Web apps can provide an ideal solution for companies that are looking to create a digital product that doesn't have the same compatibility issues, space limitations, and hefty price tag as mobile apps. As companies have been shifting from traditional models to cloud-based models, web applications have become increasingly popular to streamline operations, reduce costs, and increase efficiency.

Though there are many benefits to creating web apps, that doesn't mean there can't be frustrating and costly obstacles that you run into during development.

One of the best ways that you can avoid the problems that commonly plague web app development projects is to familiarize yourself with typical issues and create plans to avoid them right from the get-go.

We've noticed that many web app development mistakes happen because of a lack of planning and a false sense that skipping steps will save money during the process. In order to stay on budget and on time with your project, it's essential to have a clear vision of the final product, a set plan, a realistic budget, and open lines of communication between all parties involved.

Additionally, it's worth taking the time to go through all of the steps, including creating prototypes, building MVPs, and performing thorough testing rather than rushing to launch. Though it might seem more expensive at the time, it ultimately saves you money in the long run.

The core set of users you expect will use your app are the single most important aspect of any digital product. Even if you carefully defined your 

 before the project began and conceived the idea behind your web app to solve a common problem, it's possible to lose sight of your audience as the process chugs along.

It's essential to keep your end customers in mind at every step when you're building a web app. You'll want to be thinking of them when determining which features and functions to include, user flow, aesthetic design, marketing, and more.

When you're creating a web app, it's easy to get ahead of yourself and want to rush to the moment when you can interact with the finished product. This eagerness, mixed with a misconception that they are taking a path that cuts costs, leads many companies to skip 

Creating a prototype is an important step in the process for a number of reasons. For one, it helps create a clearer sense of what the final product can look like while also presenting potential flaws that were difficult to see in the ideation phase.

This is also essential if you need to present your idea to investors or stakeholders, who often need to be able to view and interact with the app before pouring money into the budget.

When you create a prototype as a part of the web app building process, it also helps avoid unwelcome surprises. The last thing you want is for investors, stakeholders, or users to be unpleasantly surprised by what the actual app looks and feels like.

There is a lot of room for miscommunication when describing the intended final outcome of a web app. A prototype helps create a shared vision and reduces the chance that stakeholders will be displeased or that developers will misunderstand what is expected of the intended final product.

Though many companies try to skip the prototype stage to save money, creating a prototype can be a cost-saving effort. When there is a clear picture that is shared by everyone involved, you won't have to spend nearly as much time or money going back and fixing issues once the final product has been built.

Are you ready to build a wireframe and prototype for your web app? Make sure to check out this list of 

 (short for a minimum viable product) is a development technique that involves introducing a digital product to the market with only its most basic features. A common mistake is that companies will be encouraged by the initial positive feedback they received from both investors and trial users, leading them to want to jump ahead to full web app development.

While MVPs are often built to release to customers as an early, basic version of the app, they can also be built to show investors or a small selection of the intended user base.

Creating and testing an MVP has a long list of benefits, including:

Helping to save time and resources by ensuring that the project has a high likelihood of success.

Determining which features are appealing to users and informing decisions about the final version of the product.

Finding out how appealing the product is to its intended user base.

Reducing the cost and time investment of developing the final product.

Finding early adopters and acquiring a potential user base.

Building an MVP offers you a priceless opportunity to gather insight and data about how your users interact with the product and how intuitive they find the interface. It almost always makes sense to build an MVP before moving forward with the final development, as it's a lot cheaper and easier to go back to the drawing board at this stage if necessary.

4. Getting Carried Away With Features and Functionality

It is incredibly easy to get carried away when you start building an app– the deeper you get into the project, the more possibilities you start to see. Features and functions you never intended to be a part of the web app and that don't help fulfill the core purpose suddenly find themselves on the table.

Too many features in a web app can complicate the user flow and lead to an interface that isn't nearly as intuitive as you need it to be. This can also delay product launch, unnecessarily increase page load speeds, and make development take longer than you originally planned.

It's always possible to add new features later. When you're releasing the first iteration of a product, though, you want to focus on the features that support the core mission of the app and simplify the experience users have to engage with the interface.

More isn't always better when it comes to web app development. An overly complicated app released into the marketplace can get lost in the shuffle when users don't quite know how to interact with it. At first, you want to focus on the essential purpose– the problem that the app is solving.

