Contact us anytime to know more — Amit A., Founder & COO CISIN
Software Consulting Services
We are a custom software development company that analyzes your business requirements, creates software and helps you realize the most significant value from it.
Our experts will assist you in selecting the proper technical stack before you start the project.
Custom Software Development Services
Getting the business skills you need in today's unstable and competitive industry is easy with custom software development.
Cyber Infrastructure Inc., a Getting the business skills you need in today's unstable and competitive industry is easy with custom software development. A custom software development company that creates the ideal software for your organisation.
Enterprise Software Development Services
We assist firms in becoming long-lasting successes by re-engineering enterprise solutions at various complexity levels.
We provide scalable software solutions to improve critical aspects of your business infrastructure.
Software Product Development Services
For your business, we provide full-cycle product development services, including market research, business analysis, product development, deployment, and post-launch support.
Software Integration Services
A company may need help with its existing applications if it adopts a new technology.
All facets of software integration and implementation, including testing, execution, and architectural design, are handled by our software developers, who are specialists in their field.
Custom CRM Development Services
Appinventiv offers customized CRM software design services. These services focus on automating business processes, improving customer relationships, and increasing efficiency.
API Development Services
Our custom software developers provide robust API programming and integration services for your software apps to connect seamlessly with customers and vendors partners and drive higher revenues.
Read More: What Entrepreneurs Need to Know About Custom Software in 2022?
Importance
High-quality product
first builds an MVP to evaluate the product's efficiency. We keep improving the product based on your initial feedback until it is precisely what you want.
Quick development
Our staff optimises all processes thanks to its broad skills and diverse experience.
We use the most agile practices to reduce the time for custom software development by around 50%.
Absolute transparency
Trust and openness between parties are the foundation of successful business relationships.
We give our clients a comprehensive understanding of each technology choice and keep them updated on the status of their projects.
IT Solutions Tech
Our IT tech solutions have enabled our clients to increase productivity for over 13+ years.
Enterprise Cloud
Cloud Platforms and personalized service models will take your business to the Cloud.
IT Transformation
You can create a transformation agenda to drive innovation and changes in your processes and technologies.
IT Services
Get IT services from qualified specialists to strengthen your infrastructure for the future.
Document Management
The market-leading suite of solutions solves the entire lifecycle of document management.
An example of a Custom Software Development Process
"Firm A", a construction management and manufacturing company, manage large projects throughout the country.
These skilled workers are deployed to remote locations and often leave for extended periods.
They wanted to create a strong corporate culture and expand all employees' learning opportunities, support models, and experience.
Custom Software Requirements
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Make a custom application to increase employee productivity and business efficiency.
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Devise an app that increases employee engagement, communicates HR benefits, and generates better workflow automation/utilization.
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This dashboard improves project flow and provides a simplified view of KPIs that are relevant to the business.
Phases of the Development Lifecycle
Firm A must understand that program development involves many phases. Each stage of the development cycle leads to the final product.
Understanding Scope and Requirements
Although we know what Firm A requires, it is important to note specific details such as how many employees will be working remotely and the duration and longevity of each site.
There must be multiple meetings with a corporation in order to go over the specifications for software development in great detail.
Experts will be able to discuss specifications, concentrate on certain objectives, and take other stakeholders using the programme into consideration in this forum.
The software development company will be able to choose the most cost-effective approach to minimize risks and ensure that the project is completed on time.
Analysis of requirements and brainstorming
The development team can address Firm A's needs by thoroughly reviewing all information.
The documentation begins for Firm A. This document could be called a "Business Requirement Document" or a “Software Requirement Specification".
It will serve as the basis for final solution development. Both sides must concur on the paper in order to proceed to the next stage. This will assist in preventing misunderstandings between Firm A and Firm A (the software development business).
This document will serve as a guideline for the development phase-by-phase of the final solution.
Coding, Architecture, and Technical Design
Custom software development necessitates a personalised strategy based on the requirements of each client.
This phase is where Firm A's software architecture is created. It includes the structure and details of the modules specified in the document.
The design outcome is determined by essential factors such as budget, time constraints and design modularity.
Resource availability and risk assessment are also important. To understand the outcome of the solution, Firm A may request external designs, mockup interfaces, screens, and other information.
Development and implementation
This stage of software development is often the most difficult because it involves creating the actual solution according to the design considerations outlined in step 1.
Executing the plan will be much easier once the components, such as the system requirements, architecture, and wireframe, are in place.
A short iterative meeting is a great way to use agile development. This allows each team member to report any issues or glitches.
This improves workflow efficiency and productivity.
Test
Firm A must conduct this testing phase once the software has been developed and is ready to be released.
This includes the dedicated developer team performing various types of functions as well as non-functional testing.
The site's staff are its main stakeholders, so they ought to be active in pointing out any flaws and improvements.
It is crucial to test the core application's text input, system installation, and functionality. Consider its scalability and security as well.
All bugs and lapses will soon be corrected and put through repeat testing. Firm A should continue this process until the solution meets the original requirements.
