Tag: Software development
To build or to buy has been a million-dollar question most businesses seek an answer for. This can become more daunting when you consider the numerous factors influencing the decision. To make it less overwhelming, we will discuss factors and tips to help business leaders make informed decisions. This blog also explains the right process to follow once the decision is made.
Build Or Buy: Should You Buy Software or Build It?
Several factors must be analyzed when deciding to buy or build software internally. Here is an analysis of four key points that can help business leaders to make an informed decision that will impact their business growth:
- What is the scope of the problem that you are attempting to solve?
- How complex does the software solution need to fit your business?
- Can the organization leverage exist experts, or will you need to hire more?
- How quickly does the organization need the software?
It is good to remember that there are no one-size-fits for all in this regard. Analyzing these questions will help businesses zero in on one of the two options. Please read on to find out top tips to help companies identify which of these two is most suitable for their business.
Top Considerations for Companies to Help Recognize Build vs Buy
Deciding to buy or build custom software is not as easy as flipping a coin. Here are the top considerations that will increase the odds of making the right decision:
- Problem – Businesses must give thought to the problem at hand. Is it attempting to solve a common problem or specific to the company alone?
- Funds – Can the company have dedicated funds to host and maintain the software solution, including upfront costs?
- Time – Consider how time-intensive the problem at hand is. Is it just a nagging annoyance or a serious health threat to the company’s survival?
- Strengths and Weaknesses – Analyzing a business’s strengths and weaknesses will help companies choose whether to build or buy. Can the business withstand the risks that may surface with technical debts, quality concerns, opportunity costs, and more?
- Quality – Consider if you can fully focus business efforts on solving this problem without compromising quality.
- Surface-Level Risks – Before buying or in the future with a trial, demo, or quote, reviewing the surface-level risks of buying versus building software is important.
- Data – For certain companies, their data is vital to their competitive advantage. In such cases, it is crucial to consider how the third party may your proprietary data. Consider if there is the possibility of losing access or oversight to customer data or other critical business insights.
- Security – Ensure the company’s accounts are not compromised by finding out if the third party can be trusted and if they use cybersecurity best practices.
- Vendor Reliability – Consider if the third-party vendor is reliable. Does it have the ability to weather a market downturn or other external factors that may impact the business?
Read more: When Does Your Business Need Custom Software Development Solution – Evaluate Now!
If a company decides to build custom software after all these considerations, it is vital that they follow the right process for the successful development of software.
What is The Right Process If You Decide to Build?
Building custom software might be the perfect solution for your business and building it the right way is key to its success. Usually, it is developed by a third party or in-house developers. Custom solutions ensure features and functionality with the company’s needs in mind. As a result, businesses enjoy increased productivity and growth.
To get started, here is the right process companies can follow:
1. Define your organizational needs
First, determine the current business process, expectations, and verifiable success. Talking to experts, finding out why the changes are necessary, and sketching out the workflows will help ensure a smooth project management process.
2. Resist the temptation to keep everything in-house
It may be tempting to handle all processes in-house to save money. However, working with your own IT team could cause a slowdown in the company operations as they already have their daily work. Here, outsourcing certain tasks makes the most sense. Consider working with a vendor with a verifiable track record in building custom software for other companies.
3. Be practical
To keep the project on track, create a realistic plan together with all involved in the project. This will allow companies to set specific deadlines. Knowing the timeline will help in allocating funds when required.
4. Test and test
Before implementing the new custom software, it must go through two levels of test. One is technical testing by IT professionals and developers to ensure all elements are working. The second is user testing to see if the software works as intended.
5. Document each stage
Documentation must include the team members’ details, roles and responsibilities, deadlines, and expectations for the project. It must also include a test plan, checklist, scope statement, training plan, implementation plans, and detailed user documentation.
Top 5 Trends in Custom Software Development Today to Look Out For
The custom software market is growing exponentially. Some software development trends stand out. These trends are influenced by the need for businesses to leverage advancing technology.
- Cloud technology: The pandemic shut the door on data on-site and opened the door to cloud technology. Developing cloud-native applications will likely continue as many companies still use remote work setups.
- Internet of Behavior: The Internet of Behavior, or IoB, studies customer behavior through the data gathered from various devices. This data allows businesses to understand how to improve the quality of their products and services.
- Blockchain: Blockchain is used in businesses to track records without worrying about discrepancies.
- Low-code and No-code development tools: Workers can create programs and sites even if they lack coding knowledge. According to research, by 2024, 65% of software projects will be done through low-code or no-code development.
- Software integration: Software integration can provide a seamless user experience. Additionally, it helps the company save time and increase productivity.
Read more: Low Code/No Code Development with SAP BTP: How It Is Turning the Future of Enterprise Resilience
Build For the Future
Building custom software allows organizations to use technology that addresses their unique needs. Following the right process can ensure they are implemented in a way that supports and advances business growth.
