecosystem will mark a huge shift from the traditional form of mobile development. The field will evolve to absorb React Native development or any similar emerging or upcoming technologies into mobile app development.
Google Trends is a popular tool to understand people’s interest in a search term. When used to forecast people interest in technology or a mobile development technique in this context, it can tell which of them are growing which are plummeting.
Source: Google Trends
Clearly, while React Native, as I said, has grown exponentially and iOS development has remained static, Android development has a seen a huge plunge. This made me think. Is the growth in React Native at the expense of Android development? It is too early to say but one thing is for sure: iOS development is here to stay while the future of Android because of React Native is in quite a disarray.
Android developers have a consistent complaint. They don’t earn as much as their iOS counterparts and the ROI is hard to come by. And the revenue gap is almost twice in a few demographics.
Source: App Annie
Perhaps, app platforms find React Native as the answers to their Android development vows.
For businesses looking to develop mobile apps, React Native brings a sea of opportunities. They can target both the mobile platforms at the fraction of the cost. As businesses prefer iOS to Android for the reason I mentioned, React Native will give a new lease of life to Android development.
Android 9 or P will be called simply Android Pie. Google launched the 9th iteration of Android after more than an year of testing by early adopters. Android Pie is high on machine learning that is your phone will become smarter with time.
For developers, Android Pie gives you new ways to drive engagements and enhance your apps. So let’s look at what Android Pie brings for Android app developers. As I said, the highlight of this year’s Android release is machine learning. Machine learning makes the smartphone faster, long lasting, and easy to use.
To save battery, Android Pie will restrict background activity of rarely used apps. If you’re a developer, make sure your app is optimized for Doze, App Standby, and Background Limits or adaptive battery will inhibit your app’s activities when the user will upgrade to Android Pie.
With Slices, you can enable UI templates that will display outside your app’s full screen experience. User can interact with these rich, dynamic elements belonging to your app from outside it like Google Search app.
Developers can take advantage of the TextClassifiermodels which revolves around TextClassifier API. The model via Linkify API lets developers enable augmented options for quick follow-on user actions.
The machine learning model can identify object like Dates and Flight Numbers.
Android Pie officially supports notched displays now. The display cutout APIs contemplates the place, size and shape of the ‘notch’ and request full-screen layout around it. A developer Option simulates several cutout shapes to shape apps around them.
The new MessagingStyle API displays conversations, adds photographs and stickers, and suggests smart replies. Developers can use ML Kit to enable smart replies on their app.
Android app developers can enable magnifier for all the view options. The Magnifier widget can zoom any view or surface, not mere text.
Developers no more have to build their own dialog for an app. Android Pie introduces BiometricPrompt API that has a stock system dialog. The API at this moment supports Fingerprint, Face and Iris authentication.
Android 9 introduces Android Protected Confirmation to ensure that a prompt is indeed confirmed by the user and happened in a Trusted Execution Environment (TEE). The app can only verify prompt when TEE does.
This will keep the apps safe from false prompts that mimic system prompts.
StrongBox is the new KeyStore type that provides API support for devices that have secure, dedicated hardware to store keys. Keys should be protected by a StrongBox security chip in your KeyGenParameterSpec.
To raise user’s security, all the traffic to and fro from your app and application server will happen over a secure connection. Android Pie will block by default all exchanges between cleartext traffic.
Android Pie will restrict idle apps to gain access to mic, camera and other sensors. Moreover, developers will now need READ_PHONE_STATE permission too to access build.serial. Android app developers can use Build.getSerial() method.
Android Pie natively supports more one streams of open camera in an app for the devices that support multi-camera API and have two or more camera setup. You enable features like loss less zoom, bokeh, and stereo vision.
Android Pie support HDR VP9 Profile 2 on HDR capable devices. In addition, it adds HEIF image encoding. HEIF format compresses image without loss in quality. Developers can use ImageDecode for jpeg-to-heic conversion.
With the API, developers can filter out certain sound frequencies when a user plays audio from their app. If a person is speaking in loud environment, the API can filter out the noise.
The API makes it easier to decode images to bitmaps or drawables. Apps can create bitmaps from URI, byte buffer and file.
Android developers with Android Pie can build indoor positioning support in their apps with native support for Wi-Fi Round-Trip-Time (RTT). If the hardware is present on the device, they can use RTT APIs to find relative distance from an absolute Wi-Fi Access Point.
Google brings GlobalPlatform Open Mobile API to Android Pie. Android app developers can now enable apps to use the OMAPI API to access secure elements (SE) to enable smart-card payments and other secure services.
