Top 5 Reasons To Choose JAMstack For Web App Development

Web development has evolved a long way since it started. There have been many changes and also trends in this field and JAMstack is one of the most popular web development architectures in recent times. Basically JAMstack stands for Javascript, API and Markup (JAM). Combinedly these technologies form a JAMstack framework. The platform is based on client-side Javascript, reusable APIs, and prebuilt Markup. MOst of the techies prefer JAMstack as a better solution for web applications than others. But why? Let’s see the reasons to choose JAMstack for web app. But before digging into it, let’s have a look at the details of JAMstack.

JAMstack-

When it comes to decide on what qualifies as a JAMstack, then there are some points to consider. Keep in mind that, If an app serves pre-rendered pages from a static host, then it can be considered as JAMstack. The core site being statically served is one of the main characteristics of JAMstack. That being said, all applications don’t require all three aspects of JAM.

• Specific site may not need to use Javascript on the front end.
• API calls from the UI may not required as well.
• For content creation, app may also use serverless content management system rather than Markdown.
• Site may not need Javascript code to handle user interaction and for other progressive improvements.
• App might not be enhanced with API calls.

It can be said that, it is not one of the specific frontend-backend-database-platform stacks, like MEANstack or LAMP stack. While listing what conditions don’t qualify as JAMstack, then following points are to be mentioned-

• App that renders pages dynamically on the server using Node, Java, Python, Ruby and so on.
• When a website is developed on a tightly coupled server-side CMS. Drupal, WordPress or Joomla are examples of some of those.
• When a single page app performs isometric rendering on server

Top 5 Reasons To Use JAMstack For Web Apps Development-

Lots of developers and most of the organizations are switching to JAMstack for their web apps and reasons are as follows. Let’s see those reasons-

1. Fast Loading Speed Of Page-

Basically JAMstack serves static files from a low-latency edge server that has less geographical distance from the user. This makes it rapid than any other traditional app even with caching, that will execute a logic to render an HTML. This arises a question- how caching works in traditional apps vs how it works in JAMstack app. Application where caching occurs at each step, the decision and management of what is cached and what is not is extra load. Such tasks will need particular configurations at various stages and the need to deploy new programmes. In case of JAMstack, it becomes so simple as everything is cached.

You get the benefit of better search engine rankings with faster page loading speed. In SEO, faster sites rank higher on the search engines. Websites that have poor search rankings can be effectively improved with server-side rendering and other third-party solutions.

2. Great Adaptability To Traffic Surges-

In case of scaling, JAMstack apps are unparalleled. JAMstack apps can seamlessly handle traffic. One of the main reason of why most of the organizations prefer to use JAMstack is they can remain worry-free about traffic surges with JAMstack apps. One more important advantage is that the content is served from CDNs. Those platforms can serve static files rapidly regardless of handling heavy loads. The reason behind this is that they are geographically distant and include some built-in redundancies. Also, they’re built to handle heavy traffic and hardware issues efficiently than original servers. IN traditional app, it works differently and in such a case technical architect estimates the potential load on each application part.

3. Great Development Experience-

Main reason for choosing JAMstack by modern web developers is the great development experience that it offers to programmers. JAMstack is very simple to learn. Programmers can create complex websites with the help of HTML, CSS and Javascript. In the case of a beginner in the team, their local developer environment can be set up and made easy to go. Another important point is that developers don’t need to worry about the behavior of programmes in various layers of app after deployment. Programmers can easily run the build on their local and verify the output and also ensure the fact that the changes they have made will function as expected.

4. Great Security By Design-

JAMstack offers great security to your application. The architecture effectively improves the app’s security. It is enabled through complete disconnection of the dynamic app backend from the incident that occurs when the request is made. Disconnection of dynamic apps is executed during build time before deployment. In this way, when a user requests a page on a JAMstack application, it is simply serving a static file. This is a temperance empowered by the plan. This is a virtue enabled by the design. Moving parts of the JAMstack app are based on separate infrastructure. It effectively reduces the possibility of cyberattacks.

5. Convenient Deployments-

One of the main benefits of JAMstack is the fact that it simplifies deployments. The reason behind this is, it works by the transfer of files to a static server or CDN. In case of traditional deployments, they are deployed to various layers of apps in a particular order. It has scripts that should be deployed to the database, frontend changes for webserver, and API changes on app server. Besides these, to be cleared caches, configuration changes etc also part of order or layers. JAMstack is a group of static files that makes deployments immutable. Meaning that you can seamlessly roll back to any previous version of your website at any point without any worries.

