A Complete Guide to Understanding Offshore Software Development

 

 

What is offshore development?

Offshore development simply is synonymous with outsourcing. It means you’re sending your software development to be done remotely by people who are located in different geography. Though ‘offshoring’ is perceived as risky in ROI, many software companies are considering offshoring software development as it can actually help a lot. Often, the main reason for outsourcing is the lack of human resources required for software development or lack of needed qualification level.

From simple coding to custom development, mobile application development, software support and maintenance, and website design and development, you can outsource tasks to a third-party offshore software development company.

Offshoring development will spare you from the challenge of hiring and training new staff and at the same time ensure you get the best quality software delivered to you in a short time. Offshore application development is used by many of the world’s largest and most famous corporations, so there is no question about its effectiveness.

Read more: Why Software Development Outsourcing is a Smart Move Now 

In 2019, the global IT outsourcing market was valued at USD 333.7 bn which is only expected to grow further in the coming years. The inevitability of digital transformation is motivating organizations worldwide to offshore their software development needs.  Offshore development companies thus become an extremely important part of the global economy.

 

What is the difference between onshore, nearshore, and offshore?

Onshore: Onshore outsourcing is when you decide to hire software developers within your country. Most companies find this option convenient and approachable.

Nearshore: Nearshore outsourcing is when you decide to outsource to developers from countries with a similar time zone. Typically, customers count on geographic proximity and cultural similarities.

Offshore: Here, the company of the service provider is located in a different country from yours. It can even be in a different continent with a notable time zone difference.

 

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    About the Author

    ...
    Bhuvana O G

    Bhuvana is a Senior Content Specialist at Fingent. She loves to research and develop creative and unique content related to technology and marketing. When not involved in full-time writing, you can see her pitching into editing and proof-reading all sorts of marketing collateral crucial for the company's branding.

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      Identifying 7 Common Mistakes in Tech Projects

      As a non-tech business, you are an expert on the product or service that you are selling. That is your core competency, not information technology. Still, some businesses feel they can do it themselves. That could cost you a lot more than you think. Technology by nature is like a moving target and pinning the best technology solution requires quite a bit of work. Treating tech projects as an afterthought is a mistake that non-tech businesses make far too often. Worse yet, those mistakes can stall the growth of your business. Avoiding tech mistakes, especially the high impact ones, will be the thing that ensures the success of your business. 

      What are the 7 deadly mistakes non-tech businesses make on tech projects and how you can avoid committing those mistakes? This article will help your company navigate the complex and confusing world of technology. 

      Mistake #1. Skimping on Security

      Most small businesses might conclude that their business isn’t that big to become a target for hacks and data theft. Unfortunately, security has become the number one issue even for small businesses with increased online scams, software vulnerabilities, and networks using improper architecture. Can you imagine the impact on your business if your trade secrets, customer information, HR records, and confidential communication fell into the wrong hands!

      One of the top security risks most businesses often ignore is the failure to encrypt their emails. Some discard email encryption either because it is costly and complicated, or because they feel that the threat is insignificant. You can prevent much pain and loss by encrypting your emails. Always assume that every email you send could be intercepted by unethical hackers. 

      Try this: Set up an email encryption system to protect all your emails and their attachments.

      Read more: Emerging Security Technologies To Consider For Your Organization

      Mistake #2. Patching New Software On Old Hardware

      Most often than not software publishers release new upgrades that require a significant hardware upgrade in order to run the newer version. Many businesses purchase the latest version of the software without considering its hardware requirements. The use of old computers and their hardware can be problematic since these devices generally lack the latest features, hang too often, and are slower at common tasks like launching the application, booting up, printing, and internet search. This can result in a failed upgrade and can bring your business to a screeching halt until new hardware can be put in place or until the old version is reinstalled.

      Try this: Before you purchase an upgraded software, check the minimum system requirements needed for the software to run smoothly and ensure that your existing system meets those standards. 

      Read more: Tips for choosing the right Business Software – Tools vs. Solutions 

      Mistake #3. Skipping The Planning Phase 

      Planning for IT may seem tedious and time-consuming especially when you have so many things to get done with the running of your main business. However, it is vital that every business, big or small, must plan out their IT initiatives at least once a year. Failing to map-out your technology path can impact your entire business. You must plan your budget for new software and hardware upgrades while considering the need for additional manpower and/or technical support. Planning ahead will ensure business continuity and will spare you from unanticipated problems and setbacks when something fails.

      Try this: Decide on a particular month of the year for taking stock and planning your IT structure and requirements.

      Read more: Plan Less and Learn Faster Through Lean Business Planning 

      Mistake #4. Inadequately Trained Employees

      Some of your employees may understand technology, perhaps because they had some experience with it formerly or just because they are tech geeks. This is by no means enough to put them on the job to handle tech requirements. One of the most common mistakes that many non-tech companies commit is to try to get the job done with employees who are not adequately trained to use the technology they have at work. There is no alternative to training, it is an absolute must for business growth! Forgoing on the training of employees may render well-intentioned purchases useless and result in a massive loss of ROI. By training your employees you can lessen the likelihood of mistakes and improve overall productivity.

      Try this: Take the “train the trainer” approach with your software provider. It is cost-effective and helpful.

      Mistake #5. Ignoring Reliable Backup And Disaster Recovery

      Businesses today are reliant on their records and data, which are almost completely stored electronically. It is extremely dangerous to assume that your backup system is working properly. A sudden power outage or a server crash can delete all your data within seconds increasing your downtime and the expenses that accompany it. It is a good practice to back up a test directory, erase it, and then do a test restore to ensure that your backup device is working. Also, ensure that the proper data is backed up.

      Try this: Have a right backup solution and disaster recovery procedure in place.

      Read more: COVID-19- Ensuring Continuity and Building Resilience- How business leaders can respond, survive, and thrive in the new normal 

      Mistake #6. Not Leveraging Cloud Computing

      Most businesses either embrace cloud inconsistently or treat it as an unnecessary expenditure for their tech projects. Cloud computing has emerged as the most efficient platform for businesses than on-premise counterparts. This is because it makes it possible for employees, customers, and other authorized users to access the data at any time from any place. In most cases, cloud-based applications offer greater functionality and are less expensive. Cloud computing is more secure than an in-house computer operation that may lack proper antivirus solutions, firewalls, or backup systems. 

      Try this: Prepare a cloud strategy and as soon as possible, consider moving some of your applications and data to the cloud.

      Read more: Cloud Migration: Essentials to Know Before You Jump on the Bandwagon

      Mistake #7. Ignoring Preventive Maintenance

      The most common mistake made by businesses on tech projects is the “repair when it crashes” strategy for IT infrastructure. While it may not hurt too much on some issues, can you imagine your 10-year-old server crashing! Now that could cripple your business. If your mission-critical hardware crosses its shelf life as it were, it is time to consider replacing it well before it actually crashes. Just like your automobile, IT software and hardware require regular maintenance and adjustments. Both the software and servers need continued care to perform at optimal levels. 

      Try this: Avoid overextending the life cycle of servers. Start planning to replace it well in advance. Look for the manufacturer’s instructions on MTBF (mean time between failures) for your equipment.

      Read more: Why Get a Maintenance Contract With Your Software Solution Provider? 

      Don’t Make a Costly Mistake

      As a business, you are constantly juggling multiple roles and duties to ensure that everything runs smoothly. Too often, the panic call comes after a technology mistake has been done already. It is crucial to remember that a single mistake could lead to catastrophic loss of data that your business may never recover from. Don’t take chances with your business. Get our experts to help you make those tech decisions and implement them smoothly. Give us a call and let’s get talking. 

       

       

       

       

       

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        About the Author

        ...
        Vinod Saratchandran

        Vinod has conceptualized and delivered niche mobility products that cater to various domains including logistics, media & non-profits. He leads, mentors & coaches a team of Project Coordinators & Analysts at Fingent.

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          Types of Application Software: Guide for 2025

          Application software offers a plethora of options tailored to meet diverse needs and objectives. Choosing the right application software can transform operations and also drive efficiency. Furthermore, it can profoundly influence your bottom line, positively impacting business outcomes.
          There are many choices in application software. We‘ve grouped them into three categories: general, business, and custom applications. Here is the list of different types of application software available in the market. Deep dive into everything you need to know about application software and choosing the right type of application software for your business.