Android Pie brings several compiler optimizations to Kotlin, especially those that target loops, to extract better performance.
As part of Android 9 we are modernizing the foundations of Android and the apps that run on it, as part of our deep, sustained investments in security, performance, and stability.
“Make good things together” was the first thing flashing on the screens in Google I/O 2018 developer conference.
Google I/O 2018 developer conference being the biggest event of the year kicked the things off with the jam-packed news. In spite of tight competition, Google has set its sight on becoming the world’s biggest artificial intelligence company, and CEO Sundar Pichai proved that in the conference. He outlined its idea about the software plans in the coming year and aspects of Artificial Intelligence included in it. During its I/O’s keynote, Google demonstrated the subsequent version of its Android operating system, talked about the revamped Google’s news and added features of personal assistant to it. Moreover, the company focused on making development easy and fast, helping developers to increase engagement and building the apps smaller in size.
Here’s a rundown of just about important things Google announced at the keynote:
Android Jetpack is the next generation of Android components and Android support library that helps in managing things like background tasks, navigation, paging and life-cycle management. Jetpack is divided into 4 components
Android developers can download Android Studio 3.2 or higher and start using Activity & Fragment + ViewModel template to include Jetpack in android app development
ML Kit brings Google machine learning expertise to mobile developers in a powerful and easy to use package. It consist of API that will help Android developers to include image labeling, text recognition, face detection, barcode scanning, landmark detection and many more. The best thing is, it is available on both online and offline platform and can be accessed in real-time. Developers can use API with little prior knowledge of machine learning and can be used on both iOS and Android platform.
Google introduced Android app bundle that makes app radically smaller. It enables users to install app quickly and save space on their device by downloading code and resources required to run your app. A developer can put everything needed for an app to run on multiple architectures and in multiple languages into the console and create bundles that contain only the files particular for user needs.
Koltin is improving and in this conference, it majorly focused on further enhancements. It has a collection of modules which contains extensions that optimizes Android platform. Tooling continues to improve with Android Studio, Lint support, R8 optimizations and Android runtime in Android P to build app faster. Using these extensions, developers can make minor improvements in the code. Koltin code snippet is available in the official documentation which is a great resource for the developers who are new to the Koltin.
Slices enable the user to interact with the apps that are already installed and provide users with a mini snippet of an app when searched in Google search and Google Assistant. Google has developed a new API that enables to place snippet of the installed apps in Google search, Notification bar etc. This helps the users to get something done quickly and easily. For instance, if a user types “I want to book a ride” in a search box, they will see the mini version of the app over there without having to open main app.
Google launched public SDK that is available to everyone for developing instant apps. Google has also built support for this feature into the new Android Studio and IDE enables the developers to modularize app with ease. For developing instant apps, they need to do is modularize the app properly on the basis of isolated features which can refrain them from creating a new app or maintain a separate codebase. An official in-depth guide with code samples is available from Google that enables developers to build apps anytime
Android P will also bring some new APIs which will let developers to know how long the app is in use and how it’s used and can also advice to put the phone down if it is a long time in use. On Android P, device manufacturers will implement things like iris scanning through secure elements on the hardware easily. Moreover, UI elements, notifications and assistants will look extravagant on Android P.
Google came up with the new update in their Google Assistant service to create to-and-fro interaction with the users. These include:-
This new service in Google assistant just got better and convenient for the users. It aims to become completely realistic and simple for new and old Android users.
Google added new features to the Google photos many of which are based on Artificial intelligence. App will enable users to do things like colorize old black-white photos, fix the brightness of under-exposed photos and “pop color”, which colors the subject of the photo and sets the background to grayscale. Moreover, app will also recognize when users are in the photos and will enable quick sharing with the tap of a button.
Google is putting emphasis on the artificial intelligence for the new version of Google news. When app is opened, the user will see new headlines, local news and more and would offer a “full coverage” section that will allow the user to see multiple stories from different sources. Users will be able to subscribe to content in an easier way without having to put credit card information.
Gmail will be able to write emails for the users with only a few keystrokes. It will have a Smart Compose feature and would recommend phrases for the users when they start typing them, pulling from huge emailing history. The feature will operate in the background and when user types, grayed-out pops up will be recommended; the user needs to hit the tab button and suggestion will become a part of your mail.
Google I/O 2018, is all about Digital Wellbeing! Understanding the user preferences, Google focused on machine learning algorithms to do day-to-day tasks. App development ecosystem will become flexible, adaptive and quick; however, mobile app development companies need to pace up with the evolving technologies for adapting the changes being made in the technology front.