Custom software development is our forte, and we have been able to help many clients get exactly what they need from their software.
Give us a call, and let’s discuss what we can do for your business.
The world of programming has come very far, and it continues to evolve. What this gives you is – options. Out of the many ways to fabricate these programs, the two most common ways are functional programming and microservices. This blog gives you an in-depth view of both of them.
To understand the similarities and differences between these two, we must first understand how they work individually.
What Is Functional Programming?
Functional Programming (also called FP) is a programming paradigm in which everything is bound together by using pure mathematical functions. Its programming style is declarative because it focuses on “what to solve” instead of “how to solve.”
FP is mainly based on the ancient Lambda Calculus developed in 1930. It is famously known as the smallest programming language in the world, and it defines what is computable. Functional programming languages are classified into Pure Functional Languages and Impure Functional Languages. A few examples of Programming Languages that support functional programming are – Haskell, JavaScript, and Python.
Read more: Enhance Your Small Business Growth & Success with Custom Software Solution!
What Are Microservices?
Microservice architecture, or simply Microservices, is a modern perspective on software whereby application code is conveyed distinctively in small, manageable pieces. It mainly focuses on building small, self-contained, and ready-to-run applications that can bring great pliability and added resilience to a code.
Each service functions independently in its own process, making microservices a service-oriented architecture where applications are built as a collection of divergent smaller services rather than one whole monolithic app. The programming languages that support microservices development are – Java, Golang, Python, .Net, and Node JS.
Read more: Is Microservice Architecture The Next Best Move For Businesses?
How Are Functional Programming And Microservices Similar?
Although Functional Programming and Microservices are very different, a few similarities can be noted between them.
- They have a shared goal of deployed elasticity
- Both functional programming and microservices are formulated to scale and load-balance simultaneously with any increase in demands
- They are also designed to replace faulty instances
- They both share a concept of encapsulation and clear separation
- Both functional programmes and microservices are small, which means they both carry the minimum amount of logic
- When using microservices or functional programmes, utmost discretion is advised since the major quality of experience problems could develop.
- The most significant point of similarity between the two is that neither functional programming nor microservices should store data within a component.
With the help of transport independence and pattern matching, services can be edited from your system, letting you reposition the topology with each deployment. If you look closer, this benefit emerges from the similarities between microservices and functions from functional programming.
How Is Functional Programming Different From Microservices?
Although often associated together, microservices and functional programming are fundamentally quite different, especially regarding software design and development. A few of these differences are listed and explained below:
- Reasons for small size – Microservices are small to facilitate better generalization, which capacitates developers to contrive applications from a collection of small functional units. Whereas functional programmes are small to perform limited tasks. Functional programs cannot be composed into applications; instead, they are linked with events.
- Functional programming concepts aggressively exercise stateless behavior. It emphasizes mostly on generating the same outputs from the same inputs. While microservices usually exhibit stateful behavior because they conserve state throughout a database, which is also called back-end state control.
- Functional programming performs on asynchronous outside triggers cited as event flows. Alternatively, microservices are called by other software when they are required to be part of a workflow.
- At a specific point during processing, you’re probably calling a microservice if you want to call an individual component. Still, if you want to respond to something external, that’s generally pursuant to functional programming.
- Organized functions have sequences in place of workflows, and every step in the processing of an event is likely set on by the step before it. On the contrary, all activations of your software associated with microservices are explicit calls, so you don’t have to worry about figuring out how to keep the steps in sequence.
- Exploring how they will sequence the steps in their scheduled functions is imperative for functional programming, but concurrency is the key with microservices.
- Since microservices are called by other software, you can control how they are called, so you can control concurrency. Alternatively, you can expect event-driven functions to be concurrent.
Under What Circumstances Are Functional Programming And Microservices Best Employed?
Functional Programming:
Typically it is used for mathematical operations, AI, and pattern matching; generically, anything that can be broken down into a set of rules that must be utilized to get a solution.
Some of FPs advantages that make it better employed are –
- It helps solve problems effectively in an easy way.
- It increases modularity.
- It allows the implementation of lambda calculus in programmes to solve complex problems.
- Some programming languages endorse nested functions which improve the tenability of the code.
- It improves the productivity of the developer.
- It helps debug any code briskly.
Microservices:
Microservices have quintessentially changed the way server-side engines are fabricated. Making the most of microservices is a unique science and requires discipline.
A few of their advantages that make them better employed are –
- Each microservice, as needed, can evolve independently, enabling constant improvement and faster app updates.
- Resources can individually be increased to the most needed microservices rather than scaling an entire app. Therefore scaling is faster and usually more cost-efficient as well.
- If a particular microservice fails, you can prevent cascading failures that would cause the app to crash by simply isolating the failure to that single service.