Wrap Up-

From all this you can sum up a clear thought that JAMstack is a solution to modern web development. It is the most sustainable choice and can be used for functional and versatile web app development. If you’re thinking of using JAMstack for your web app, consult with solace experts. We are here to help you through consultation and development of web apps with latest trends and technologies. You can hire Solace developers for an effective web app development. Connect with Solace and get a free quote for web apps development. We will be happy to help you.

 

Swift Vs Dart- Which Is Best For iOS App Development?

Debate over programming languages and frameworks is never ending. Each quarter a new programming language and framework enters the tech world and this confuses the developers world to choose the best one. Everyone wants to know which language is best for coding and delivering the best and easy-to-use mobile apps. There is no final answer to the question “ which programming languages are best?” iOS programming languages offer various scopes of usefulness. Main goal is to deliver applications that work quickly, look great and also offer all the functionalities that the user requires.

Native iOS application development turned out to be more interesting with the release of the Swift programming language. Also Dart programming language is used to build Android and iOS applications with a solitary codebase. There are various factors that should be considered to determine the differences between two technologies. Let’s see the comparison of Swift vs Dart on the basis of various parameters. But before digging to it, let’s see an overview of each swift and dart.

What Is Swift?

Swift is an open-source programming language created by Apple for native ios app development. It is notable for its imaginative methodology, fast coding speed and great documentation. Swift design patterns can be used for web, work area and user app also. The necessary environment used to develop native apps with swift is XCode. Swift application development is claimed to be direct, fast, and dependent on designs that are known and loved by the native area. 

What Is Dart?

Dart programming language is developed by google and released in 2011. It is used to build android and iOS apps with a solitary codebase. Essential framework for Dart is called Flutter and is the reason for its popularity. Flutter app development gained a lot of popularity and adopted by developers. Dart apps can give a native-like inclination for both iOS and Android with a single codebase and hence it saves time and cost of building native apps.

Swift Vs Dart-

1. Performance-

Development cycle of iOS app development and Android app development is not quite the same. When programmers add another element to an app,it needs retesting from a devices or a test framework. Followed by testing, they evaluate coding and see what these progressions mean for the capacities. Hot reload capacities go with Dart programming language. 

With Swift, you need to change the interface part while changing the launch anime or something similar. It is followed by remaking the code and checking the new increases in the application. Generally it needs 12 seconds. SwiftUI app development gives a reasonable rivalry with Dart. It can add new features more efficiently than conventional terms.

2. Development Time-

Development time is the most basic and important element for developers. For this generally clean forms (without inferred information and slow forms) are contrasted with choosing Swift vs Dart for faster development. Improved form time tells that developers can zero in on adding new features to the framework faster and all the more effectively. Swift vs Dart both have their separate orders to quantify the form season of clean forms. Best way to do this is to use XCode that use used in two technologies to develop native iOS apps.

3. Learning Curve-

According to Apple, Swift programming language is not difficult to learn. There is a wide range of assessments, but, learning Swift gives developer a strong base for coding native iOS apps. This type of specialization can be useful for some types of tasks that require native iOS development. It justifies referencing that there are games that show kids (yet not just!) how to make iOS applications – a model would be Playground. If you want to learn Swift application development, check it. It is a fundamental strategy to start in this language and the interest for developers who realize it is still high. 

When you use Flutter, you get a tool that allows you to build iOS and android apps at the same time. When it comes to access smooth and stable mobile apps, dart programming language offers a huge benefit.

4. Profiling-

It estimates the presentation of an iOS app and focuses on memory, CPU and assets. Generally native tools are the only ones that offer promising profiling with respect to iOS. Dart programming language is also steady here.

Swift programming language can be used through XCode that offers a complete framework which allows the ios app monitoring. There are some layouts used for various profiling tests- for instance, Time profiler will allow us to quantify CPU strings by tapping the catch on numerous instances. Dart provides detailed documentation on app profiling. You can use an IDE or use the command line. By doing so, we can show the time required for dart app profiling. Though the length of profiling depends on the actual app, native mobile app development frameworks are generally quick at this task. 

5. App Reloading-

Adding new features to an iOS app needs reloading and testing it with a gadget or a test framework. When doing so, developers can assess the code and preview how the changes impact the complete application. 