There's really no getting around it– developing a web app is a hefty financial investment. Countless professionals, including designers, developers, and marketing experts, are required to turn an idea into a reality. Of course, you can choose to go the no-code route or hire only a 

 to build your app, but there are other costs to going this route rather than hiring a professional web app development company or building your own in-house team.

When you're excited about an idea and dedicated to making it happen but also on a shoestring budget, it can be tempting to create a budget that is unrealistic when compared to the scope of the project.

of different factors that can impact how much it costs to develop a web app. Not only do you have to factor in the type of web app, the team working on it, the technology you're using, the scope of the work, and the location of the dev team, but you also have to think about regulations in the industry and the complexity of the technical solution. The list goes on and on.

Beyond that, there can be additional costs if the scope of the work changes midway through the project or if you have to go back and fix bugs and issues after the final development is complete.

Because there are so many different moving parts that go into a successful web app, one of the best ways you can create a budget that you can stick to is to work with an experienced web app development company.

Having been through the process many times before, they will be able to give you a sense of the general timeline and the cost of each stage along the way. A reliable agency will also give you a clear sense of how much it costs to make changes and be very upfront about how the pricing structure works.

6. Not Offering Adequate Technical Requirements and Specifications

When a company hires a developing partner to create a web app, sometimes, they aren't fully aware of the potential iterations of any given idea. When you have a clear idea about the final product you are looking for, it is important to create a communication system that allows you to give the developers all of the goals and requirements you have for the web app.

If you pass off a vague idea for a digital product to a developer you hire, there's a good chance you'll get something back that is significantly different than you'd been picturing. This incredibly costly mistake can be avoided by simply being direct and communicative right out of the gate.

The more detailed your description of your web app, including technical requirements and specifications, the more accurate your developer will be able to be in terms of the cost as well.

7. Skipping Testing and Rushing to Launch

When you have gone through a good chunk of the 

, it's easy to start getting antsy and simply march forward toward launch. Testing your web app can also be pretty nerve-wracking, as you've already poured a lot of time and energy into it, and the last thing you want to find out is that there are bugs and issues that are going to take additional time to work out.

No web app is ever fully complete, though, without thorough testing. It is much better to take the time to go through the app with a fine-toothed comb 

 users are able to access it on the market. Otherwise, you're going to start off on the wrong foot– with negative reviews and feedback along with unhappy users.

Finally, another mistake that is commonly made during web app development is not giving adequate attention to the user interface and user experience. It's easy for developers and clients alike to get fully immersed in developing the backend logic of the web app, leaving the UI and UX to be afterthoughts.

This is an important mistake to avoid because a bad user interface is one of the primary reasons that web apps fail to gain traction. It doesn't matter how incredible your app is– you will fail to appeal to your end users if it isn't intuitive and easy for them to use.

Bonus Mistake: Not Taking the Time to Find the Right Development Partners

The development team you choose to work with can significantly impact the quality of your final product. It can be tempting to string together a rag-tag team of freelancers to make your web app on a dime, and maybe the outcome will be exquisite. You are, though, running the risk that you will be left with a partially developed project and developers that aren't returning your emails, putting you back at square one.

We have a number of resources on how to hire the right developer, including if you're searching for 

. Beyond that, our insights blog offers information about how to 

keep your app development project from stalling

how to plan out your next development project

benefits of improving the user experience

 offers a useful library of articles that can help you navigate the entire development process, no matter what your budget is or the size of your team.

When you're investing time and money into building a web app, it's worth going the extra mile and interviewing a number of developers and teams to find the right fit for you. At Planetary, we love working with companies of all sizes to turn app ideas into a reality. If that sounds good to you, 

 and tell us a bit about your project today.

8 Mistakes That Companies Make When Building a Web App

If you're planning on creating a healthcare web app, it's absolutely essential that it properly secures customer PHI. The cost of noncompliance with HIPAA can be completely crippling to a company, with penalties ranging from a mere $100 to $50,000 per individual violation. The maximum penalty per calendar year is $1.5 million.

Beyond that, the individual that is responsible for the violation can even face jail time. The penalties for HIPAA noncompliance are based on the perceived level of negligence.

Even if you aren't disturbed by the numbers in play here, HIPAA violations also put your customers' personal and private data at risk. For this reason alone, anyone considering building a mHealth web or mobile app should ensure that they can fully comply with the HIPAA rules and guidelines.

. This refers to any information about medical status, health care, or payment information for any type of health services created, transferred, or stored by a Business Associate or Covered Entity that can be connected to somebody who received or sought medical services.