Training, Deployment and Maintenance
You are likely to discover issues during a product launch that can be addressed immediately or left to be solved later.
Important to remember that custom development companies will also support the application after it is released.
After the software is installed on company computers, users will be taught how to use it. Integration of the software with existing systems will be possible gradually.
Mobile Web App vs Native App vs Hybrid App vs Native App
There are many solutions to web and mobile app development, as with all technology choices.
There are many best practices for mobile apps that you should consider, and not all are technical. Who are your target customers? Is it more likely that they prefer a native or mobile app? What is the difference between hybrid and native apps? What mobile technologies and development resources do they have? What licensing and sales model are you envisioning for your product's product?
Although there are exceptions, the mobile web app route is generally faster and more cost-effective than the native mobile application route.
This is especially true when you want to support multiple devices. However, you might need to access specific capabilities native to your mobile device (e.g. the movement sensor or so).
Still, they are unavailable via a native application (which would make the mobile web app a non-starter).
A hybrid mobile app is a possible solution to the web apps versus the native app question.
This depends on your needs and resources. Hybrid apps are similar to native apps. They run on the device (rather than inside a browser). Still, they are written using web technologies (HTML5, CSS and JavaScript) and are often underpinned by a hybrid framework.
Hybrid apps are run in a native container. They use the device's browser engine (but not the browser) for rendering HTML and processing JavaScript locally.
An abstraction layer that links web-to-native allows access to features of the device that are not available in mobile web apps, such as the accelerometer and camera.
However, you should research your options thoroughly and verify them. For example, let's say you create a mobile app for ecommerce to sell your products.
50% of smartphone users are more likely to download an app than use a mobile website. This may vary depending on the market you target.
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Mobile Application Development
The process of developing mobile applications is called mobile application development.A network connection is typically used by a mobile application to connect to external computing resources.
Mobile development involves the creation of installable software bundles (codes, binaries and assets). We are implementing backend services, such as API data access, and testing the application on target devices.
Native Applications
Native mobile apps are written in the frameworks and programming language provided by the platform owner.
They function natively within the iOS or Android operating system of the device.
Applications that cross-Platform
Cross-platform native mobile apps can be written using a variety of programming languages and frameworks.
However, they are compiled into an application that runs directly on the device's operating system.
Hybrid-Web Applications
Hybrid mobile apps are made with standard web technologies, such as HTML5, CSS, JavaScript and CSS.
They are packaged as app installation packages. Hybrid apps are not native apps. They work in a "web container, " providing both a browser runtime and a bridge to native device APIs via Apache Cordova.
Progressive Web Applications
PWAs are a way to develop mobile apps without needing app store delivery or installation.
PWAs allow web apps to be used offline, run in the background, and add a link to the device's home screen to offer an "app-like" user experience.
The Mobile Application Development Lifecycle
Front-end vs Back-end
Mobile applications were similar to the first websites in the early days. The first applications and websites were contained entirely within them.
They served little purpose beyond static advertisements for the company, product or service.
As connectivity and network capabilities improved, applications were more connected to other sources of data and information.
Apps became dynamic and could update their content and UI with data received from data sources.
Mobile front-end apps are increasingly dependent on and integrated with back-end services that provide data to be consumed via the mobile frontend.
This data could include product information for ecommerce apps, flight information for travel apps, and reservation app details. Mobile game data can include scores, avatars, and new challenges for players.
Here are some tips to optimize your mobile web apps' performance and reduce latency:
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Image Optimization. Page load time is one of mobile devices' most significant performance issues.
This issue can be addressed using online image optimizers .
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Code compression. Depending on how much code you have, compressing JavaScript or CSS files can significantly affect performance.
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Database queries. Mobile browsers may not accept as many cookies as desktop browsers, which can lead to more queries being executed.
Mobile web app clients require server-side caching to function correctly.
Use suitable filters to prevent SQL query injection from compromising your site's security.
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Content delivery network (CDN). A CDN is recommended if you distribute many videos, images, audio, and other media files.
The most popular commercial CDNs are MaxCDN, Microsoft Azure, and Amazon S3.
There are many benefits to using a CDN.
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Better download performance. Leveraging CDN resources allows you to spread the load, reduce bandwidth and increase performance.
Higher availability, lower latency and lower packet loss are benefits of a better CDN.
Many CDNs offer a global selection of data centres that allow downloads to take place closer to users' locations.
This results in faster downloads and fewer network hops.
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More concurrent downloading. Browsers usually limit the number of concurrent connections to one domain.
After that, additional downloads are blocked until the last download has finished.
This limit is often visible when you download large files from one site.
You can download additional files concurrently by using an additional CDN (on another domain).
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Enhanced analytics. A lot of commercial CDNs offer usage reports, which can be used to supplement your website analytics.
They may also provide better quantifications of video views or downloads.
GTmetrix has a great website reporting tool that allows you to monitor and optimize the sources on your site.
Read More: What Should You Know About Custom Software Development?
Tools to Develop Mobile Apps
The best tools for the job" is an old saying that applies to all areas of software development.