          General Applications

          • Word Processing Software
          • Graphics Software
          • Spreadsheet Software
          • Presentation Software
          • Web Browsers
          • Multimedia Software
          • Education and Reference Software
          • Simulation Software
          • Content Access Software
          • Information Worker Software

          Business Applications

          • Customer Relationship Management Application Software
          • Enterprise Resource Planning Application Software
          • Project Management Application Software
          • Business Process Management Application Software
          • Database
          • Resource Management Application Software
          • Productivity Software
          • Time Management Application Software
          • Educational Software

          Application Based on Shareability

          • Freeware
          • Shareware
          • Open source
          • Closed source

          Are You Seeking Application Software Development Solutions?

          What is Application Software?

          Application software is a computer program that performs a specific function, be it educational, personal, or business. It is also known as an end-user program or a productivity program. Each application is designed to assist users with a particular task that may be related to creativity, productivity, or communication. Application software programs are specific in their functionality and perform the job they are designed to do. The primary goal of every application software is to simplify an operation and help users get their tasks done effortlessly.
          Today, we have a plethora of high-end application software at our disposal that defines how we live our lives and accommodate our ever-evolving requirements. Widely used application software includes office productivity suites, data management software, media players, and security programs. The common apps we see on our smartphones are also examples.

          Examples of Application Software

          Be it completing your tasks, jotting down notes, completing your online research, setting the alarm, keeping an account log, or even playing games; there are explicit application software programs that can help you out. Application software programs are designed to perform specific tasks, simplify workflows, and improve team communication. The most common examples of applications used by millions daily are listed below.
          • A suite of Microsoft products such as MS Office, PowerPoint, MS Word, Excel, and Outlook.
          • Internet browsers like Google Chrome, Safari, Firefox, etc.
          • Graphics and design software such as Adobe Photoshop, CorelDraw, and AutoCAD.
          • Real-time online communication tools like Skype, Hangouts, Google Meet, Zoom, and Whatsapp.
          • Multimedia and music streaming software such as MX Player, VLC Media Player, Spotify, Pandora, etc.
          • Project management software like Asana, Zoho, Slack, Forecast, etc

          Things to Look For in An Application Software

          With numerous application software available in the market, some come pre-built, with features you can customize. However, sometimes you’ll have the chance to build a new application with your desirable features. Unfortunately, the reality is that no application software is the same. Many are subpar at best, and some completely inept at worst. Therefore, you must ensure that the application software meets all your requirements and is helpful.
          Now, the question is how to judge a good application software. Here are six fundamental characteristics that a good application must satisfy.
          All six qualities are important, but nothing else matters if you get the user experience wrong. The UX is the face of an application that interacts with the user and gives the look and feel of the application software.

          Are You Looking To Outsource Your Software Development?

          Functions of Application Software

          Application software programs are designed to execute a large variety of functions. The functions can vary depending on the users’ requirements. Irrespective of the industry or business domain, application software can be built to serve a specified purpose. Here are a couple of examples.
          • Data analysis and information management
          • Document manager
          • Emails, text messaging, audio and video conferencing
          • Graphics, animations, and video development
          • Accounting, payroll, and finance management
          • Project management
          • Resource (ERP and CRM system) and HR management
          • Software for healthcare management
          • Business project management
          • LMS and eLearning software

          What is the difference between System Software and Application Software?

          Software is basically a set of instructions or programs to carry out a task. They can be classified into two types- System Software and Application Software. Both are software programs designed to instruct and interact with the system or user to perform specific tasks. However, both the software have considerable differences in terms of their design and purpose. Let’s delve into their key differences.

          System Software

          • System software is designed to control and manage the hardware and other resources of the system.
          • System software is pre-installed with the operating system.
          • System software is commonly referred to as general-purpose software.
          • It acts as an interface between application software and the system.
          • Developed in low-level language or machine code that is more compatible with the system hardware.
          • System software can run independently.
          • Programming of system software is complex.
          • It acts as a platform and runs in the background.
          • Performs primary functions of process management, memory management, task scheduling, hardware installation, etc.
          • Users don’t interact with system software.
          • System software is mandatory for a system to function.
          • Examples: compiler, assembler, debugger, driver, etc

          Application Software

          • Application software is designed to accomplish tasks for a specific purpose based on user requests.
          • Application software is third-party software that can be downloaded and installed according to user needs.
          • Application software is commonly referred to as specific-purpose software.
          • Hosted on the platform, which is provided by the system software.
          • Programmed in high-level languages, such as C++, Python, or Javascript.
          • Application software cannot run independently and need the presence of system software.
          • Programming of applications is comparatively simpler.
          • Runs in the foreground and performs a task based on user requests.
          • Performs user-specific tasks for which it is designed.
          • User interacts with the application software.
          • Application software is not mandatory and the system can function without it.
          • Examples: word processor, web browser, media player, photoshop, etc.

          Know the Terminology Differences

          App vs Application

          App: An app is a software that is built for a single purpose and performs a sole function for users. It is specifically designed to run on mobiles and tablets. They can also run on desktops, provided the OS supports those apps. Some popular examples of apps are Open Office, photo-shop, browsers, WhatsApp, Angry Birds, etc.
          Application: An application is a software primarily intended to perform a variety of functions for users. It offers services in areas like automation, data processing, and integration. Applications are designed to run only on desktops or laptops but not on mobiles and tablets. They are likely to be larger packages with multiple functions. Some examples include Microsoft Office, Adobe Photoshop, VLC Player, etc.

          On-premise Application Software vs Hosted Application Software

          On-premise: On-premise was the traditional method businesses used software. With on-premise software, you purchase the software and license, install it on your own server, and maintain it yourself. You need to own your servers internally and complete all the back-ups and upgrades to the software. On-premise software provides increased security since you have total control over the updates and software changes.
          Hosted: The hosted solution is similar to the on-premise. You purchase the software, license and maintain it yourself, but install it on a third-party’s server. Rather than buying your own infrastructure or hardware, you rent it from a vendor. Though remotely hosted, you still own the software you purchased. Hosted has the benefit of low upfront costs and can scale resources on demand.

          Application Software vs Application Platform

          Application Software: An application software help users perform specific tasks. It runs locally on a server or computer system. They can be complex database systems or simple programs like word processors.
          Application Platform: A platform is a foundation on which an application runs. It includes a hardware architecture and a software framework for the application software to function.

          System Software vs Application Software

          System Software: System software administers the system resources and acts as a platform for running the application software. It is an interface between the application software and the system.
          Application Software: Application software is designed to perform a specific set of tasks or functions as per users’ requests for which they have been designed. Application software cannot function independently and can run only with the support of system software.

          Types of Applications Software

          As the world is an era of digitalization, every sphere of business requires application software. The use of the software is rampant across every domain, including banking, healthcare, education, retail, travel, logistics, etc. Picking up the right application software for your specific needs improves function and efficiency. Understanding the different types of application software will help you save cost, time, and resources, enhance productivity, and improve decision-making. Application software can be broadly classified into General Applications, Business Applications, and Custom Developed Applications.

          Word Processing Software

          G-Doc and MS Word, Notepad

          Project Management Software

          Trello, Airtable

          Graphics Software

          Adobe Photoshop, Paintshop

          Business Process Management

          Zoho creator, Nintex

          Spreadsheet Software

          Excel, Google Sheets

          Database

          Oracle, MongoDB

          Presentation Software

          Powerpoint

          Resource Management Software

          Mavenlink, Forecast

          Web Browsers

          Firefox, Chrome

          Productivity Software

          Spreadsheets, PowerPoint

          Multimedia Software

          VLC Media Player, MX Player

          Time Management Software

          Asana, ClickTime

          Educational Software

          Teams, Google Classroom

          Freeware Software

          Adobe PDF, Mozilla Firefox

          Simulation Software

          PCB Softwares

          Shareware Software

          WinZip, Adobe Acrobat.

          CRM Application Software

          Salesforce, Netsuite

          Open Source Software

          Open Office, MySQL

          ERP Application Software

          Odoo, Oracle

          Closed Source Software

          Skype, Adobe Reader

          General Application Software

          General application software is designed to perform a wide range of fundamental functions that a user needs to perform on a system. There are numerous applications that fall under this category. Some of the commonly used application software include:

          • Word Processing Software
          • Graphics Software
          • Spreadsheet Software
          • Presentation Software
          • Web Browsers
          • Multimedia Software
          • Education and Reference Software
          • Simulation Software
          • Content Access Software
          • Information Worker Software

          Here's an attempt to elucidate a few application software from this list.