In short, protected health information is individually identifiable health information that is maintained or transmitted in any form. Individually identifiable health information can be defined as any data that relates to the physical or mental health of a person– including demographic data– or information about their payment that identifies the person that sought care.

Anything from a patient's home address to their medical records falls under protected health information. Anyone who comes into contact with this information has a responsibility to safeguard the privacy of the individual and follow very specific rules about how the information is used and disclosed.

Here is a list of identifiers that are considered pieces of personal health information:

Vehicle identifiers (including license plates) and serial numbers

Biometric identifiers (such as fingerprints or retinal scans)

Full-face photos or other comparable images

Unique identifying codes or numbers of any kind

When we say "anyone who comes into contact with this information," we really mean that. We're not just talking about doctors or nurses here; bill collectors, medical practice administrators, and even a hospital's cleaning and maintenance staff are bound by these rules. Any medical or healthcare-related app you create must properly secure customer PHI.

The term "covered entities" refers to anyone who provides health plans, anyone who provides healthcare and uses medical software to manage and transfer PHI, and healthcare institutes.

The term "business associates" refers to anyone who gathers, stores, or transmits personal health information for one of the above-covered entities.

All that being said, it's worth busting a common myth about PHI before we continue on. There is a notion that any and all health information is considered personal health information, which simply isn't the case.

For example, let's say you are making a fitness tracker app that records the heart rate of individuals during their workouts. This 

 considered PHI because the information wasn't acquired by a healthcare provider or one of their business associates.

The market value of the mHealth industry experienced a massive surge after the outbreak of the coronavirus pandemic, and many IT startups have thrown their hat in the ring to create healthcare apps. If you're looking for a full primer on developing a mobile healthcare app, 

 goes over the cost, tips, compliance issues, and more.

Health Insurance Portability and Accountability Act of 1996

. This federal law came into being to protect patients' sensitive health information and ensure that private info wasn't disclosed without the individual knowing or having the opportunity to consent.

There are four main purposes that HIPAA aims to fulfill, which are:

When your goal is to create a healthcare web app, you'll need to become very familiar with the first two points.

Regulation of HIPAA compliance can be broken down into four primary rules: privacy, security, breach notification, and enforcement rules. By far, the most well-known are the first two of these rules, but it's important to understand all four of them when developing a healthcare app.

This rule outlines a patient's rights regarding personal health information while also setting national standards for when PHI can legally be used and disclosed. This is a rule that applies to both covered entities and their business associates.

The security rule outlines the security measures that must be taken by both covered entities and business associates to protect patients' electronic personal health information.

The solutions used by entities and associates must ensure the integrity, confidentiality, and availability of ePHI while also keeping it safe from any outside threats.

This rule refers to instances when a data leak or security break has occurred. There are specific rules that guide how and when to inform the affected individuals and the HHS (the U.S. Department of Health and Human Services.) In some cases, the media also must be notified.

Finally, this rule outlines what the penalties are if covered entities and business associates 

 comply with HIPAA. Additionally, it covers the process for investigations related to such cases.

Are you new to the world of building apps and software? If so, check out this article about the 

stages and processes of the Software Development Lifecycle

How to Build a HIPAA-Compliant App That Properly Secures Customer PHI

There are several features that a HIPAA-compliant app will need to have in order to protect the private health information of patients that use the app or receive medical care from someone who does.

Your app needs to use methods to authenticate users when they sign in. Examples include passwords, biometrics, a Smart key or card, and PIN codes. 

You don't want users to be signing in just with their emails– this isn't the safest way to identify users.

The access control for the app needs to be properly defined. This is the case for both users and admins. 

You will need to use the HIPAA privacy rules as a guideline in order to determine which data needs to be restricted to which users and admins.

There can be a disruption to essential services and utilities during emergencies of various kinds. For this reason, it's essential to ensure that there is access to your app's data, no matter the circumstance.

For example, if a natural disaster has occurred or there is no electricity, you'll want to ensure that your app is still fully functioning. While this isn't a specific requirement for creating a HIPAA-compliant app, it's necessary for a successful piece of healthcare software.

Secure data backup is essential regardless of the type of app you're creating. 

That being said, when dealing with sensitive customer PHI, it's essential to ensure that you have secure data backups in case of database corruption, server crash, or even natural disasters.

In order to comply with HIPAA when creating an app, transmission security is another concern. 

If PHI is going to be transferred over a network, the data needs to be encrypted with SSL/TLS.

Another feature your app will need to have to maintain HIPAA compliance is the proper disposal of personal health information. 