Dart uses hot reload usefulness, hence watching changes in the Dart app needs two or three seconds. It is viewed as a lot quicker with respect to presenting changes in code. While building native iOS app with Swift, transforming one component like catch name needs renaming the interface part and remaking native code to test if changes reflected in app while running it in on a test framework or a gadget. It takes 12 seconds. SwiftUI allows hot reloads and you can use non-native solutions like Injection to add new functionalities quickly. 

6. Testing-

Testing of Dart app and Swift app is different, but the two options are viable and have a strong base. For Dart programming language, it has a testing framework that allows us to make various types of tests such as UI and practical level tests. Programmer can write tests that can be performed by Dart driver.

In the case of Swift, testing of native iOS mobile apps is basic. It has its own testing framework considered XCTest that allows you to test UI modules, incorporation, execution and so on. Both technologies offer amazing testing conditions to give processed documentation and as a result an iOS programming language that conveys.

Which One To Choose?

There is no direct answer to the question- Swift vs Dart which one one to choose? Though the native development has more benefits, Dart has more work scope when you want to create Android and iOS apps at the same time.  As a new and popular system, Swift will develop and improve native app development. You can choose the best one between Dart and swift as per your project requirement. 

Knowing the above comparison will help you to choose one for your io app. If you’re still confused, consult with solace experts. We are here to help you through consultation and development. You can hire ios developers of Solace team for an effective ios app development. Connect with Solace and get a free quote for ios development. We will be happy to help you.

Key Steps To Convert E-Commerce Store Into M-Commerce App

 

Number of mobile users has substantially increased in the past a few years. So businesses came to know the importance of having their own mobile app for more reach and more sales. And so mobile apps entered into the business industry and ecommerce industry is not an exception. An ever increasing number of smartphone users across the globe has given rise to m-commerce or m-commerce apps. Also people have changed the shopping behavior and it is in favor of mobile devices that contributes to the growth of m-commerce. According to the survey, the global m-commerce market will grow at CAGR of 27% during 2019 to 2024.

Mobile commerce apps are so secure and handy that people trust them to use every day. Developing an app from scratch is costly for small scale business and startups online marketplaces. So they can go with the alternate approach which is to develop a mobile commerce app to use on their existing ecommerce websites. It reduces the cost of app development and also ecommerce apps derived from functional websites take less time to market. Before digging into how to convert an ecommerce store to an m-commerce app, let us see the main difference between ecommerce and m-commerce.

Difference Between Ecommerce And M-commerce-

1. Mobility-

Ecommerce is good for shopping by using desktop devices and laptops. But you can’t carry such devices everywhere. M-commerce meant for mobile devices and it allows users to perform transactions at any time and anywhere. They can use pre-installed payment apps for smooth and fast transactions.

2. Security-

Security is a major worry for users who pay over the internet. These days smartphones can enable two-factor authentication, fingerprint and facial recognition to lock apps and secure your personal things. M-commerce provides dynamic functionalities to the users, better shopping experience, helps to boost sales by innovative, interactive and more personalized marketing strategies which can’t be possible in case of web applications.

3. Location Tracking-

Not every desktop devices can track precise locations. M-commerce applications use GPS for tracking live locations and provide personalized recommendations to users.

Converting E-commerce Website Into An M-commerce App-

M-commerce apps

1. Platform Identification-

There are a lot of ecommerce platforms available to build websites available in the market from feature rich enterprise-grade content management systems like magento to WordPress plugin such as WooCommerce. When you decide to develop an app out of a website with such platforms then identifying the platform is important. The results of this identification decide the fate of course of the app development that’ll follow. For instance, the process is not simple for opencart but somehow tedious for magento.

2. Maintain Consistency Of Look And Feel-

Consistency in UI of the entire app helps customers or app users to get familiar when they switch from website to app. So it is important to consider while converting your existing website into an app. You must ensure that look and feel of the mobile commerce app is the same as that of existing ecommerce website. Website and app both represents your business and a major contribution to building a brand. So it is important that both have similar appearance and performance. The colors, theme and key features should be familiar with consistent performance in mobile commerce application.

3. Define The Features-

There is major difference between the working of website and mobile app. Before converting your existing website to m-commerce app, it is good to define the features and functionality of the app. Define the important features such as a simple registration process with email address or social media accounts, push notifications, order tracking, payment gateways and customer support.