- Its smaller codebase allows teams to understand the code more easily, making it simpler to maintain.
- Microservices boost agility by reducing the time to market and speeding up your CI/CD pipeline.
Read more: Breaking Down The Enterprise Software Monoliths!
Make the Best of These Programming languages for Your Business
Deciding which programming language is best for you is a critical decision.
Speak to our tech experts at Fingent top custom software development company to see which one is right for you and how you can implement it for your business.
How Sanity.io manifests the value of headless CMS
In our recent white paper, we stated that customer experience will overtake price and product as the key brand differentiator in 2020. We also discussed how the rapid evolution of both customer expectations and CX technologies is a wakeup call for both CX and IT leaders.
So, that’s it! Any business failing to deliver omnichannel customer experiences or remaining inactive across their website, mobile application, voice assistant, email, social media profiles, or online customer support is sure to face peril. This has set in a new level of expectation as to how digital content should be managed. Definitely, this puts the onus on companies to adopt a headless content management system (CMS).
Now, the question is what’s wrong with the traditional CMS? If WordPress, Drupal, or Joomla allows you to have both the CMS and the website’s design in one place, wouldn’t it be easier to make updates and manage your content seamlessly? Then why did leading brands like Cornerstone, Cloudflare, and Eurostar move to Sanity, one of the top headless CMS platforms?
Here, we tell you what’s a headless CMS and why many industry leaders have adopted Sanity.io.
The Headless CMS Movement
Remember the “pre-CMS era” where you had to update HTML pages manually and upload them on the website via FTP and perform a lot more steps? The birth of popular content management systems like Drupal and Joomla not only gave us relief, also did they tempt us with convenience. However, these legacy platforms often force us to solicit assistance from developers working on a specific CMS and require us to spend more time, resources, and budget for maintenance and enhancements.
A traditional CMS ideally fits an enterprise-level small business website or a personal website, especially if you do not have to share content with multiple digital devices or platforms. With cross-channel content dissemination at the speed of light becoming the Holy Grail, the monolith, single storage feature offered by traditional CMS is easily giving way to headless CMS.
Read more: Top 6 Tech Stacks That Reign Software Development in 2020
Decoding Headless CMS
In simple terms, a headless CMS is a content-first CMS where the content repository (body) is decoupled/separated from the presentation layer (head). It’s a back-end only content management system that makes content accessible to external clients for display through APIs.
The result: Even a non-developer can create or edit content without getting worried about how the content will be displayed or consumed by the external systems. If you need to publish content on multiple platforms all at once, headless CMS is the best choice.
The beauty: Headless CMS is front-end agnostic. You can choose the framework or tool you like for displaying content to the end-user. It allows front-end developers to solely focus on the presentation layer without thinking about how the content will be managed.
5 reasons to go for Sanity, the popular headless CMS
“Build with structured content” is the byword of Sanity. However, the platform makes no assumptions about how your content is structured, created, validated, and presented. This offers you the flexibility to deliver structured content into any digital devices or applications via Sanity’s real-time, cloud-hosted APIs and customizable open-source editing environment.
1. Get started in no time
You can quickly get started with Sanity.io by downloading CLI from npm and use it to launch a new project. Alternatively, you can go to Sanity’s starter projects that will help you get started in minutes with its preconfigured Sanity Studio and a functional front-end with a range of frameworks to choose from, all deployed to Netlify with source code on GitHub.
2. Superior editing features
Sanity’s editor or the Sanity Studio is a flexible, open-source application that allows you to define content models with simple JavaScript. A single-page app built with React.js, Sanity Studio allows you to customize or extend it using your own React.js components. Its advanced features help you modify workflows for your editors. Along with customization, Sanity Studio offers core features like Block Content, Structure Builder, and a Dashboard plugin.
3. Exceptional APIs
The primary reason for choosing a headless CMS is its API-first pattern that allows you to access the content through APIs.
Sanity offers two powerful APIs for reading, writing, querying, and patching documents:
- api.sanity.io which is the live uncached API
- apicdn.sanity.io which is the CDN-distributed, cached API
Sanity also supports deploying GROQ and GraphQL APIs to query your content. The platform’s Data Store resides in the cloud and can be accessed via Sanity API either using Sanity’s client libraries or through the HTTP API directly.
4. Matured technology stack
Sanity is a cloud-hosted CMS with a real-time content studio and hence all the data is synced instantly. The underneath architecture involves mature technologies such as PostgreSQL, ElasticSearch, and JavaScript, and the blazing-fast React. It doesn’t save HTML, XML, or rich text in the database, but in rational object structures. For instance, if you want Alexa to read from your text fields, then you don’t have to parse HTML. Sanity comes packed with its well-maintained JavaScript, HTML, and PHP clients allowing you to be up and running fast with the front-end framework of your choice.