          Word processing application software is used to format and manipulate text, thus, creating memos, letters, faxes, and documents. Word processing software is also used to format and beautify the text. It provides many features, including thesaurus, synonyms, and antonyms. Along with Word Art features, the font option changes the font color, effect, and style per your choice. Grammar and spell-check options are also available to check for grammatical errors. Popular examples include G Doc and Microsoft Word Doc.

          Graphics application software is used to edit or make changes in visual data or images. It comprises illustration and picture editor software. Adobe Photoshop and PaintShop Pro are a few examples of graphics software.

          Spreadsheet application software is majorly used to perform calculations—this software stores data in a tabular format in rows and columns. The intersecting cells are separated to define text, date, time, and number fields. It allows the users to perform various calculations and functions using different formulae. Microsoft Excel and Google Sheets are examples of spreadsheet software.

          Presentation software enables you to put forth your thoughts and ideas quickly and clearly in a piece of visual information. Then, it lets you display the information in the form of slides. Adding text, images, graphs, and videos can make your slide more informative and engrossing. Microsoft PowerPoint is a good example of presentation software.

          Web browsers are application software used to browse the Internet for locating and retrieving data across the web. Browser software lets you watch videos, download images, search for information, and read files. The most popular web browsers are Google Chrome and Firefox. Other examples of browsers include Internet Explorer, MS Edge, Safari, etc.

          Multimedia application software lets you create or record images and create audio or video files. This software is extensively used in animation, graphics, image, and video editing. In addition, they can enhance the visual and auditory features of the already present audio or video file. VLC media player, MX Player, and Windows media player are some popular examples.

          This application software is also called academic software as they are specifically designed to facilitate learning a particular subject. This kind of software is beneficial in the education industry. There are various kinds of tutorial software too available in this category. Google Earth and NASA World Wind are a few examples of education software.
          Simulation software is a kind of application software used in military engineering, machinery testing, industrial training, robotics, flight systems, weather forecast, video games, etc. It replicates life-like conditions when the actual system or physical environment can be hazardous or inaccurate. It is a program that lets you study or observe an operation or phenomenon through simulation without actually doing that operation. Augmented Reality and Virtual Reality technologies are also used to develop application software that supports simulations. MATLAB is the finest example of simulation software.

          Business Application Software

          Business application software is a type of application software designed to fulfill specific business functions and operations. These applications are presumed to improve the accuracy and efficiency of operations, along with boosting the productivity and profitability of a business. Some of the application software commonly used by businesses are:

          Deliver Top-Notch Banking Experiences to Your Customers!

          Custom Developed Application Software

          A custom-developed application software (bespoke or tailor-made software) is solely built for some specific organization or user based on their business requirements. Custom software development in the web and mobile application industry has taken center stage – primarily for its flexibility and productivity. It can perform your desired functionality and be designed and developed entirely based on user or organizational needs. While pre-built applications are suitable for limited functionality, custom software applications ensure the organization gets everything they want within an application. Therefore, custom software development is a wise solution for organizations planning for a positive long-term business.

          Custom Developed Application Software

          Application software can also be classified based on its shareability and availability.
          Some such categories are
          As the very name indicates, it is available free of cost. Users can download freeware application software from the Internet and use it without any charge. However, this software cannot be edited or personalized to one’s needs. Adobe PDF, Mozilla Firefox, and Google Chrome are good examples of this application software.
          This software is distributed freely to the users on a trial basis, usually with a limited-time offer. After that, the users are expected to pay if they want to continue to use this application software. Some examples of shareware are WinZip, SnapTouch, and Adobe Acrobat.
          This application software is available on the Internet for free, along with the source code. It allows users to modify the software, easily remove errors, and even add features to the software. Open-source software is available in free and paid versions. Few examples of open-source application software are Moodle and Apache Web Server.
          Majority of application software packages that we use belong to this category. These are usually chargeable and have intellectual property rights or patents over the source code. It usually comes with restricted use. Examples include Microsoft Windows, Adobe Flash Player, WinRAR, mac OS, etc.
          Freeware

          As the very name indicates, it is available free of cost. Users can download freeware application software from the Internet and use it without any charge. However, this software cannot be edited or personalized to one's needs. Adobe PDF, Mozilla Firefox, and Google Chrome are good examples of this application software.

          Shareware

          This software is distributed freely to the users on a trial basis, usually with a limited-time offer. After that, the users are expected to pay if they want to continue to use this application software. Some examples of shareware are WinZip, SnapTouch, and Adobe Acrobat.

          Open source

          This application software is available on the Internet for free, along with the source code. It allows users to modify the software, easily remove errors, and even add features to the software. Open-source software is available in free and paid versions. Few examples of open-source application software are Moodle and Apache Web Server.

          Closed source

          Majority of application software packages that we use belong to this category. These are usually chargeable and have intellectual property rights or patents over the source code. It usually comes with restricted use. Examples include Microsoft Windows, Adobe Flash Player, WinRAR, mac OS, etc.

          Benefits of Application Software

          Most organizations are investing in buying or building application software to suit their business model. This software comes with innumerable benefits that you can’t resist executing the ideal application software in your business/organization.

          How to Choose The Right Application Software that Fits Your Business

          As your business grows, there’s always an impulse to improve operations and get work done smarter. Whether it is to replace an old system or discover a new solution to modernize your inefficient performance, the hunt for the perfect application software is no cakewalk.
          Picking the right application software for business involves wise decisions, brainstorming sessions, and critical thinking. Before investing in a software application, you must ensure that it aligns with your business operations, streamlines your processes, improves customer experience, and eliminates risk. The success of your business model, its anticipated goals, and its requirements depend on choosing the right application software. Selecting the right application software can be overwhelming, but the right one can become a real game-changer for your business!
          Here’s a checklist to help you be confident in choosing the right application software for your business.

          Cost of Developing an Application Software for Your Business

          Pricing is a crucial factor for anyone looking to develop an application for their business. The cost of developing an application software varies depending on the various features listed below.
          As many factors collectively influence application software development, it is difficult to quote a precise figure. However, depending on your requirements, our experts can get back to you with a ballpark estimate for your application software.

          Custom Application Software: Ideal For Business With Specific Requirements

          Businesses, big or small, rely on custom application software to fulfill their very specific business requirements. To obtain a competitive advantage in your business landscape, you need technically advanced custom application software that can soar your business to heights.
          Custom application software is designed and built for an organization’s specific group of users. These are not complete software package suites that can be used for any business. Instead, these are personalized and customized to the goals and requirements of an organization and restricted to limited users. Custom software is built to accommodate all the specific business preferences and needs. Another perk of a custom application software is its flexibility, ease of integration, and scalability.

          The Future of Application Software

          As technology evolves more and more, application software is slowly finding its way to intrude into all aspects of our lives virtually. Whether it is a brand new app that can be downloaded on your mobile phone or a new way to make vehicles less dependent on a driver, application development is moving ahead by leaps and bounds. But as we look into the future, there are numerous questions about how application software will impact our personal and professional lives. Here's a quick rundown of what many experts believe the future holds for application software.

          Artificial intelligence

          Companies will rely on developing application software that will allow artificial intelligence to analyze massive amounts of data simultaneously to help them in decision-making that would otherwise prove impossible.

          Artificial Intelligence services will drive the smart reinvention of your business workflows, processes, and technology

          Mixed Reality (MR)

          Mixed reality (MR) is a blend of augmented reality (AR) and virtual reality (VR) and has significant potential in today's enterprise applications. Organizations in various sectors like defense, retail, tourism, architecture, construction, gaming, healthcare, etc., are developing application software to propel their crucial business value.

          Mixed Reality solutions empower you to create vivid and accurate reflections on real-world environments that enable improved work collaboration

          Autonomous Cars

          One area where the application software is projected to make a substantial impact within the next decade is autonomous cars. With the manufacturing industry investing more and more into technology, it is likely to lead to the production of autonomous vehicles, which will bring out many innovations in application software. It is not too distant future that Google and Apple will bring out their autonomous vehicle applications.