• Verification- Users should verify themselves with email address or phone number while ordering something on the app.
• Push notifications- Apps should notify users regarding offers, discounts to encourage them for purchasing.
• Payment methods- There should be support for multiple payment methods such as net banking, credit/debit card, PayPal and cash on delivery.
• Categories- All items must be arranged properly in various categories so that users can search them without any hassle.
• Tracking- There should be tracking of items and check the status of user’s order.
• Support- You should be able to provide customer support for your products via chat, emails or phone.

4. Development Of API And API Integration-

A cms is a structure of software components that eases the website development process. Magento is one of them which makes ecommerce web development easy and profound. All the software components like web server, database, platform and frontend are part of same system so they can exchange data seamlessly. All these components are handled by the same party so there is no security risk. That isn’t the situation with mobile applications. They don’t form closed system with database. For applications, data exchange is carried out via a bridge called API. So developing app with same database of ecommerce website, API developers have to develop various APIs. Creating REST APIs is a complicated process.

A close integration of APIs and app view is important for app to work seamlessly. View includes more information about the product. There is static data that sticks to the page and then dynamic data got by API from the server. For example, product costs are subject to change and should be pulled from the server by the application prior to showing it to the customer.

5. Testing Of App-

Testing is one of the most important phases for websites and apps also. Mobile app is tested for its multiple features and parameters. Those features should work flawlessly and quality analysis team ensures the app is consistent with the client’s or a standard quality parameters. There are a lot of manual testing where an expert tester uses the application as any user would and reports any bug, whenever found.

6. App Launching-

It is the last step to launch an app on app stores. Apple app store and Google play store are the best medium to launch the app and reach the audience. Users can download app from app stores. You can also distribute app via third-party app stores. Also you need to promote your m-commerce app to boost initial downloads. You can promote through existing websites, PRs, and online too.

Also know- 7 Best Practices to Improve E commerce Design and Usability.

Final Words-

We all know the benefits of mobile apps so it will be better for your business to go with the m-commerce app. And this is an ideal time to turn your website to an app.

From the above steps you came to know the basics of converting e-commerce store to an m-commerce app. If you’re still confused, consult with Solace experts. We are here to help you through our skilled developers. You can hire developers of Solace team for effective development. Connect with solace and get a free quote for e-commerce site or m-commerce app development. We will be happy to help you.

Migrating Asp.Net Application to Asp.Net Core

Today, numerous people are looking to migrate from ASP.Net application to ASP.Net Core. But, there is still confusion that, is .Net Core App Development services will help in the future? Will it be able to maintain numerous applications and also migrate to ASP.NET core in a short time? The answer is YES, as an ASP.NET Core Development Company, we ensure you that ASP NET Core Migrations will help you with various advantages in developing a strategy.

One can harness the power and flexibility of the ASP.Net Development Services using ASP.Net MVC. Also, ASP.Net Core framework comes with build-in innovative and internet-connected web applications too, for example, ASP.Net MVC web application and mobile application back-end on windows, macOS, or Linux.

Benefits of Migrating ASP Net Application to ASP.Net Core-

Benefits of Migrating ASP Net Application to ASP.Net Core

Migration to core 2.0-

• Performance: 

As a modern technology .Net Core application development services use languages that optimize and also emerge code automatically with optimizing the code. It is one of the most obvious advantages to migrate to asp.net core. Also, it is faster with making a long term commitment to perform in ASP.Net core.

Mechanism ASP.Net core 2.0-

ASP.Net Core migrations accompany a great efficiency level with more than 90% assured to run 2.0 for a more extended period.

• Less Coding: 

ASP.Net Core 2.0 accompanies a compiled framework that allows for developing more prominent applications with less code. The LINQ (Language Integrated Query) removes a LOT for .next loops in code with making it simpler to write a one-liner loop. You’ll discover all features included in C# however practically used for some places.

• Maintainability:

It is obvious that when there is less code used, it is easy to maintain. However, the developer needs to plan the activities before proceeding to another task. There adds simplicity in the code optimization. And also this helps us to retain applications for a longer period. For this, one should know about innovative headways. For this, one must know about technology.

ASP.Net Core Features-

Read more at- https://solaceinfotech.com/blog/migrating-asp-net-application-to-asp-net-core/

How to build a simple Svelte JS app?