5. User-friendly headless content models
Though you require someone with basic JavaScript knowledge to get started with Sanity, it isn’t hard to find a person who is familiar with the popular web programming language. Sanity enables content editors, visual and interaction designers, and technology professionals to collaborate on building the information architecture. Front-end developers can save their efforts by accessing content fields instantly through APIs.
Need more reasons to fall for headless CMS?
To give you an example, Sanity prevents you from getting “locked-in”. Despite being a SaaS platform, Sanity allows you to easily export your content and use it wherever you need. Same with the front-end frameworks that we saw above. Customized editorial experiences, structured content approach, minimal hidden costs, pay-as-you-go pricing model, and a number of stunning features will make you say “Yes” to the headless CMS model.
If you would like to know more about Sanity.io or any other headless CMS platform that you’re currently considering, drop us a line immediately.
Fingent Stamps its authority as a leading CodeIgniter developer of February 2020.
When talent is met with persistence and skill, it reaps out rich results. Fingent keeps this mantra in focus and works tirelessly in giving the best possible CodeIgniter solutions to the clients. Our efforts have been appreciated by TopDevelopers.co, as in their recently done press release of top CodeIgniter Developers they have ranked Fingent amongst the leading developers for February 2020.
CodeIgnitor is a framework based on PHP. The CodeIgniter framework includes libraries and drivers that help build websites much easier and faster. Fingent excels in this technology and empowers businesses with CodeIgniter solutions to make procedures smarter and achieve a competitive edge.
Fingent was established in the year 2003 with the core objective to provide customized software solutions that solve complex business challenges. We have been front runners in catering CodeIgniter development services and have an active client base in more than 14 countries in the past 17 years.
In an interview with TopDevelopers.co, Deepu Prakash – Senior Vice President Process and Technology, Fingent, emphasized on maintaining top level client satisfaction technique and why it is important to shape the culture in the company. “We are highly proficient in providing cloud computing, Hybrid app development, Digital Transformation, IoT services and much more apart from providing top class CodeIgniter development services.”
Our elite clientele includes market leaders such as Sony, PwC, Johnson and Johnson, NEC, and many more. Our skilled app and web developers have experience in providing services in more than 20 different industry verticals. We have also proven our excellence in offering great software solutions for businesses, which lists us among the renowned web development companies.
We have a dedicated research and development team to analyze products based on the market trend and the targeted audience. The dedicated team enables us to give an extra edge to our clients that allow them to thrive and relish the cut-throat market scenario.
Visit Fingent’s profile on TopDevelopers.co and understand our procedure of work, areas of focus, industry focus, client feedback, and service updates in detail. Or directly get in touch with our experts to know how we can help you solve complex business challenges with the right technology.
Every new project in an organization goes through an analysis phase. The information collected during the analysis forms the backbone for critical decisions with regards to the complexity, resources, frameworks, time schedule, cost, etc. Over the years, there have been several techniques to simplify the project analysis phase, but most of them still remain inadequate when considering the accuracy of the outcome. Even clearly defined projects can fall out during the later stages without an accurate analysis methodology in place.
Mitigation of risk in software projects turns out to be of prime importance. Usually, it starts with delineating precise measurements concerning the scope, performance, duration, quality and other key efficiency metrics of the project. Advanced analysis techniques like Function Point Analysis (FPA) bring a clear picture regarding each of these metrics, chiefly related to the project scope, staffing, cost and time, which helps in the management, control, customization of software development right from its initial planning phases.
Function Point Analysis is a standardized method used commonly as an estimation technique in software engineering. First defined by Allan J. Albrecht in 1979 at IBM, Function Point Analysis, has since then underwent several modifications, mainly by the International Function Point Users Group (IFPUG).
What is Function Point Analysis?
In simple words, FPA is a technique used to measure software requirements based on the different functions that the requirement can be split into. Each function is assigned with some points based on the FPA rules and then these points are summarized using the FPA formula. The final figure shows the total man-hours required to achieve the complete requirement.
Components of Function Point Analysis
Based on the interaction of the system components internally and with external users, applications, etc they are categorized into five types:
- External Inputs (EI): This is the process of capturing inputs from users like control information or business information and store it as internal/external logic database files.
- External Outputs (EO): This is the process of sending out data to external users or systems. The data might be directly grabbed from database files or might undergo some system-level processing.
- Inquiries (EQ): This process includes both input and output components. The data is then processed to extract relevant information from internal/external database files.
- Internal Logic File (ILF): This is the set of data present within the system. The majority of the data will be interrelated and are captured via the inputs received from the external sources.
- External Logic File (ELF): This is the set of data from external resources or external applications. The majority of the data from the external resource is used by the system for reference purposes.