This tutorial will introduce you to the most popular tools for mobile web design. However, it is possible that other tools are more suitable for your needs and resources.
JavaScript Mobile Web App Frameworks
Mobile web development can present many common problems, including cross-browser compatibility, and inconsistent HTML and CSS in mobile browsing.
To address these issues, frameworks have been created (based on HTML5/CS3). They are designed to work on various devices, including tablets and smartphones. These frameworks for mobile web browsing are light, which allows you to browse quickly on mobile devices without losing the design and feel of your website.
To expand our understanding beyond the mobile landscape is a popular JavaScript framework that is worth mentioning.
I recommend using jQuery Mobile to build your mobile web application. Note: jQuery Mobile was recently deprecated. It features a widget library which converts semantic markup to a gesture-friendly format.
This makes operations on touch screens much more accessible. This latest version contains a light code base with many graphical elements that can improve your UI.
The Sencha Touch alternative is also rapidly growing in market share. It is fast and reliable and can create a mobile web interface that feels and looks like a native one.
Sencha's JavaScript library is the basis of its fully-featured widget library.
These are the key differences between Sencha Touch and jQuery Mobile:
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Design and feel: A Sencha Touch app looks crisper and more professional than a jQuery mobile app.
However, it is important to remember that these responses are highly subjective.
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Extensions: are highly extensible.
Sencha Touch, on the other hand, is more closed-source.
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Device support: JQuery Mobile targets a wider cross-section of devices than Sencha Touch.
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HTML is different from JavaScript: JQuery is primarily HTML-centric (i.e.
extending and manipulating HTML in JavaScript), whereas Sencha Touch is entirely JavaScript-based.
This is an example of why it is essential to consider the skill set of your developers when choosing technology.
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External dependencies: Sencha Touch does not have any external dependencies.
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The learning curve: Many developers find jQuery's ramp-up time to be shorter than Sencha Touch.
This may be due to the large number of web developers who already know the standard jQuery libraries.
Mobile Web Applications and Responsive Frameworks
There are many responsive frameworks, but two of the most popular are Bootstrap and foundation.
In summary, responsive frameworks combine the most prevalent layouts and UI principles into a reusable, performance-optimized framework, simplifying and streamlining web-based responsive UI design and implementation.
Many of these frameworks, which are primarily based on CSS or JavaScript, are free to download and can be easily customized.
It is unlikely that you will have particular requirements. If your needs are not listed, these frameworks can be used to reduce the amount of work required to design and implement your mobile website.
When comparing the top two options, Bootstrap or Foundation, there are some key differences that you should consider:
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Targeted platform: Although Bootstrap supports mobile, tablet and desktop devices, it is primarily designed for desktop use.
Foundation is built for different screen sizes and types.
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Browser compatibility: Both Foundation and Bootstrap support the most recent versions of most browsers.
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A variety of layouts and components: Foundation offers a much more extensive selection of UI elements.
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Auto resizing: Bootstrap supports only a pre-defined set of grid sizes based on a set of screen sizes.
Debugging and Testing Mobile Apps
Mobile web app debugging can be difficult and frustrating.
Cross-platform and Hybrid Frameworks: How do they Work?
Hybrid apps enable developers to use web technologies such as HTML5/CSS/JavaScript and then wrap those web applications within a container that allows them to behave like native apps on the device.
Hybrid mobile apps can only be web apps that run in an embedded browser environment.
This means that most of the code you have written for a web app can also be used to create a mobile application.
Hybrid development is an option for web developers looking to quickly build mobile apps. Mobile browsers have a faster rendering speed and better runtime performance.
Similar to PWAs, PWAs can be accessed via a browser on the device, computer or using other traditional web application programming technology, such as HTML5, JavaScript, and CSS.
Cross-platform frameworks like Native Script and React Native provide native components that can be used with cross-platform codes.
Flutter and Xamarin, on the other hand, compile cross-platform code to native code for improved performance.
Key Mobile Application Services
Mobile application developers have access to hundreds of third-party and cloud services that can be used to accelerate the development and delivery process.
It's unlikely that any developer will be an expert in all of these services.
Instead, mobile developers should seek out a development environment that allows them to quickly integrate, use and consume most of the commonly needed capabilities into their applications.
While still giving them the ability to take advantage of the many services offered,
Essential
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Sign up/Sign in to User Management.
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Social login (Facebook sign-in, Twitter sign in, etc).
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Analytics and User Engagement.
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Push Notifications.
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Testing Real Devices.
Data Services
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Cloud Storage.
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Real-time and offline data.
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Cloud Functions/App Logic.
Machine Learning
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Conversational Bots.
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Image and video recognition.
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Speech Recognition.
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Conclusion
custom Software development services is a way to use technology to solve specific business problems.
Firm will asked the right questions and found the right service provider to create a custom software program to meet its specific requirements.
Ultimately, the software development process generated an application that increased employee engagement communicated HR benefits, and created better automation/utilization for workflow.
The customization of dashboards has many benefits. They improve the project flow and provide the management team with a more accessible view of the important KPIs of the business.