In the JavaScript world, a new framework comes out each day. The thought behind such advancements are quite often the equivalent yet with a couple of significant improvements. Modern component based frameworks include ReactJS, VueJS, emberJS, Angular and so on. You can see the comparison between these frameworks at- Angular vs. React vs. Vue: A 2019 Comparison (Updated).

Here, we will take a look at one of these new frameworks, known as SvelteJS. This builds on the basic knowledge of HTML, CSS, and JavaScript, to give a unique and also understandable way to build platforms for the web.

Svelte serves as a center ground, an approach to begin with the fundamentals while getting used to modern concepts like component driven development, scoped versus cascading CSS, templating, declarative functions, and so on.

Prerequisites–

Before we go any further, we assume that:

• Node.js ≥v6 is installed on your machine
• npm is installed on your machine
• Familiarity with HTML, CSS, and JavaScript
• A basic understanding of component- based frameworks like, ReactJS is good but not required

The difference between Svelte and component- based frameworks-

Svelte is more understandable for beginners and it avoids getting lost in a universe of hot reloads and components because it allows for application of DOM type manipulation. Svelte compiles all the generated files down to a single file (bundle.js). Svelte is a framework, which means it doesn’t work with the virtual DOM but writes code that carefully updates the DOM when the state of your application changes.

Building a bookstore app with Svelte JS-

1. Getting started-

There are a few different ways to get Svelte app and running for a project. With the goal of this article, we will work with degit which is a software scaffolding tool. To start, run the following commands:

• npx degit sveltejs/template {project name }: In this case I am calling it Book-app-svelte

     npx degit sveltejs/template Book-app-svelte

• Cd into project directory
• Run npm install
• Run the application by running npm run dev

After setting up, in the main.js, we should see a “hello world” that renders into the app.svelte – this would be a decent time to take note of that parts in Svelte are saved with .svelte extension.

import App from './App.svelte';
const app = new App({
    target: document.body,
    props: {
        name: 'world'
    }
});
export default app;

The above code shows an easy set- up with the application component accepting a prop of name and also focuses on a place in the HTML file.

In the app.svelte we can see some sort of VueJS format:

<script>
    export let name;
</script>
<style>
    h1 {
        color: purple;
    }
</style>
<h1>Hello {name}!</h1>

Here the main.js gets handled by exporting the name variables to allow it to be controlled from outside.

2. Creating a dynamic book component-

While creating our components, there are a couple of things that are important about SvelteJS:

• Styles are scoped inside components – so a h1 styled in one component won’t influence another in an alternate component.
• We can characterize functions that are connected dynamically.

In this section, we will take a look at creating a dynamic event with Svelte and connecting the book.svelte component with app.svelte and passing props.

The initial step is setting up the book component and exporting variables which can be set from the parent tag in app.svelte:

<script>
    export let bookTitle;
    export let bookPages;
    export let bookDescription;
</script>
<style>
    div{
        margin: 1rem;
        box-shadow: 0 2px 8px rgba(0, 0, 0, 0.26)
    }
    h1{
        font-size: 1.25rem;
        margin: 0.25rem 0;
    }
    h2{
        font-size: 1rem;
        margin: 0.25rem 0;
        color: aqua;
    }
    p{
        margin: 0.25rem 0;
    }
    button{
        font : larger;
        padding: 0.15rem 0.5rem;
        background-color: #1b1a1a;
        border: 1px solid  aliceblue ;
        cursor: pointer;
        color: white;
    }
</style>
<div>
    <h1> {bookTitle} </h1>
    <h2> {bookPages}</h2>
    <p> {bookDescription}</p>
    <button> Add </button>
</div>

From the above code, we can see that we have variables that are being dynamically passed to the tags in the div. They have their values originating from the app.svelte which we will see after and also where the greater part of the dynamic manipulation happen. In the app.svelte we have imported the book segment and this is the place we will do a great deal of the dynamic manipulation.