Source: https://bit.ly/2N2KFhy
Below are some abbreviations which need to be understood to know the logic in-depth:
Data Element Type (DET): This can be defined as a single, unique, non-repetitive data field.
Record Element Type (RET): This can be defined as a group of DETs. In a more generic way, we can call this a table of data fields.
File Type Referenced (FTR): This can be defined as a file type referenced by a transaction (Input/Output/Inquiry). This can be either an Internal logic file or an external interface file.
Based on the number of DETs and RETs, all the five components of FPA are classified into High, Average and Low complexity based on the below table.
For Internal Logical Files
And based on the complexity, the FPA points are calculated
For External Logical Files
And based on the complexity, the FPA points are calculated
For External Input Transactions
As the External input is a Transactional type, the complexity is judged based on FTR instead of RET.
And based on the complexity, the FPA points are calculated
For External Output Transactions
As External Output is a Transactional type the complexity is judged based on FTR instead of RET.
And based on the complexity, the FPA points are calculated
For Inquiries
As Inquiries is a Transactional type the complexity is judged based on FTR instead of RET.
And based on the complexity, the FPA points are calculated
As we now have the reference chart to find the complexity of each variety of functions discovered in the system and that we also have the Points that should be assigned based on the complexity of each component. We can now look into the calculation.
Steps to Count the Function Points
Below are the steps used in counting the function points of a system.
1. Type of count: The very first step of this process is to determine the type of function count. There are 3 types of function point (FP) count.
- Development Project FP Count: This measures the functions that are directly involved in the development of the final system. This would include all the phases of the project from requirements gathering to the first installation.
- Enhancement Project FP Count: This measures the functions involved in the modifications brought in the system. That is the changes made to the system after production.
- Application FP count: This measures the functions involved in the final deliverable excluding the effort of already existing functions that may have existed.
2. Scope and Boundary of the Count: In the second step, the scope and boundary of the functions are identified. Boundary indicates the border between the application being measured and the external applications. Scope can be decided with the help of data screens, reports, and files.
3. Unadjusted Function Point Count: This is the main step of this process where all the function points produced from the above FPA components (External Inputs, External Output, Internal Logic files, External Logic files, Inquiries) are added together and labeled as unadjusted function point count.
4. Value Adjustment Factor: In this step the value adjustment factor is determined. VAF contains 14 General system characteristics(GSC) of the system or application that defines the types of application characteristics and is rated on a scale of 0 to 5. The sum of all the 14 GSC rates are calculated to give out a mathematical value and is labeled as Total Degree Influence(TDI). TDI is used in the calculation of VAF and its value may vary from 0 to 35.
Below are the 14 GSCs listed and the mathematical formula for calculating the VAF.
- Data communications
- Distributed data processing
- Performance
- Heavily used configuration
- Transaction rate
- On-Line data entry
- End-user efficiency
- On-Line update
- Complex processing
- Reusability
- Installation ease
- Operational ease
- Facilitate change
- Multiple sites
Once the unadjusted function point and value adjustment factor is calculated, the Adjusted Functional point count is found out using the two values. This is done with the help of the following formula.
The Adjusted FPC is then multiplied with a numeric value, which is the effort based on the technology. Some of the examples are below.
If the technology selected for a particular requirement is Java, then the formula to calculate the final hours are as follows:
FPC = (Non-adjusted FPC*VAF) * 10.6
This will give the total hours of effort required to achieve the requirement under analysis.
Merits of Function Point Analysis
- FPA measures the size of the solution instead of the size of the problem
- It helps in estimating overall project costs, schedule, and effort
- It is independent of technology/programming language
- It helps in the estimation of testing projects
- FPA gives clarity in contract negotiations as it provides a method of easier communication with business groups
Related Read: Quality Assurance in Software Testing – Past, Present & Future
References
- International Function Point User Group (IFPUG) – https://www.ifpug.org/
- ProfessionalQA.com – http://www.professionalqa.com/functional-point-analysis
- Geeksforgeeks – https://www.geeksforgeeks.org/software-engineering-functional-point-fp-analysis/
Custom Software Development: What To Do and Not To Do
The “build versus buys” debate in software development seems to have tipped in favor of custom software development as more and more businesses recognize the implications of customization on their growth. With rising competition, it has become imperative for each business to differentiate itself from its competitors in every way and custom software development rests at the core of this differentiation.
That being said, software development has seen its fair share of fails even when it is labeled custom. This makes it extremely important that your project is carefully planned out and well-executed. With many years of experience as custom software developers, we have put together a list of do’s and don’ts to help make your custom software development project a success. This blog will discuss 5 of them. Before that, let’s drive home the reasons why custom software is imperative for businesses.
Related Reading: Check out the top reasons why custom software development is important to your business.