          IoT

          As technology trends continue to develop faster than most of us can keep up with, the Internet of Things (IoT) could make far-reaching impacts on our world. Devices on these networks use application software to exchange data over the Internet.

          Cashless Society

          Another area where the application software is expected to play a significant role is, moving towards a completely cashless society. As consumers move to a more digital world, all financial transactions are done electronically, paving the way for banking and insurance companies to develop application software to support more digital transactions.

          Cloud Gaming

          With the growing popularity of cloud gaming, many organizations are turning to cloud-native apps to provide richer playing experiences and provide tangible benefits for both player and provider.

          Develop Your Application Software With Fingent

          As online transactions soar and digital workplaces emerge, different types of application software will continue to evolve. As a result, the demand for custom software development tailored to the requirements of a business is increasing now more than ever before. From simple customizations to full-cycle software development, Fingent can help address all your specific business requirements, leveraging our application software development capabilities.

          Explore our range of services.

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            About the Author

            ...
            Sreejith

            I have been programming since 2000, and professionally since 2007. I currently lead the Open Source team at Fingent as we work on different technology stacks, ranging from the "boring"(read tried and trusted) to the bleeding edge. I like building, tinkering with and breaking things, not necessarily in that order.

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              Experience remote hiring success with custom hiring and onboarding platform

              Even before the pandemic hit, the number of employees working remotely has grown considerably over the past few years. The number of people telecommuting in the US increased by 159% from 2005 to 2017. 

              Even if the threat of COVID-19 ceases, we may not return to the traditional office structure any time soon. In other words, remote work will matter to business much more than it did earlier. Employers, therefore, need to find ways to facilitate remote work. This includes creating the best remote hiring and onboarding experiences for employees. Strong onboarding processes improve new hire retention by 82% (Glassdoor).

              By making a switch from a traditional to a digital workplace, organization across the globe are embracing the new normal. While there are many off the shelf remote hiring and onboarding platforms available in the market, for long term flexibility, it is necessary to fine-tune the features, user experience, functions and so on to fit your organizational requirements. Fingent, as a top custom software development company, can help you create custom applications to power your recruiting and onboarding.

               

              Challenges of remote hiring and onboarding

              Companies want all of their employees to feel inclusive and want a collaborative environment. But how do you make people feel that they are a part of something when you’re working remotely? Remote working is not just video conferencing and chatting, but a comprehensive set of practices that organizations need to develop. Remote employees require more trust. This is what makes hiring remote employees so much different. With remote employees, you don’t have any physical control or direct supervision to know whether or not people are on Netflix or YouTube all day. Building trust over time is the main challenge that organizations need to address while bringing in remote employees. While hiring a remote employee, we’re investing in a person where we’re going to trust him/her to represent our company.

              Read more: Check out how Odoo can help meet HR requirements

              Remote employee hiring and onboarding is here to stay

              Despite these unprecedented challenges that COVID-19 has presented, various organizations have reacted positively and made rapid changes to their remote workflow management priorities and expectations. This ultimately shows us that the need to hire and onboard new staff will continue. Businesses will have to come up with innovative ideas and creative best practices to continue with their hiring and onboarding processes. 

              How can a custom platform for remote hiring and onboarding help you?

              The hiring and onboarding process of each company is unique. Employers always look to incorporate the requirements of a particular LOB into their induction programs. A customized remote hiring and onboarding platform helps you edit your workflows the way you want. You can use different task types to create a unique workflow for a new hire, through which you can send forms, trigger emails, conduct training sessions, and much more. You can even generate reports to review the progress of each workflow. 

              Let’s see how a custom platform can add value to your organization: 

              1. Digitization of your recruitment process 

              With traditional HR practices becoming archaic, organizations look for recruitment technologies that help streamline processes, giving them the best talent available in the market. A remote recruitment and onboarding platform that is customized to integrate ATS (Applicant Tracking System) allows you to post jobs, screen applications, conduct interviews, and centralize all this information in one shared place. When you’re hiring remotely, you have to find the best fit for your company from a large pool of candidates. Incorporating functionalities like intelligent screening, document parsing, video capabilities help you gain a better understanding as well as organize your recruitment process.   

              Read more: Applicant Tracking System-Transforming Hiring Norms

              2. Electronic documentation helps you go paperless

              A custom platform that takes the paper out of paperwork is what you need today. An online onboarding solution with features that enable your new hires to complete their documentation procedures from wherever they are, using any smart device makes the workflow as painless as possible. This custom platform automatically triggers email reminders to employees if they have not completed their documentation before their joining date. The onboarding platform can be configured to give automatic error notifications and tips to resolve those errors to ensure that all your employee documents are accurate. Additionally, functionalities like fingertip signatures, photo upload, and OCR make paperwork a breeze.

              3. Self-Service onboarding improves employee engagement 

              Remote employees do not have the liberty of walking to their managers’ desk time and again for necessary guidance. Employee self-service onboarding comes to the rescue here and acts as a key to employee engagement. Self-service portals help to organize the onboarding process of your new hires helping them find all the information they need in one place. A customized remote platform with self-service onboarding capabilities helps your recruits access essential documents that help them learn and get up to speed quickly and with confidence. Thus employees are satisfied as communication channels are improved leading to higher productivity.

              Read more: A Chatbot Story – How We Built a Comprehensive Onboarding Assistant for a Leading Research University

              4. Project management on-the-go 

              Onboarding and managing a remote team requires overcommunication. An online project management tool helps you do this with ease. You can opt for integrating a project management tool with your remote hiring and onboarding portal to reap the benefits in a single solution. This helps remote workers track the progress of their projects, collaborate effectively, and complete projects efficiently from anywhere, using any smart device. New hires can interact effectively, helping them learn fast. Managers can also track time and analyze what needs to be done in their projects. With a real-time overview, you easily get an idea of who’s working on what. Inbuilt video conferencing tools help you to stay in constant touch with your new hires working remotely.

              5. Virtual mentoring and training programs 

              Mentoring and training programs are an indispensable part of onboarding. They help an employee get accustomed to her new job, learn about the company culture, and update her skills to better perform his duties. You can integrate virtual mentoring programs in your onboarding process helping new hires know about their roles and get personalized training wherever they are.

              Read more: Optimize Workforce Management with SAP SuccessFactors and Qualtrics

              A company is indeed as good as its employees. Hiring and onboarding new employees was a time-consuming process traditionally. When all or most of your staff works remotely, things become complicated. A tailored platform for remote hiring and onboarding helps you deliver awesome onboarding experiences to your employees, fostering productivity, efficiency, and better employee retention. It also allows you to promote your company brand and culture which gives your remote employees a sense of belonging. 

              So did you get a custom platform for hiring and onboarding remote employees? Now is the time if not done yet. Partner with us to develop a tailored platform to meet the unique needs of your company.  

               

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                About the Author

                ...
                Saheen Najeeb

                Saheen is a Business and Tech Savvy Digital Marketing Analyst by profession. He believes Marketing has to be interwoven with Technology. Embracing the role of Marketing Technologist, he helps organizations working closely with the business leaders to prioritize strategies and to put their marketing efforts at the leading edge.

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                  Concerned about app development costs? Here’s all you need to know!

                  There will be more people with access to smartphones in 2021 than with access to running water! Well, then there’s no questioning the fact that app development has become the need of the hour to capture the huge rapidly growing market. Investing in app development is valuable to establish yourself as an authority in your industry. As much as you would like to build an app, you might have many queries. One most pertinent question is: How much does it cost to create an app? This will be answered in detail in this blog. 

                  How much does it cost to create an app?

                  Some people think that creating an app requires a gigantic investment and that the cost of app development is an expensive affair. The truth is, not all types of apps require a princely budget. There is a lot of thought and work that goes into building an app from scratch, so the cost may vary. But looking into what is involved will help us make a fair estimate.

                  It is important to understand that the cost to build an app depends on various factors like the type of app, the platform you choose, the design, and the number of pages required. For instance, an app that doesn’t require back-end features like an email subscription, calendar, or social login, and API integration will not need a huge budget. On the other hand, multi-lingual support, custom features, and real-time updates will need resources in terms of the development budget. Each app is unique and the cost of making an app is based on the time and effort required to build an app. 

                  HackerNoon rates Fingent in the Top 20 when it comes to Mobile App Development Services. Our mobile team has years of experience working with a range of cost-effective mobile application projects. We’ve helped some of the world’s biggest companies create applications to enhance user experience and integrate new-age technologies. 