Ensuring that there isn't any private information being stored that is no longer useful helps to protect the privacy of patients, as this information won't be available to hackers or bad actors.

The risks of having personal information in a web app or other software aren't something everyone fully understands. If a person doesn't log off from the app after they are done with use, the data can be compromised by anyone that has access to the device.

For this reason, you will want to build a feature in your web app that automatically logs users out after a certain period of inactivity.

Device security is another important consideration when creating a healthcare app. 

There are a number of features you might consider adding in order to meet this end, such as remote data erasure and full device encryption.

It's essential to always know how PHI is being accessed and where it is being accessed, as well as how it is being used by the people that are accessing it. 

While this might sound difficult, one of the simpler ways to deal with this need is to have a log file in the database that keeps track of everyone's PHI and which specific data they are accessing.

Keeping devices protected from suspicious attacks, viruses, or other means through which personal health information can be compromised can be tricky. This is particularly true when users stay connected to unsecured networks. 

It's, therefore, important to release regular updates for your web app to deal with any bugs or make security fixes that help promote health data security.

Does My Web App Need to Be HIPAA-Compliant?

There are three questions that you'll need to ask yourself in order to determine whether HIPAA compliance is a requirement for your web app. 

How to Build a Web App That Properly Secures Customer PHI

Developing software can be a drawn-out and tedious process, particularly if you aren't organized right from the start. When you dive right into the development phase without a bomb-proof plan, you're basically asking for delays, budget issues, and costly mistakes.

Using a project management model known as a software development lifecycle can help teams improve consistency, efficiency, and overall quality when creating a new product.

An SDLC consists of a number of phases that will need to be passed through to create a product suitable for deployment into the market. Depending on your business goals and the nature of the project, the number and nature of the phases can vary a bit. In this article, we'll look at one of the most common SDLC models to help you design a custom plan that suits your goals and needs.

What Is a Software Development Life Cycle?

The bird's-eye view breakdown of all the stages involved in creating software is known as a software development lifecycle. In order to build an interactive, predictable framework, SDLCs are custom designed in order to guide teams through the primary development stages.

The precise number of phases and the character of each of these steps can vary depending on the business and the project in question. For this reason, you'll find different outlines describing the stages of an SDLC when researching the topic.

Custom designing an SDLC can help businesses create a solid foundation that they can use every time they create a software-related project. It allows teams to work faster and with more consistency while also allowing companies to maximize their ROI. This is possible because an SDLC helps businesses:

Keep product features aligned with business goals

Reduce the number of post-launch fixes that affect user experience

Reduce the occurrence of team members spending time on conflicting, redundant, or low-value tasks

Though SDLC strategies were first introduced in the 1960s, the ideas and primary concepts have undergone quite an evolution over time. Perhaps the most impactful of these changes have affected the testing phase of the process. Testing is often considered a traditional SDLC stage, but some modern companies integrate these activities throughout the entire life cycle to ensure a secure product.

Software Development Lifecycles: The Process

Each stage of software development is outlined in an SDLC. Each phase has its own goals, tasks, instructions, expectations, deliverables, documentation, and personnel.

Depending on the business and its specific goals for the software project, the exact character and number of the steps can vary. The average project will commonly have between five and seven phases, while a large and complicated process might require ten or more major stages.

An output results from each stage of the process, such as a diagram, document, working software, or other product. In order to move on to the next step in the process, the respective output must have been produced from the previous step.

That being said, not all SDLC strategies are 100% linear– it isn't uncommon for teams to take a few steps back to make improvements or fix problems when necessary.

It's essential that the software development lifecycle of a project is regularly reviewed and even updated. A number of players participate in this process, including developers, business analysts, stakeholders, and QA team members.

There are similar steps to every software development lifecycle, but it's important for businesses or individuals to custom-build SDLCs that fit their goals and particular project.

Let's take a look at the most common model for SDLCs.

This part of the project is the foundation for the entire product. A collective effort is required to complete this stage thoroughly, including participation from leadership, business analytics, development, operations, and security teams.

There are a number of critical questions that will need to be answered in this initial stage, including:

What is the business hoping to achieve with the final product?

What are the hard deadlines we need to be concerned with?

Is this an existing system upgrade, or does brand-new code need to be written?

Can we take care of this in-house, or will we need to outsource either a portion of the project or the entire project?