Custom Software: The Backbone of Business
Custom software fulfills specific business requirements, which are unique to specific businesses. This helps businesses gain a competitive advantage and leverage the software to build processes that define an effective USP. While this in itself is an uppercut to reckon with, let’s have a look at a few more points that will help deliver the knockout punch in favor of custom software development.
- Solution Matches Need: Since custom applications are developed with your specifications in mind, the final solution will effectively address your needs. Therefore, it simplifies the entire business process saving time and effort.
- Minimal training: Tailored features make it very easy to use and require minimal training to get started on the software. When the software is optimized for each department, the interface requirements will be customized to match the needs and skill level of your employees.
- Works with your Business Model: As the custom solution is built around your business model, it will have the user roles and interoperability functions that your departments need to function effectively.
- Unique Code and Enhanced Protection: By developing a unique code that is specific to your software, custom software minimizes external threats and unauthorized access.
- Long Term Cost Benefits: Custom software helps automate several manual processes and thus saves on manpower. It also eliminates the licensing costs that accrue with off-the-shelf solutions.
- Increased Scalability: Custom software developers work on a long-term basis and can easily scale the software according to the growth of the business.
The Dos and Don’ts
There are several key steps involved in creating custom software. It involves a combination of foresight and creativity. Here are a few time-tested Do’s and Don’ts to help avoid the usual pitfalls that have been known to crop up in this process.
1. Pre-Planning
Don’t: Do not Ignore Preparation
Clients who are looking for a quick solution for their app requirements generally hire developers who agree to unreasonable deadlines. Under such circumstances, the planning and research step is often ignored and that has a ripple effect on the following stages. Not acquiring the necessary materials from the beginning can leave the company unprepared. This can lead to additional changes and the timeline for your project will have to be pushed back, not to mention escalating the costs involved.
Do: Prepare, Prepare!
The planning stage is crucial because it allows the developer to do a thorough SWOT of the idea. At this stage, some have found it helpful to include sketches or outlines and functionality options of the application. It works best to gather all the necessary information at the earliest stage to ensure your project stays on budget. This allows the project to stay on schedule.
2. Ensure its Customization
Don’t: Create for Yourself
You must have heard of the False Consensus Effect, where one thinks that others also think the same way he/she thinks. This can happen while designing the app. It is easy to put our ideas into a design and expect others to like it just because we liked it. That works contrary to the thought of customization.
Do: Keep it User-Centered
Consider carefully what the general user would appreciate. Developers must stick to the requirements drawn up at the planning stage while continuing to give their inputs on the initial ideas. Take pride in creating a user-centered app.
3. Technical Feasibility and Prototype
Don’t: Allow Misunderstandings
Misunderstanding the business’ requirements, miscommunication about the platform and the format can lead to major issues in creating the app.
Do: Keep Lines of Communication Open
Actively communicate with the team about the technical requirements and provide a timeline for building the prototype. It is difficult to visualize what an app would look like and how it will function unless there is a prototype. Ensure that you communicate frequently with management and obtain feedback at every stage of the development.
4. Design and Development
Don’t: Ignore Key Requirements
Design and development are the stages that take the most amount of time. Ignoring key requirements might lead developers to spend valuable time coding for a bad end-product. Functionality demands might be misread which leads to a loss of time and missed deadlines.
Do: Understand the Needs
It is vital to understand the UI/UX needs of the business to gain clarity and minimize work. The app will go through a lot of different changes. When changes are required, ensure that the development team and management are on the same page. Once decisions are made, stick to them.
5. QA Testing
Don’t: Be Negligent
The testing team should not be negligent towards post-development issues such as bugs, form functionalities, and security licenses. This could negatively impact the launch of the application. It could either be delayed or the app might face a post-launch backlash. Ensure that the app is not launched until all aspects have been tested and are up to the standards required.
Do: A thorough QA Test
App testing is a tedious job, but it is an important final stage. Compatibility, interface, security, and performance are some of the factors that should go through a rigorous check. Remember, after this whatever happens with the app will be in full public view.
Achieve Efficiency and Growth with Custom Software Development
Leading companies save time and costs in the long run when they customize their software according to their business model. Whether it’s creating accounting software or an HR solution or a customer-facing application, custom software allows you to choose the features you need for your business and employees. If you want to find business flexibility and growth, custom software is the right answer. It meets the needs of the company while allowing the business to grow without being limited by on-the-shelf software. To find how custom software development can do wonders to your business, call our experts today!
Find Business Success with Agile Software Development Methodologies
Agile software development methodologies have proven their mettle in recent years and “agile” is becoming a buzz word in software development and project management. It makes sense, therefore, to understand what drives the success of these methodologies and consider if your business could benefit from implementing it.
What is the Agile Software Development Methodology?