                  What Are Some Major Factors That Affect the Cost to Build an App?

                  Let’s look at some of the specifics that we need to consider, that may affect the cost of building an app. 

                  1. Functionalities, Scope, And Features of the App

                  The cost of building an app is going to depend on what you are trying to accomplish. Determining that will give a measure of clarity to the scope of the project. If the business is looking forward to a broader scope and returns from the app, it will have to be extensively developed with many functionalities. However, if the purpose of an app is to just establish a mobile presence and develop another channel to connect with end-users, then a limited feature app would suffice. When the goal and overall business purpose is clear to the development team, they will be able to accurately estimate the cost of developing an app.

                  Read more: Mobile App Development: 4 Tips To Consider

                  2. Number of In-App Pages

                  Another vital factor that determines the cost of building an app is the number of screens in the app. The more the number of screens, the more extensive the work required from the designers and UX experts. More screens would also mean higher interlinking of pages through the app, which requires adjustment of conditions so that users can easily access any particular in-app page. Such complex apps demand more time and effort from app designers and developers.

                  3. Platforms and Devices

                  The complete cost of developing a native app for a specific platform is different from developing a hybrid app that runs on multiple platforms and devices. Further, the app development cost also depends on the type of device the app is developed for. 

                  Making an app for devices running on Android, iOS, Windows, or Blackberry needs different sets of integration for each type of device. Additionally, supporting different generations of the same device can be another factor that increases the cost of building an app. iOS apps will need to be built to support the latest as well as previous iOS versions. The complexity of the Android market adds to the difficulty in determining a single standard cost of developing an Android app.

                  Read more: White Paper- Choosing The Right Mobile App Development Approach For Your Business

                  4. Type of App Development Team

                  Based on the complexity of the project, the app development team may comprise a project manager, designer(s), developer(s), and quality assurance engineer(s). You also have the choice of opting for a basic team with a backend developer, admin panel designer, Android or iOS developer.

                  5. Elements of App features

                  • Third-party integrations: Mobile apps require third-party libraries, frameworks, and services. 
                  • Backend development: Backend implements the app’s business logic enabling the exchange of data between the mobile and database.
                  • Hardware components: Identifying the right approach for communication between hardware and software components will make a difference in the cost of building an app

                  6. Database

                  Apps that allow end-users to upload videos, photos, and submit comments or reviews take more time in development. This would increase the complexity of an app because the user’s information must be stored and made available for future use. Obviously then, the app development cost and time for database-driven apps would be more.

                  7. Post-launch Expenses

                  The total cost of creating an app includes the money spent on actual programming as well as post-launch maintenance and updates like cloud hosting, backend server maintenance, and app marketing.

                  8. App Type

                  Choosing the right type of application for the project will have a massive impact on the overall cost to create an app. Apps can be categorized as:

                  • Web Apps: Web apps use a responsive design for smooth user experience across various screen sizes and operating systems.
                  • Native Apps: Native apps could be more expensive because they are optimized for high performance on a specific platform.
                  • Hybrid/Cross-platform Apps: This approach is best suited for the needs of a large audience across different platforms. The development and maintenance costs of this approach are lower when compared to the other approaches.

                  Read more: Hybrid Mobile App Development: When and Why To Choose For Your Business?

                  9. License and Legalities

                  Businesses that want to protect app features that could be knocked off by competitors may want to obtain a Patent, Copyright, or Trademark which increases the cost of building an app.

                  10. Support and Maintenance

                  Adding new features and refining existing features of the app will cost you. This is unavoidable because technology is constantly changing, and new updates will have to be made for your app to function seamlessly. 

                  Are you ready?

                  As of August 2020, there are 3.50 billion smartphone users in the world. As mentioned in the outset, Cisco Visual Networking Index Global Mobile Data Traffic Forecast says that there will be more people with access to smartphones in 2021 than with access to running water. Additionally, App Annie forecasts that consumers will be willing to spend a staggering $157 billion on mobile apps by 2022, an increase of 92% from 2017. Now, these numbers should leave you with no doubt that you must make full advantage of this trend by building an app for your business. 

                  However, having a great idea for an app is one thing but making it available to end-users is another. This guide detailed the cost of making an app, with varying features, technologies, platforms, and more for you to make an informed decision, but if you have any questions or you want to get started on building that app, give us a call

                   

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                    About the Author

                    ...
                    Tony Joseph

                    Tony believes in building technology around processes, rather than building processes around technology. He specializes in custom software development, especially in analyzing processes, refining it and then building technology around it.He works with clients on a daily basis to understand and analyze their operational structure, discover (and not invent) key improvement areas and come up with technology solutions to deliver an efficient process.

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                      Why your business needs to adopt headless CMS architecture

                      70% of companies are actively investing in content marketing and almost 60% of marketers rate content marketing as extremely important or very important to their marketing strategy, states HubSpot. Modern customer behavior is driving up the demand for a more flexible, customizable, and scalable CMS that is adept to deliver the experience your customers expect. When compared to traditional CMS, Headless CMS enables organizations to speed up delivery times while iterating quicker. This blog walks you through seven specific business benefits of headless CMS. Let’s begin by understanding what headless CMS is.

                      What is meant by Headless CMS?

                      A headless CMS allows us to edit CMS and database without an integrated presentation layer. The integrated presentation layer, which is referred to as a ‘head’, restricts the use of content only to one particular channel such as a website. Once CMS is severed from the head, it could be used across various other platforms such as a mobile, tablet, and smart devices, making it ideal for the current business scenario.

                      Read more: 5 Convincing Reasons To Adopt The Headless CMS Sanity.io

                      7 Business Benefits of Adopting a Headless CMS

                      1. More flexible

                      Since headless CMS is API driven, it allows you to build your own head or a presentation layer/ frontend. Besides enjoying the ability to pick your programming language, your developers can develop the website without having to conform to any proprietary development constraints. A single piece of content can be reused or combined with various other presentation outputs enabling faster project completions. 

                      A headless CMS allows secure and easy integration with any of your existing business systems. Additionally, since it does not have a fixed structure to code, your developers are at liberty to code for any type of integration. This gives them the flexibility to integrate with more complex systems. 

                      For example, Sanity.io is a popular headless CMS that allows you to embed editable data in running text and cache multiple queries on a single request. It also provides real-time collaboration, content versioning, and live previewing.

                      2. Supports Omnichannel Selling

                      For marketers to provide a customer-pleasing experience, each channel used by the business would require access to the current product information and availability. It can be quite a challenge to create iconic content that shines across all touchpoints. Instead, a headless CMS provides the capability to orchestrate a seamless experience across all touchpoints while maintaining consistency and relevance. For instance, Sitefinity empowers brands to deliver a personalized experience across channels.

                      3. Headless CMS is Future-Proof

                      A headless CMS enables businesses to future-proof their applications by separating the presentation layer from the data and logic layer. You can structure your content to facilitate future-proofing for new projects. Also, you would not be required to make any technical changes when re-branding one or more channels. Sitecore is a leading headless CMS that offers enterprise-class search and content targeting to boost personalization efforts, among other things.

                      4. Cost-Effective

                      It is a lot cheaper for your business team to create a new functionality because headless CMS requires little technical involvement. For example, if your marketing department chooses to create a new series of product mini-sites, they do not have to depend on developers to build CMS-based templates. Instead, the marketing team can directly go to the CMS and start creating the mini-sites as and when required, reducing your up-front costs. Kentico CMS, for instance, comes with tailored custom pricing. Websites of popular brands like Sony and Starbucks are powered by Kentico. 

                      Read more: Top 6 Tech Stacks That Reign Software Development in 2020

                      5. Offers Better Software Architecture

                      A headless CMS is architected to decouple CMS platforms and published content. This strengthens security because access to the CMS is restructured internally within the organization. It increases scalability simply by spinning up a new app server and pointing it to the content. It remains available against all odds because even when the CMS application goes offline, web applications will not have an impact. Episerver, the leading WCM platform supports editors to drag-and-drop content to create new digital experiences quickly.

                      6. Allows you to do more with less

                      Organizations will no longer need large teams of specialists with particular CMS knowledge, unlike the requirements for a traditional CMS.

