Web Application Development Service For Business Innovation

We can develop any web application, but majorly the following six: ● Static Web Apps: Static Web Apps are typically the most simply type of web app since they display limited content and lack flexibility. Professional portfolios and digital resumes are two examples of static web apps. Customarily, these apps are built in CSS and HTML; however, there are other platforms that can develop static web apps such as jQuery and Ajax. ● Dynamic Web Apps: These type of web apps uses database for loading data and their contents are updated every time the user accesses them. They usually have a CMS for admin control. ASP .NET and PHP are the common languages used to dynamic web app development. ● Online Store: This kind of web application refers to an online store, similar to Mobile Commerce apps or an eCommerce site. Any type of web app or website that deals with transactions can get tricky because it involves many payment modes like PayPal or credit cards along with other functions. Some of those functions include listing new products, deleting entries and managing payments to name a few. ● Portal Web Apps: A Portal Web App is a kind of application that can acquire different sections through a single homepage. What that means is that when a user logs in, the portal app authorizes the service provider in order to track all the user website activity. This way it’s easier for users to utilize things like chats, e-mails, or browsers and access the latest content. ● Animated Web App: Animated Web Applications are closely linked with Flash technology. These applications let you to present your content with animated effects. This type of app provides a large scope of creativity and design that isn’t offered in any other type of web application. However, the limitation here is that it is highly unsuitable for the purpose of web positioning and SEO since search engines are unable to read the data they obtain.

For most mobile web sites you visit today, these are some of the tradeoffs you have to make. The Web has significant reach; no need for the latest iPhone just to get content. From your grandma’s 10-year-old computer to a five-year-old Android tablet to the most cutting edge phone, the Web is everywhere. No one can deny its reach. Unfortunately, depending on your Internet connection, it can be slow and clunky. PWA, also referred as progressive web apps, is a new software methodology used to develop a hybrid which is a combination of both, regular web pages and mobile applications. Progressive Web Apps aren’t built using a singular, specific technology. They’re not a new framework, and they’re not a new language. Instead, PWAs are a set of strategies, techniques, and APIs that allow developers to give users the native mobile-like experience they’re used to. Progressive Web Apps are: • Fast, often rendering something on the user’s device in less than a couple of seconds. • Reliable, even without a solid data connection, and even on old devices. • Engaging, because by enabling notifications, even on the Web, users can be alerted to whatever is happening in your app, even if the browser isn’t open. Users can even install a Progressive Web App right to their phone’s home screen. Developers can choose the icon and even set up a splash screen. Possibly the best part of Progressive Web Apps, though, is inherent to the platform: their reach. There are 6.4 BILLION devices connected to the Internet. That’s a lot of devices, and a lot of reach. You don’t need to learn Objective-C or Swift or Java or Kotlin to reach every one of those 6.4 billion devices. You can use the tools you likely already know: HTML, CSS, and JavaScript. A Progressive Web App, first and foremost, works everywhere. Even if it’s a small subset of features, to be a true PWA, your app needs to have some kind of functionality on the most basic device. Maybe it’s just a static page that shows up on a five-year-old Android phone. But it works. It’s not just a blank screen or a bunch of error messages. As your user’s browser gets more modern, more features become available to your user. That’s where the true power of PWAs comes in: your users’ experiences get progressively better as their browsers get better. The experience improves via a collection of features that gives your app depth to engage users, reliability regardless of the quality of the Internet connection, and enough speed so that it doesn’t make anyone wait around for your content to load.

In following ways: Offline support: The main page of your app loads even while the user is offline. This is accomplished with service workers. It caches your app’s assets so that even if your users don’t have the best Internet connection (or a connection at all), they still get to browse through the content. Performance: The app’s first page load is fast, even on slow 3G connections. An important one is having an app shell that renders almost instantly while the rest of your app is loading. Another important feature for performance is web workers that allow you to make other parts of your app do the heavy processing that would normally slow down your UI. Home screen icon and a splash screen: Your app can be added to the user’s home screen so they don’t have to navigate to a URL every time they want to use your app. And at the app’s launch, instead of a blank white screen while your app is loading, you can have a splash screen just like those fancy native apps. Notifications: If there’s anything going on in your app that the user should know about while they’re not actively using it, the app can notify them with push notifications. PWAs are exciting, but one of the biggest downsides of the Web that has been a struggle since the beginning of time is browser support. There are so many, and each one doesn’t always support the latest and greatest awesome technology. Alas, such is the case for PWAs. One of the most important tenets of PWAs is that they should provide a progressively better experience for your users as their browsers’ capabilities increase. So just because a browser doesn’t support a feature you’re really looking forward to implementing doesn’t mean you should abandon all hope, nor does it mean that the browser might not support it in the future. Plus, if a user is checking out your app on a browser that does support most or all PWA features, that user is in for an excellent World Wide Web experience.