Agile Development works on the principles of iteration and incremental development. It does not rely on a linear method approach but focuses on rapid delivery of fully functional application components. The focus is not on tasks, but on time phases called “sprints.” These sprints are of specific duration and begin with a detailed plan of what is to be delivered at the end of a sprint. Continuous testing, feedback, and improvement are vital aspects of the agile methodology.
At the heart of the agile methodology is its focus on individuals and interactions rather than processes and tools. Rather than focusing on comprehensive documentation to prove a project’s worth, the primary measure of progress in agile methodology is delivering working, tested software. This serves as a basis for collaboration between teams and customers, gaining feedback and swiftly responding to change. Value-driven development is given prime importance with the focus on delivering visible results and business value continuously. This way, stakeholders and projects have complete visibility on where the project stands and the business value they can expect at any given point of the project.
Scrum is an important aspect of the agile methodology and deserves a mention in the context of discussing agile methodologies. Using the principles of agile methodology, Scrum advocates a self-organizing and cross-functional team. The Scrum method is supported by two specific roles – the Scrum Master (who acts as the coach to direct teams towards agility and high performance) and the Product Owner (who helps the team build the right product and represents the company and end users).
Why Agile Methodology Trumps Traditional Development Methods
There are many reasons why Agile Methodology is being favored over traditional methods worldwide. We have listed out a few:
Faster and Better Workflow:
Agile Methodology is completely different from traditional Waterfall Methodologies, where projects follow a linear approach and progress from one step to another only after the previous step is completed. The traditional time-consuming method of relying on comprehensive documentation and analysis before the design and commencement of the project is eliminated.
Implementation and development begin almost immediately in agile development and the processes and development is refined in increments based on continuous feedback from customers and project teams. This also cuts out the verification and maintenance stage in the Waterfall Method, where the end product is tested, bugs are fixed, and the code is maintained. In the agile method, this testing and bug fixing is already being done continuously throughout the project, ensuring that the final product is refined and ready to be deployed.
Multilevel and continuous planning:
The absence of detailed analysis before implementation in agile methodology does not mean that the project is initiated without any substantial planning. On the contrary, multi-level and continuous planning is a vital feature of the agile development methodology. The planning follows a just-in-time approach, which aligns the information available with what details are necessary at the time.
The planning usually happens on at least two levels – the release level and the iteration level. At the release level, planning involves identifying and prioritizing the necessary features required in the software. This gives a basis to decide which features must be worked on first. Planning at the iteration level involves which features must be implemented next and the optimal size of batches which can be practically delivered in a single iteration.
Customer Focus:
The most important feature of agile methodologies is that it places the customer at the center of the development process. Teams are directed to think of product design through user stories and use cases, which ensures that customers are always kept at the heart of the process. User stories specify the needs of the end users and the various scenarios that they will use to fulfill that need.
Use cases show how the product developed will help end users achieve the outcome they want in the user story. In this way, the whole development process becomes focussed on what the customer needs. This is the foundation of Customer Experience (CX), which is fast becoming the defining success factor for companies today.
Related Reading: Read on to know how customer experiences reshape a company’s brand identity.
Business Success with Agile Software Development Methodologies
Businesses the world over are embracing and implementing agile methodologies in their efforts to improve their project management capabilities and improve performance. The 9th Global Project Management Survey, which surveyed 3,234 project management professionals from all over the world attests to this fact.
According to the survey, 71% of organizations use Agile approaches in their business. “We believe that agility could also be used in multiple ways— in everything we do,” says Phillippe Husser, a survey respondent and Senior Partner of Progress Direction Michelin. “In fact, the world is changing very quickly around us, so much so that we cannot afford anymore to have projects taking two to five years to deliver, because, during this time, the initial requirements have changed.”
Case in Point: Ericsson
Ericsson is a leading provider of Information and Communication Technology (ICT) to service providers and covers 40% of the world’s mobile phone traffic. The company with around 100,000 employees is a classic case in point to show the successful implementation of agile methodologies even in large-sized companies.
The company used to use a plan-driven software process but switched to agile in 2012. One of their main areas of focus was to develop a XaaS platform and services that the customers would use as a service. The results have been phenomenal.
Steve Dennings, an expert on agile methodology and author of The Age of Agile, summarizes the success points of Ericsson’s adoption of agile methodologies this way: “Now with Agile management, Ericsson has over 100 small teams working with its customers’ needs in three-week cycles. The result is faster development that is more relevant to the specific needs of the customers. The client gets value sooner. Ericsson has less work in progress. And Ericsson is deploying one to two years earlier than it otherwise would so that its revenue comes in one to two years earlier.”
Find Success with Agile Software Development
Agile development and methodology is an integral part of Fingent top software development company and creating agile software products for different industry sectors such as healthcare, finance, education, entertainment and media, real estate and retail amongst others. Get in touch with us so we can discuss how you can get effective in your agile journey and find success.