<script>
    import Book from './book.svelte'
    let title = '';
    let pages = 0;
    let description = '';
    function setTitle(event){
        title = event.target.value;
    }
</script>
<style>
h1 {
        color: purple;
        
    }
    section{
        margin: auto;
        width :30rem;
        
    }
    label,input,textarea{width: 100%}
</style>
<section>
    <div> 
        <label for="title">Title</label>
        <input type="text" id="title" value={title} on:input={setTitle}/>
    </div>
    <div>
        <label for="pages"> pages</label>
        <input type="number" id="price" value={pages} bind:value={pages}/>
    </div>
    <div>
        <label for="description">Description</label>
        <textarea rows="3" id="description" bind:value ={description}/>
    </div>
</section>
<Book bookTitle={title} bookPages={pages} 
bookDescription={description}/>

From the code model above, we can see that inside our script tag, we have also set variables to empty ” “. These are the values that are automatically updated, we can likewise notice that setTitle, this function is used to set a title to focus on the object that calls it within the on:.

Keep in mind that we call the function without bracket since we don’t need it immediately executed. Rather, we are attempting to set up a refers so that  Svelte can call the function on each keystroke.

We use the on: to add event listeners in Svelte. We can utilize this to listen to the input event, and the curly brackets are used to show dynamic input. Since the function we have uses two-way binding, we can utilize it on different tags using the bind: This binds the value property at that point binds to the price variable. We likewise do this for the description.

At last going back to Book tag is where we update the props being sent out in the book component. We do this by dynamically passing the value of title, pages, and descriptions utilizing curly brackets {}.

3. Displaying book information-

Since we have the card updating when we input value, the next step is to ensure that we can add books to our bookstore. The primary thing we need to do is make our button a standalone component, so as to have the option to use it in the other two components. We do this by creating a button.svelte and importing it to the book and application component respectively.

<style>
  button{
        font : larger;
        padding: 0.15rem 0.5rem;
        background-color: #1b1a1a;
        border: 1px solid  aliceblue ;
        cursor: pointer;
        color: white;
    }
 
</style>
<button on:click >
    <slot/>
</button>

You may see an on:click property in the button tag, this is utilized to trigger the event listener in the original calling of the button so that other importations can be able to actually work with the onclick event.

Eg., app.svelte

<Button on:click={addBook}>ADD Book</Button>

This engages with an addBook function that allows the button to add books dynamically to an array:

let books =[]
function addBook(){
        const newBook = {
            title : title,
            pages : pages,
            description: description
        };
        books = books.concat(newBook)
    }

The above code exists inside the script tag and what it does is, call all the properties of the book from the form and concentrates them. We use a concat because push doesn’t change the book variable. It just changes the array but assigning concat to a new value with trigger a change.

We now have an array of books which is shown conditionally using an extraordinary markup that Svelte gives us:

{#if books.length === 0}
    <p>
       Add a new book 
    </p>
    {:else}
    {#each books as book}
        <Book bookTitle={book.title} bookPages={book.pages} bookDescription={book.description}/>
    {/each}
{/if}

What this does is that it prompts the user to include new books at that point shows each new block as new card: And displays the information on the card once the user updates:

4. Adding the price of books-

To accomplish this, we should make another component called purchase.svelte. In the script tag, we would need to export the books variable with the goal that it can be updated by the book tag, by passing the information as props in the app.svelte.

In the app.svelte we include an empty array in the script to hold the purchased books. Now how would we add books to these purchases? We will utilize the buy button in the book component and then, add the purchaseBook function to script and bind to the button utilizing on:{purchaseBook}. We at that point use the create a dispatch function from the Svelte’s custom library.

At that point we can link the function to the Book tag by including the on:buy = {purchaseBook}. This event dispatches from our purchaseBook function.

function purchaseBook(event){
        const selectedTitle= event.detail;
        purchases = purchases.concat({
            ...books.find(book => book.title === selectedTitle )
        });
    }

Final Words-

From the above example, you came to know about building a simple Svelte JS app. If you’re still facing a difficulty for developing a Svelte JS app, consult with Solace experts. Well experienced team is here to help you for better development. Develop your best Svelte app with Solace to achieve the success you deserves.

How to Develop Internet of Things (IOT) Applications?

The term “Internet of Things” refers to a homogeneous network that connects the real-world objects around us and exchanging information between them without human participation. The interconnection can include any kinds and combinations of cable (twisted pair, coaxial, power supply) and also wireless (Wi-Fi, Bluetooth, NFC, cellular) links. Internet of Things is a popular concept in mobile software development. IoT solutions simplifies our day to day life. There are various regions for the usage of IoT. These can manage smart homes, medical facilities that automatically diagnose and also determine treatments based on the results of surveys, or logistic companies that track the real time location of their vehicle. That’s why many IT companies are focusing to this immense segment of software development and also the demand and cost of developers building the software increases. 