To put it simply, custom application development is designing software applications that targets a specific user group or activity. Custom applications are developed with a specific use case in mind, such as that meant for industry users, purpose etc.

We believe that the best way to plan new programmes and develop software is to study them. We often rely on Evolutionary Architectures, in order to enable incremental change in an architecture over time. Building an evolutionary architecture involves three primary concerns: fitness functions (we frame objectives that rely on your requirements), incremental change (we make gradual changes through developments and operations) and appropriate coupling (we find the correct level of architectural coupling to support change without creating disincentives).

Creating web applications is a complicated task involving lots of moving parts and interacting components. In order to help you do it, we break down these parts into manageable chunks and try to understand how they all fit together. Surprisingly, it turns out that the component we interact with most often doesn’t even involve code! Our processes are unique and reliable. They provide transparency and we hold full accountability, which is why we take extra care to select our team who will be in touch with you throughout the process. Our products are built on collaboration and trust, and this is something you won’t find anywhere else.

Our tech consulting team works with you to prepare a comprehensive software strategy and implementation plan, whether your project is at an early stage of the concept or you have all the features worked out. We believe in high output management and everything from software infrastructure to talent set should focus on achieving results and speeding up market time.

The expensive technical consultation and collaboration process we follow is made up of things like the project's tech problems, what tech stack to use to address those challenges. The engineering roadmap of the project puts together all the pieces to illustrate how the project can come to life. We help you to define processes and delivery roadmap that suits your needs based on your project goals. It also provides a comprehensive recruiting plan that includes specifics of what the team needs to have the skill set and experience. Tech architecture solution includes things like how features with which technology and framework are to be implemented. It will also involve algorithms and cloud integration to build your IP and build the tech engine. We can do this because we have experience in delivering complex systems on a large scale. In terms of technical know-how, experience, tight deadlines, unforeseen risks, and development challenges, we know there are many moving pieces. This tech consultation and skillset specification is provided free of charge so you can use it in the future even if you don't work with us.

We are involved with you at each stage, including the following: The Planning/Discovery Phase: During this phase, we consider the scope and types of testing to apply to the test process and achieve the best desirable results for your products. At this critical stage of the planning process, our qualified team of some of the senior most testers work closely with you to understand your requirements. Based on this collaborative effort, the team presents a test plan, containing the timelines and scope of testing for the process. We also conduct a variety of tests based on your requirements. The QA team creates test cases based on an approved test plan, specifying its objective, the initial state of the software, the input sequence and the expected outcome. At Syntrino, we adopt a three-step process: o Identify test conditions o Design test cases o Build test cases The Structuring Phase: In this phase, we identify the schedule and description of the techniques that we will use, based on the specifications you provide to us. The Execution Phase: Now that we have a detailed plan and structure, you're ready to test your products with Syntrino’s best in class software products. We have all the resources that you need from us to conduct testing on your products. As a tester, our team communicates with the POC (i.e. point of contact) on a regular basis. We provide a transparent work process, and share all the information with you without risking your privacy. Further, different issues may crop up during the testing process. Throughout the process, we are constantly involved and guarantee quick solution to any issue that may arise. Here's another principle that Syntrino follows: “bad things don't improve with time, but with expertise”. Syntrino follows a simple rule: “promise more and achieve more.'' The Reporting Phase: After completing the test, we share all the data we generate with you. Our test summary report describes the testing results most comprehensively. After sales: Services during the application development phase is simply not enough, and we understand this more than anyone else. Our continuous delivery post the service creates a seamless and comprehensive service set that automatically delivers.