                      7. Lets You Focus on Your Business

                      Worrying about your CMS can be time-consuming and distracting. A traditional CMS structure can take your attention away from growing your business. Whereas Headless CMS allows you to use your precious time and resources to grow your business.  Being a multi-tenant system, it is fully managed and upgraded for you. 

                      Read more: Top 5 benefits of outsourcing software development services

                      A Step Forward 

                      Apart from these, there are several other reasons why businesses must consider a headless CMS. The important aspect to consider is how you want to manage and store content for products and articles. This can have an impact on websites, application performance, and conversions. Hence, as marketers, it’s time to take a step beyond traditional CMS.

                      If you’re considering a headless CMS to improve your digital content experience, send us a message immediately. 

                       

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                        About the Author

                        ...
                        Sreejith

                        I have been programming since 2000, and professionally since 2007. I currently lead the Open Source team at Fingent as we work on different technology stacks, ranging from the "boring"(read tried and trusted) to the bleeding edge. I like building, tinkering with and breaking things, not necessarily in that order.

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                          Top 10 Tech Stack That Reign Software Development in 2025

                          What is a Tech Stack?

                          A tech stack, also known as a software stack or development stack, is a combination of programming languages, frameworks, libraries, tools, and technologies that are used to develop and deploy a software application or system.

                          A tech stack provides a standardized and organized approach to software development, enabling developers to leverage the existing tools, libraries, and frameworks to build efficient and reliable applications. In other words, a tech stack represents the layers of software components and infrastructure that work together to create a functioning software product.

                          Layers and Components That Constitute a Technology Stack

                          There are three key components that make up a tech stack:

                          Client-side (frontend)

                          Client-facing side that consists of what the user sees and interacts with. Frontend technologies include HTML, CSS, JavaScript, and UI frameworks and libraries.

                          Server-side (backend)

                          The logic that runs behind the application and its features. Various backend programming languages and tools are used for handling the requests coming from the client-facing side. Backend technologies include web frameworks, programming languages, servers, and operating systems.

                          Database

                          Enables the storage of application data like user profiles or information about the product or software.

                          DIFFERENT LAYERS THAT CONSTITUTE A TECH STACK

                          1. Operating System (OS)
                          2. Server-Side Programming
                          3. Web Server
                          4. Database
                          5. Client-Side Programming
                          6. Frontend Frameworks/ Libraries
                          7. Deployment & Infrastructure
                          The specific technologies and components chosen for each layer may vary depending on your project requirements, scalability needs, performance considerations, target platforms (web, mobile, desktop), and your software development partner’s expertise.

                          Got An Idea Or Software Requirement?

                          Top 10 Tech Stacks Used for Software Development in 2024

                          • A classic, time-tested stack of technologies that stands for – Linux (Operating System), Apache (Web Server), MySQL (Database), and PHP (Programming Language).
                          • LAMP is one of the first open-source software stacks commonly used to develop and deliver web applications today.
                          • Efficiently handles dynamic web pages wherein content changes each time when a page is loaded.
                          • Allows you to choose components based on your specific business requirements. For instance, instead of Linux OS, you can choose Windows OS to form a WAMP stack or macOS to form a MAMP stack. You can also swap PHP in the stack with Perl or Python to get the desired results.
                          • MEAN stack comprises MongoDB (Database), Express.js (Backend framework), Angular (Frontend framework), and Node.js (Runtime environment).
                          • MEAN is an end-to-end JavaScript stack that allows you to use a single language throughout the stack. This helps you reuse the code across the entire application.
                          • All the technologies in MEAN stack are free and open-source and are supported by a vibrant community.
                          • MEAN stack technologies are ideal for cloud hosting since they are flexible, scalable, and extensible. The stack can be deployed easily as it includes its own web server.
                          • The database can be scaled on-demand to accommodate usage spikes temporarily.
                          • When you replace Angular in the MEAN stack with React, it becomes MERN. React is one of the most popular frameworks used for building high-end, single-page applications with interactive UI.
                          • React uses JSX, a syntax extension to JavaScript, which provides a way to structure component rendering using syntax familiar to many developers.
                          • React uses Virtual DOM (Document Object Model), that allows changes to be implemented easily.
                          • Since React is a library and not a framework, developers may have to rely on third-party services to build the desired functionalities.
                          • Ruby on Rails (RoR), or simply Rails, is a server-side web application framework written in Ruby under the MIT license.
                          • Rails is an open source, object-oriented, model–view–controller (MVC) framework that provides default structures for a database, a web service, and web pages.
                          • ROR offers innovative features such as seamless database table creations, migrations, and scaffolding of views to enable rapid application development.
                          • The framework encourages and facilitates the use of web standards such as JSON or XML for data transfer and HTML, CSS and JavaScript for user interfacing.
                          • .NET is an open-source developer platform made up of tools, programming languages, and libraries for building modern, scalable, and high-performing desktop, web, and mobile applications that can run natively on any operating system.
                          • There are various implementations of .NET that allow the .NET code to execute on different operating systems – Linux, macOS, Windows, iOS, Android, and many more.
                          • C#, F#, and Visual Basic are the three Microsoft-supported languages for NET development. There are many third-party created languages that work well with the .NET platform.
                          • .NET is a highly coveted software development platform due to its advantages such as ease of development, code reusability, extensive support for high-performing applications, strong built in security measures, and active community support.
                          • Django is a high-level Python web framework that encourages rapid web development with a clean, pragmatic design. Both Python and Django are widely used together for building full-stack applications.
                          • Leveraging the Django-Python stack for application development allows you to use modern technologies including: PyCharm, Python, HTML, CSS, and JavaScript.
                          • Developers can combine the stack with Apache web server, MySQL, and the Django framework for server-side development.
                          • Django supports low-code web app development and also helps manage rising volumes of traffic and API requests to meet changing business needs.
                          • Flutter is an open source framework by Google for building multi-platform applications from a single codebase.
                          • Flutter is powered by Dart, a programming language optimized for fast apps on any platform.
                          • Flutter can use Google’s Firebase on the backend which allows you to build highly scalable applications.
                          • Flutter’s built-in widget catalog and UI toolkit allow you to build high-performing, natively compiled mobile apps with visually exciting application elements.
                          • React Native is a JavaScript framework for building native iOS and Android mobile applications. The framework is based on React, a JavaScript library built by Facebook for UI development.
                          • React Native applications are written with a mixture of JavaScript and XML markup. Applications built using React Native render using real mobile UI components, which means the apps look like any other mobile application.
                          • Applications built using React Native provide a high level of reliability and performance and deliver a superior user experience.
                          • The framework allows developers to reuse up to 100% of their code between different environments which saves a lot of development time.
                          • Java Enterprise Edition (JEE) provides a platform for developers with enterprise features such as distributed computing and web services.
                          • Java EE applications are usually run on reference run times such as microservers or application servers, which are ideal for creating e-commerce, accounting, and banking information systems.
                          • Java EE technology is the de-facto standard for delivering secure, robust, scalable multi-platform applications and services that are portable across all the Java compatible, Enterprise Edition products available today.
                          • Java EE has several specifications for making web pages, reading and writing from databases in a transactional way, and managing distributed queues.
                          • Serverless architecture is one of the latest trends in software development that allows developers to focus solely on the application code instead of worrying about infrastructure and server management.
                          • The serverless stack leverages cloud computing services such as AWS Lambda, Google Cloud Functions, and Azure Functions to create scalable and cost-effective applications without dedicated servers.
                          • Since the serverless architecture is based on the Functions as a Service (FaaS) model, you don’t have to pay for unused server resources, which makes the stack highly cost-effective.
                          • Serverless stack makes it easy to manage traffic spikes and server resources during peak times since the cloud provider automatically scales the application up or down based on the number of requests.
                          jQuery(document).ready(function($) { var delay = 100; setTimeout(function() { $('.elementor-tab-title').removeClass('elementor-active'); $('.elementor-tab-content').css('display', 'none'); }, delay); });

                          Benefits of Using Tech Stacks in Software Development

                          7 Tips For Choosing Your Technology Stack

                          Сhoosing, the right technology stack for your web development is a success factor for a project. Aligning technology stack opportunities with your web development functionalities might not suffice in each case, as there are multiple factors to look upon when choosing a technology stack for your project. Here are seven aspects that can help you make the right choice.
                          7 Factors to Consider when Choosing the Right Tech Stack
                          1. Define the scope of the project
                          2. Scalability requirements
                          3. Technology & Team Expertise
                          4. Time to market
                          5. Security requirements
                          6. Maintenance
                          7. Development Cost

                          Define project size, complexity, and functionality

                          The tech stack used for a small project might vary from that used for bigger projects. The size of the project is a key factor to look out for when choosing a technology stack. Also, the complexity and functionalities of your project matter. If your project is complex and includes heavy functionalities, it is wiser to choose an advanced technology stack.