Here you can see Principles, stages, options to develop, tools, areas of developing IoT.

5 Main principles that you should consider before creating an application-

1. Safe collection of Data-

Data is collected outside of the usual data transmission networks with the help of special equipment. Hence it is important that this data should be safe. It is necessary to think about the ways of protecting such received information (in particular, the integrity and security of the initial settings in such devices, and mechanisms for the sensitive data encryption).

2. Organize high performance data-

Data collection system consists of many electronic devices. Hence organizing large volume of data from these devices is necessary. So consider the mechanism that can easily and effectively collect and organize the massive data.

3. Create an IoT platform-

IoT platform is a set of software tools that not only helps to collect data but also to organize it from electronic devices.

4. Develop an IoT solution in the cloud- 

Cloud storage are to ensure the quick deployment of processed data to a user device and also to organize storage. These systems can guarantee the effective operation of IoT application with minimum operating cost and requirements for carrier networks.

5. For effective data management-

Such solutions can guarantee the rapid delivery of processed results to end users even at the case of data collection devices failure.

Stages of developing an IoT application-

1. Select centralized data storage-

A cloud storage is best for accumulation, systematization and further analysis of collected data. Cloud solutions are perfect from the perspective of providing efficient data transmission over low-speed networks.

2. Develop server side data handling algorithms-

IoT applications offer extensive functionality for sorting and also analyzing the collected data. This allows for the creation of high-performance, intelligent and scalable backend.

3. Create Front-end-

Mostly all recent platforms for IoT application development allows the creation of full-featured, also user-friendly front-end application interfaces with advanced functions.

Best Options to develop IoT apps-

1. Amazon Web Services-

It is one of the largest platforms that allows for monitoring the location of goods at any stage of their deployment. To provide efficient data exchange between chips and hardware such as PCs Amazon web services are used . It is a full-fledged infrastructure of agnostic platforms. It includes file hosting, cloud computing and virtual servers also. One of the largest advantages of this is for IoT app development including increased security, flexibility and also adaptability.

2. Azure IoT Suite-

It is popular software package from Microsoft, especially developed for simple integration of information collection devices into a consolidated system for transferring, storing, analyzing and processing data. Azure IoT Suite provides access to a reliable and scalable storage bank of large volumes of information. Microsoft Azure Cloud is also supplemented with an extensive list of advanced services, including Azure IoT Hub, Azure Stream Analytics, Azure Storage, Azure Cosmos DB.

3. Oracle IoT-

It is one of the leading software solutions for the development of Internet of Things applications. Based on cloud computing technologies, applications created with Oracle IoT have a whole host of advanced capabilities, including device virtualization, high-speed messaging, endpoint management, stream processing, data enrichment, event storage, REST API support, and also enterprise connectivity. In 2017, this platform was complemented with new products: IoT Asset Monitoring Cloud, IoT Fleet Monitoring Cloud, IoT Production Monitoring Cloud, and also IoT Connected Worker Cloud, designed to solve a number of business tasks and improve the process of converting data into the user-friendly form.

3. KAA IoT-

It offers very rich toolkit for developing IoT applications. KAA IoT has a lot of advanced features; among them, a well-thought-out functionality for the adjustment of mobile device compatibility, flexible management of an unlimited number of sensors for the collection of information through an SDK server, real-time sensor monitoring, cloud services, automation of software updates, and also automated user personal device settings distribution, etc.

By using the above tips, you can easily develop applications for IoT. 

At Solace, IoT Development is a strength of ours in which we take great pride. If you’re interested in adopting IoT for your business, then you might need some help getting started. We believe in benefits and effectiveness of using IoT in a business. Solace expert’s are here to help you with IoT development. Kindly contact us for any IoT development that set you on your way to business growth.

7 Important Considerations When Building A Mobile App

Whether you accept it or ignore it, but the fact is you can’t ignore the growing presence of mobile apps. With everybody from children to adults, getting snared to Apps. Nowadays many enterprises have begun investing in creating business apps, not just for their customers but also for their employees. When the challenge is so high, user expectations for the app quality also goes high. To ensure zero drawbacks, it is prudent to invest in App testing at every stage of development. Not at all like testing traditional desktop apps, mobile App testing is truly complicated and challenging. Let us see the 7 important considerations when building a mobile app.