Related Reading: Check out these custom software development trends that every business should know.
The digital transformation wave that is transforming businesses across the world has had major influences on the way custom software development is treated by technology teams. Today software development is all about improving the experiences at multiple levels for businesses. Experiences include customer experiences from their end customers during a transaction journey and operational experience of staff who utilize technology solutions to drive more customer love. Technology is bound to change and business owners must be willing to meaningfully bring about changes in their custom software development concepts to incorporate the best solutions to run their business smoothly.
Reap your success in the digital age following these 5 custom software development trends
Let’s have a look at the changing trends in custom software development that warrants big attention from businesses across sectors. Following are our picks of the top 5 contenders in technology trends that every team engaged in custom software development must be aware of:
1. The growth of open source technology
A decade ago, you might not have found too many takers for open source technology. But, today only less than 3% of worldwide businesses do not use any form of open source software in their enterprise technology stack. In the initial days, it was largely seen as a playground for beginners in software development to try out building applications for free. Today the world’s biggest technology companies like Google and Facebook utilize open source software to run their most mission-critical systems. They also contribute significantly to the maintenance and growth of developer communities around these open source technologies. Take a look at all the leading application development technology available today like Java, PHP, Angular, React, Hadoop, etc. They are all open source and powers some of the world’s biggest enterprise and consumer-facing digital applications. If your business has frequent technology requirements, then this is a trend in custom software development that definitely needs to be on your top priority.
2. AI-ready software
AI is already a mainstream component of almost every digital platform that people use today. From e-commerce to movie streaming, companies are rolling out machine learning capability to help software learn more about its users and automatically provide them with great experiences. AI-powered chatbots are today serving queries of billions of people online and businesses are investing heavily in making these bots more intelligent by the minute. For software developers, it is essential to know the in and out of writing code that blends well with self-learning algorithms to provide optimal value for businesses utilizing applications that run this code. AI has a key role to play in the future when it comes to interacting with end customers directly. Hence custom software developers need to focus their skills on creating meaningful front-ends that can resonate AI actions, scalable back end engineering that can supplement complex AI algorithms and powerful databases that can deal with the huge volume of data that needs to be handled by AI systems to create meaningful experiences.
Related Reading: Find the top AI trends of 2019.
3. Cloud takes new dimensions
The world’s best run businesses today run their technology core on the cloud. From platforms to infrastructure, cloud computing has transformed the way enterprises use software applications. 73 % of the world’s businesses have at least one application or an infrastructure element on the cloud. From becoming more agile in terms of application engineering to saving fortunes by removing on-premise infrastructure costs, businesses are re-inventing themselves in the digital age. The benefits are endless – scalability on demand, global availability, top gun service providers in every niche, etc. With cloud computing, your technology workforce can be empowered with mobility i.e. the freedom to work wherever they want and with whatever resources they need. This is yet another trend that every business needs to take seriously to improve their ROI on technology investments.
Related Reading: Find how a cloud platform like INFINCE can untangle technology for business.
4. Security to be given a top priority
While the rise of cloud computing and the transition of on-premise software engineering to rich internet applications have created better digital experiences, they have opened new cans of worms for developers to deal with. In the US alone it was reported that there are over 130 large scale targeted breaches of confidential user data residing on enterprise applications of businesses. This figure is growing at an exponential rate of 27% every year as well. Security aspects cannot be overlooked now not even for the smallest of applications. Any vulnerability in your code will turn into a feasting ground for cyber threats in an increasingly internet dominated world. It’s not enough to write a great code but also to practice secure coding standards to enhance safety and ensure customer data is never compromised.
Related Reading: Find which option is a better choice for your business, Custom Software or Off-the-shelf.
5. Customers are the heart of everything
Today it is not just your sales process or your customer relations team that needs to have end-consumer centric thinking on their operations. Even your custom software development team needs to have a work objective centered on a customer-first philosophy. Human behavior of your target digital audience needs to be modeled and referred to while creating applications. This is crucial for recommendation systems, lasting user experiences and above all improve brand loyalty by creating wonderful digital experiences. Feedback systems need to convey responses directly to core technology teams and they need to drill this feedback into the very depths of every implementation and every programming logic they use to achieve business goals.
These are our picks for the top 5 trends in custom software development that businesses of all sizes need to consider today. In an increasingly digital age where customers dictate the fate of every single of your investment, it is imperative for organizations to have a comprehensive look at how these trends can be incorporated into their technology roadmaps. Those failing to do so are in for massive repercussions as it doesn’t take decades for big corporations to fall to their heels for lack of innovation. The examples are right in front of you. Investing in the right technology with the right advisory is crucial for businesses to continuously innovate and stay relevant in changing times.
[Custom Software Vs Off The Shelf – Fingent]