                          Scalability requirements

                          As your project progresses and grows, the tech stack should have the potential to scale sufficiently. You should choose a technology stack that allows for adding new compelling features and handles unpredictable increases in user numbers.

                          Technology & Team Expertise

                          It’s important to determine whether or not your team will be able to maintain the application once it is deployed. Consider your team’s experience and expertise when choosing a tech stack. It will be better if you know that your team can use a tech stack successfully and doesn’t require additional training; otherwise, there is no need to consider one.

                          Time to market

                          When choosing a tech stack, ensure that it can accelerate your development process without hampering the quality and closes within the deadline.

                          Security requirements

                          If your app will handle confidential user data and information, security plays a major role. You need to pick a robust tech stack with fully secured standards & support a high-end security framework to meet your app development goals.

                          Maintenance

                          The development process doesn’t end with the app launch, which needs ongoing nurturing at every stage. It is a good practice to choose a tech stack that is easy to maintain by your development team for easy upgrades & regular maintenance.

                          Development Cost

                          Despite the fact that many technology stacks are available in the market as open source, they may not incorporate desired functionalities or features you are looking for. Most tech stacks come with a subscription fee if you need special or advanced features. Licensing and maintenance also incur a cost. Furthermore, some technology stacks demand huge salaries for their developers. The overall cost of the technology stack leans on all these factors.

                          Deliver Top-Notch Banking Experiences to Your Customers!

                          “Give me six hours to chop down a tree and I will spend the first four hours sharpening the axe.”

                          – Abraham Lincoln

                          What Should Be Your Next Step?

                          Once you have compared and analyzed different technology stacks and discovered the best stack that fits your project, the next step is to start the software development process. But before you start, there is some groundwork to be done which involves these steps.
                          Project Planning
                          Plan the development process, determine the project scope, set timelines and milestones, and allocate resources accordingly.
                          Team Composition
                          Hire software developers and experts depending on the size and complexity of your project. Ensure your team has the necessary skills and experience to deliver the project.
                          Development Environment
                          Install the necessary software, tools, and libraries for setting up your development environment. Configure the environment correctly and provide the required level of access to your team members.
                          MVP Development
                          Develop a working Minimum Viable Product (MVP) that you can share with users to validate your idea. Add more features and functionalities based on the user feedback.
                          Testing and Deployment
                          Test the application thoroughly to identify and resolve bugs, ensure the application works as intended to give the desired results, and deploy it to the production environment.

                          How Fingent Helps?

                          Being a top custom software development company, Fingent adopts the most efficient and modern technology stacks that can make your software products highly competitive and capable of fulfilling your organization’s unique requirements. Here are some of the best practices we follow when selecting software stacks for our clients’ development projects:
                          With the right tech stack and a skilled software development team by your side, you can build innovative software solutions that solve your business challenges and delight your users. If you have any questions on tech stack selection or need free software consulting services, get in touch with our team.

                          FAQ

                          Picking on the right technology stack for web development is an important marker of the company’s priorities and culture. It is a huge responsibility that must be done with careful research and planning. Various factors, such as your web application’s speed, quality, and security level, will depend on the chosen technology stack. Hence, it is advisable to identify the pros and cons of the various technology stacks in the market.
                          Choosing the right technology stack is a crucial step in your product development and is key to its success. Here are the key pointers to consider when selecting a tech stack.
                          • >> Application size, type, and complexity
                          • >> Team knowledge and upskilling
                          • >> End-user experience and time to market
                          • >> Security and scalability
                          • >> Cost and overall value of the tech stack.
                          Migrating your less-performing or outdated tech stack to a tech stack of your choice is possible. However, it is a relatively time-consuming and costly process. Switching to the right tech stack may skyrocket the growth of your application. It requires rigorous analysis and perfect planning before deciding to move.
                          Choosing the wrong tech stack can result in operational problems that can pile up until they become unstoppable.
                          • >> The need to update your existing software with a modern technology stack.
                          • >> Vulnerable to security threats
                          • >> Limitations in creating and adding new features to the software
                          • >> Lack of knowledge in your in-house team who can use the tech stack
                          • >> Tech stack without scalability feature results in crises as your business grows

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                            About the Author

                            ...
                            Arun Thomas

                            Arun is a full-stack developer at Fingent. He spends a workday experimenting with Jquery, CSS, HTML; and dabbles with Python, Node, and PHP. With a broad skill set ranging from UX to Design, and from front end to back end development, Arun enjoys working in challenging projects and is always on a go-to learn something new.

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                              How AI is bringing change to the software testing practice

                              Artificial Intelligence is penetrating into multiple functions performed by the software industry. In software testing, the technology holds the potential to be a game-changer. Imagine the capability of your software to test and diagnose itself and make self-corrections! This will lead to huge savings on your resources. With this in mind, let’s try and understand exactly how AI will impact the traditional way of software testing. 

                              Before we proceed, let’s get one thing clear – Do we really need AI in software testing?

                              Do We Really Need AI in Software Testing? 

                              Software testing came into existence as a result of the evolution of development methodologies. It fed the need for robust, error-free software products. Testing was a laborious task for sure. However, automating software testing required traceability and versioning, both of which were critical and needed careful consideration. Something was needed to resolve this.

                              As businesses move towards digital transformation and the software market continues to grow, businesses expect a real-time risk assessment across all stages of the software delivery cycle. AI in software testing is the right response to these challenges. AI can develop error-free applications while enabling greater automation in software testing. This helps meet the expanded, critical demands for testing. It improves the quality of engineering and reduces testing time allowing the tester to focus on more important things. The verdict is clear then – We Really Need AI for Software Testing!

                              Five Impressive Ways AI Impacts Software Testing

                              1. Improves object application categorization

                              AI is widely used in object application categorization. When tools and testers are created, unique pre-train controls can be created. Once the hierarchy of the controls is categorized, testers can create a technical map to obtain labels for the different controls. 

                              In the near future, AI will become capable of observing users perform exploratory testing on the testing site. And once user behavior is assessed, it can assign, monitor, and categorize the risk preference.

                              2. Automation of test case writing 

                              Gone are the days of web crawlers. As automation is picking momentum, AI tools have become capable of learning business usage scenarios of test applications. 

                              Related Reading: Unconventional Ways Artificial Intelligence Drives Business Value

                              They can automatically collect insightful data such as HTML pages, screenshots and page loading time and eventually train ML models for expected patterns of the app. And as soon as they are executed, any variations are marked as potential issues. This makes it easier for the tester to find and validate differences and fix issues. 

                              3. Enhanced accuracy

                              To date, source analysis requires human resources to accomplish the task. Unfortunately, because of the enormity of the data, even the best experts could overlook, or miss out on observing certain critical defects. Human error and the tendency to lose focus further impairs the experts involved in software testing. It can be disastrous if bugs caused by these errors are caught by consumers before project stakeholders. Product positioning and brand reputation can be jeopardized. 

                              Thankfully, AI can teach systems to learn source analysis and, in the future, apply this acquired knowledge. This ensures that testers have greatly enhanced accuracy. It eliminates the probability of human error and also shortens the time to run a test and increases the possibility of finding defects or bugs. 

                              4. Automation without the user interface

                              AI-based techniques can be applied for non-functional tests such as performance, security and unit integration. It can also be applied on various application logs which assists in developing auto-scaling capabilities such as bug prediction.

                              AI algorithms can enhance UI testing, predict the next test, determine the outcomes for subjective and complex tests and much more. In other words, AI could increase the overall test coverage while it increases the depth and scope of the test itself.

                              5. Reduces cost and decreases time to market

                              The need for manually repeating a test is time-consuming and extremely expensive. But with AI, such tests can be automated to repeat several times over. Each time the software test is repeated automatically, the source code gets modified to correct any bugs. This eliminates the additional cost of repeating the test and increases the speed of the test from days to hours, which in turn saves more money.