Top 7 important considerations when building a Mobile App

Mobile App Development

1. Know your audience-

Your company needs to analyze the competition to determine the type of applications they are building, why they create that app and how they are engaging in the process. Listing out the competitor companies and search for their apps on the app store and google play helps you to analyze the level of development of your competitors. This helps you to set the development goal for your application. Pilot the applications yourself. For this read the reviews on the store pages to realize which features are liked by clients and what part of experience need to improve. With the help of this information you can improve your application to stand out among competition and also to serve your target audience in a more efficient and exciting way.

2. Attractive User Interface-

User interface is a vital part of an application. UI is the first impression of app it presents to the users. The common objective of UI is to fulfill the audience needs. It is always good to keep the UI, simple and easy to use. Probably the most ideal approaches to comprehend client reaction is to go for UI group testing. This helps you to understand the initial response and feedback from real users in real world conditions. It also gives you the flexibility to test your app with users from different locations. 

3. Compatibility Challenge-

The same app may have different results on devices having different screen sizes on different platforms and browsers. It is beneficial to test the app with real users, in real time, on real devices using real platforms to understand what works best and what does not work. The goal is to ensure that the app works well with different devices, operating systems as per the exact expectations. In the case of devices, developers need to factor in the impact on battery life, the RAM used, and the CPU processing power of different devices.

To cover these aspects using traditional testing is difficult and also expensive. Testing on real devices can never be replicated by emulators. The least complex and most savvy answer for battle the issue of similarity is to put resources into publicly supported App testing. Getting real insights in transit your App works will empower you to improve your app performance across devices, browsers and platforms.

4. Provision for updates for Mobile Apps-

Users will expect new features and upgrades in your app.If you want your app to stand out in the market, you need to invest in upgrading your App and also in additional testing for each upgrade. Also you need to ensure that the released updates are working well in different OS versions. It is also necessary to ensure that the app is easy to upgrade or install. Your testing procedure should cover installation, updates and un-installation of the App to reveal any mistakes all the while.

5. Internet bandwidth and other external Factors-

You need to understand the impact of internet bandwidth on your App’s quality. According to the results of, how good or bad the internet connection is, application behavior will be different for different users. You could lose your sales by 1% for every 100 milliseconds of load time. Most of the users won’t wait more than 3 seconds for a page load. Additionally, a mobile app in real world conditions is inclined to intrusions like lack of coverage and incoming calls. It is difficult to reproduce the fluctuating conditions because of the  network and location in a lab. The simpler way to estimate and fix these issues is through crowd-sourced performance and interrupt with testing that will allow you to understand the effect of interruptions like incoming calls and network fluctuations.

6. How to Monetize the App-

Every business is ultimately creating their apps to monetize them.  Companies must consider the budget and maintenance costs of their application, as well as which methods will help them make money off of their users. Possible options include:

Advertising: 

Most of today’s apps use banners, video, native, interstitial, and text ads to make a profit. This doesn’t force users to purchase the app, it does create distractions or pauses in the experience.

Freemiums:

Apps can be free to download, but users will have to upgrade to get full access. This pay-to-use method allows some users to enjoy a limited version of your software with free of cost, while others will enjoy the experience and pay to continue. While you won’t make money off of everyone, your users will not be turned off by having to purchase ahead of time or seeing obtrusive advertisements.

In-App Purchases-

Game developers do a great job of monetizing in-app purchases through play credits, character unlocks, and level unlocks. Again, not everyone will engage, but it is an effective and psychologically-based way to tantalize the user to enjoy more of your product. 

App Installs–

This is one of the riskiest options, because not everyone will be enticed to spend money on your app before they try it. If you have high user reviews from those who have already used it, more users may be encouraged to spend money. It is beneficial to create a related audience, but you will secure revenue from everyone who uses your product.

7. Security challenges-

A security testing can help uncover vulnerabilities of data leakage during the transmission and working of the App. Your App must meet the authorization policies and other security standards set, to ensure that the user data is protected. You also need to include certificate testing in your strategy to meet the mandatory certificates set for compliance for devices and apps.

You can also know the mobile optimization tips at our blog- Best Tips to improve your mobile App performance.

Are you looking to develop effective mobile app for your business? Solace developers are expert in app development tools. We at Solace believe in the benefits and effectiveness of choosing the best mobile app development tool. We will provide the best solution to bring your company the success it deserves. Feel free to contact us for any mobile app development.