                              Related Reading: Quality Assurance in Software Testing – Past, Present & Future

                              Allow AI to Revolutionize your Business

                              AI has proven to have a significant impact on software testing with its benefits ranging from optimization to extraordinary savings. It enables testers to move beyond the traditional route and dive toward precision-based testing processes. This can prove invaluable to your business. To find out how you can make this happen for your business, contact us

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                                About the Author

                                ...
                                Sreejith

                                I have been programming since 2000, and professionally since 2007. I currently lead the Open Source team at Fingent as we work on different technology stacks, ranging from the "boring"(read tried and trusted) to the bleeding edge. I like building, tinkering with and breaking things, not necessarily in that order.

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                                  Fingent Receives High Praise from Leading Businesses Around The World!

                                  In today’s increasingly digital marketplace, technology is key to gaining a competitive advantage. Of course, with technology advancing at an unprecedented rate, determining how to most effectively deploy the latest technologies is easier said than done.  As a top custom software development company, we build high-quality, cost-effective web and mobile solutions that deploy the newest technologies and meet all of your enterprise needs. 

                                  We’re committed to delivering the best quality and customer service — and for that reason, we’re a trusted partner to some of the world’s leading enterprises and businesses. 

                                  We know how important it is for potential buyers to peruse client testimonials and understand what it’s like to work with us before signing a contract, and that’s why we’ve partnered with the ratings and reviews platform Clutch.

                                  Of more than 300 firms, Clutch ranks us among the top 3 software developers in NY! Clutch determines industry leaders based on market research and client feedback, so we’re immensely grateful to the clients who have left reviews for us. One of our recent reviews was from Wage CALC, a company that provides attorneys and legal professionals with a better way to manage their wage and hour cases with wage & analysis software. 

                                  Wage CALC was in need of custom software development services. They were looking for a trustworthy, well-known developer — and they found us on Clutch! Deploying a Microsoft Excel prototype that they’d created, we built their cloud-based app from the ground up.

                                  “I’ve had such an excellent experience with them. Fingent exceeded my expectations.” — Founder & CEO, Wage CALC

                                  The client was impressed that we were able to break down their complex, formula-heavy prototype. They commended our professional and responsive team and were particularly appreciative of how our SVP helped to streamline communication between our team in India and theirs in California.


                                  We received another 5-star review from a large transportation and logistics company that specializes in oil and gas equipment pickup and delivery. There’s a significant technology gap when it comes to processing orders, invoicing, and workflow management within the logistics industry, and we were prepared to change that.

                                  We developed an end-to-end transportation management solution. The solution allows customer service representatives to assign vehicles for order pickup and delivery, while drivers can use a mobile version of the solution to send documentation and process tickets and billing. The company’s accounting team also uses the system to do invoicing, collect payments, and close orders. 
                                  “The management system is light years ahead of anything else in our industry.” — IT Director, Transporation Company

                                  The client appreciated our consistency and availability, along with our team’s impressive knowledge and talent.

                                  Meanwhile, The Manifest, Clutch’s partner site listing market experts, ranks us as the #1 custom software development company.

                                  Fingent is not just recognized by the Clutch! A few well-known rating sites like the Software World, have also appreciated Fingent for its expertise in software development and technology solutions.

                                  Learn more on why Fingent is the most trusted Tech Partner for emerging enterprises, and how our expertise can benefit your business. Contact us today — we offer free consultations! 

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                                    About the Author

                                    ...
                                    Tony Joseph

                                    Tony believes in building technology around processes, rather than building processes around technology. He specializes in custom software development, especially in analyzing processes, refining it and then building technology around it.He works with clients on a daily basis to understand and analyze their operational structure, discover (and not invent) key improvement areas and come up with technology solutions to deliver an efficient process.

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                                      Testing Types And Strategies: Choosing A Testing Method

                                      Understanding the basics of software testing is crucial for developers and quality assurance specialists equally. To deploy a better software and to find bugs that affect application development, it is important to learn about the different types of software testing. 

                                      Types Of Software Testing 

                                      Testing is a process of executing a software program to find errors in the application being developed. Testing is critical for deploying error-free software programs. Each type of testing has its advantages and benefits. Software testing is broadly categorized into two types; Functional and Non-Functional testing.

                                      Functional Testing Versus Non-Functional Testing

                                      Functional Testing is used to verify the functions of a software application according to the requirements specification. Functional testing mainly involves black box testing and does not depend on the source code of the application. 

                                      Functional Testing involves checking User Interface, Database, APIs, Client/Server applications as well as security and functionality of the software under test. Functional testing can be done either manually or by making use of automation. 

                                      The various types of Functional Testing include the following:

                                      • Unit Testing
                                      • Integration Testing
                                      • System Testing
                                      • Sanity Testing
                                      • Smoke Testing
                                      • Interface Testing
                                      • Regression Testing
                                      • Beta/Acceptance Testing

                                      Non-Functional Testing is done to check the non-functional aspects such as performance, usability, reliability, and so on of the application under test. 

                                      The various types of Non-Functional Testing include the following:

                                      • Performance Testing
                                      • Load Testing
                                      • Stress Testing
                                      • Volume Testing
                                      • Security Testing
                                      • Compatibility Testing
                                      • Install Testing
                                      • Recovery Testing
                                      • Reliability Testing
                                      • Usability Testing
                                      • Compliance Testing
                                      • Localization Testing

                                      The 7 Most Common Types Of Software Testing

                                      Type 1: Black-box Testing

                                      Black-box testing is applied to verify the functionality of the software by just focusing on the various inputs and outputs of the application rather than going deep into its internal structure, design, or implementation. Black-box testing is performed from the user’s perspective.

                                      Type 2: White-Box Testing

                                      The White-Box software testing strategy tests an application with access to the actual source code as well as focusing on the internal structure, design, and implementation. This testing method is known by different names such as Open Box testing, Clear Box Testing, Glass Box Testing, Transparent Box Testing, Code-Based Testing, and Structural Testing. White-box testing offers the advantage of rapid problem and bug spotting.

                                      Type 3: Acceptance Testing

                                      Acceptance Testing is a QA (Quality Assurance) process that determines to what extent a software attains the end user’s approval. Also known as UAT (User Acceptance Testing) or system testing, it can be testing the usability or the functionality of the system or even both. Depending on the enterprise, acceptance testing can take the form of either end-user testing, beta testing, application testing, or field testing. The advantage of acceptance testing is that usability issues can be discovered and fixed at an early stage.

                                      Related Reading: Quality Assurance in Software Testing – Past, Present & Future

                                      Type 4: Automated Testing

                                      Automated testing is a method in which specialized tools are utilized to control the execution of various tests and the verification of the results is automated. This type of testing compares the actual results against the expected results. The advantage of automated testing is that it avoids the need for running through test cases manually, which is both tedious and error-prone, especially while working in an agile environment. 

                                      Type 5: Regression Testing

                                      Regression testing is a testing practice that verifies whether the system is still working fine, even after incremental development in the application. Most automated tests performed are regression tests. It ensures that any change in the source code does not have any adverse effects on the application.

                                      Type 6: Functional Testing

                                      Functional Testing tests for the actual functionality of the software. This type of testing focuses on the results of the system processing and not on how the processing takes place. During functional testing, the internal structure of the system is not known to the tester. 

                                      Type 7: Exploratory Testing

                                      As the name indicates, Exploratory testing is all about exploring the application where the tester is constantly on the lookout for what and where to test. This approach is applied in cases where there is no or poor documentation and when there is limited time left for the testing process to be completed. 

                                      Related Reading: A Winning Mobile Testing Strategy: The Way to Go

                                      All the methods mentioned above are only some of the most common options of software testing. The list is huge and specific methods are adopted by development vendors based on the project requirements. Sometimes, the terminologies used by each organization to define a testing method also differ from one another. However, the concept remains the same. Depending on the project requirement and scope variations, the testing type, processes, and implementation strategies keep changing. 

                                      Like to know more about Fingent’s expertise in custom software development and testing? Get in touch with our expert. 

                                       

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                                        About the Author

                                        ...
                                        Resmi Thoppil

                                        Resmi has been involved in the Software development lifecycle for over 14 years as a developer, project manager and currently leads the Quality Assurance team in Fingent ensuring the quality of our projects. Her current responsibility includes optimizing quality processes, upskilling teams and managing line activities of the QA team.

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