Setting realistic goals, creating a comprehensive schedule, and creating a reasonable budget are all essential steps in avoiding one of the most frustrating potentials of any software product– a 

The output from the requirement analysis step is a Software Requirement Specification (SRS) document. This includes all of the specifications for the project, including security, hardware, software, and network specifications. Additionally, the file will include cost estimation, project scheduling, capacity planning, resource allocation, and provisioning. Essentially, the project goals and scope will be defined in the SRS, as well as rough project estimates and the project requirements.

If you're looking for a breakdown of the steps involved in planning a software development project, 

The second step is the feasibility study, which aims to evaluate whether the business goals and resources are compatible with what was discovered during the requirements analysis. The feasibility study is performed by senior business analysts, who typically focus on the following factors:

What is discovered during this process will then be added to the SRS document that resulted from step one. Upper management or approved decision makers will then review the report in order to approve the project schedules, the project plan and direction, the estimated costs, and the resources that will be required.

If the higher-ups aren't ready to sign off on the document, they can ask the team to take a step back and review specific aspects of the project defined in the requirements analysis. When this step is complete, there is a new and improved version of the SRS document that the proper leadership team has given the go-ahead.

The team is free to start creating a design plan for the product once the project direction has been approved. This phase includes designing all of the primary aspects of the software product, including its:

Architecture (databases, programming language, operating system, interfaces, 

Security measures (password protection, SSL encryption, etc.)

All of this information will then be collected in the Design Document Specification (DDS). It is then passed off to a stakeholder that analyzes the risk, product robustness, design modularity, and time constraints. If they are satisfied with what they find, they can then approve the direction of the project.

It is during the design phase that some companies choose to build a prototype of their product. While the time-consuming nature of prototype development can turn some people off to this optional step, it can end up saving a lot of time and money in the long run. By 

, you can avoid the need to make extensive changes once the development phase has been completed.

Finally, it's time for the development team to use the DDS in order to start writing the code for the software product. In many circumstances, the coding and software development phase is the most time-consuming step in the process.

The output of this phase is well worth the wait, however– operational software that fulfills all of the requirements that were outlined in the SRS and DDS. Though advanced testing is still needed, basic tests such as code reviews for different device types and static code analysis are involved in the coding stage.

Are you outsourcing the software development aspect of your project to freelancers? Make sure you check out 

these twelve online coding interview tools

 that will help you select the most qualified candidates.

Now that you have a fully functional piece of software, it's time to perform in-depth and extensive testing. Many different methods can be used to evaluate the software from every angle. These include:

This phase can be sped up by using automated tests. That being said, a number of tests, such as penetration tests, still benefit from manual execution.

If flaws are found in the software product, the developers will go back to the coding phase until they have created a stable and up-to-quality product free of bugs or defects.

Once the testing phase is over, the software product should have been thoroughly tested, and any issues that were discovered should now be resolved.

Now that the product has gone through extensive testing and all problems found during the process have been solved, the product is ready to be deployed in the production environment. In some cases, a company might create a replica of the product environment to perform user acceptance testing (UAT).

These days, many companies will choose to deploy their new product to only 10-15% of users at first before gradually increasing the availability to the rest of the customer base. This can help ensure that there aren't any UX issues before it is available to a wider audience and gives some time to address issues if they are discovered.

Periodic reviews and updates are necessary for any software product. Inevitably, there will be user feedback about the experience of using the software that requires that changes are made. This might include adding new features, fixing bugs, or upgrading to a newer version.

When new problems are discovered with the software, the team can revisit whatever stages of the SDLC are necessary to rectify the situation. It's common for bugs and issues to bring the team back to the coding stage, while major flaws might mean returning to the design stage.

Software Development Lifecycle Best Practices

When you are considering utilizing the software development lifecycle model for your next project, there are a number of best practices you will want to keep in mind.

Always keeping documentation accurate and up-to-date

Staying up to date on the latest security threats

Creating a standardized code review process

Creating learning opportunities for your team to learn about best practices through in-house workshops

Implementing a custom SDLC for your next project can tremendously impact your ability to stay within budget and on time, all while never compromising on quality. 

Let's look at a full list of the benefits of using a software development lifecycle model.

Software Development Lifecycle: The SDLC Stages and Process

Before a software development project can begin, all involved parties must understand every aspect of the project– including objectives, methodology, payment, deadlines, requirements, responsibilities, and more.

A statement of work (SOW) in software development covers every little nuance of the agreement between a vendor and the client to ensure no confusion or miscommunication and streamline the process.

The full extent of a client's collaboration with a software development company is outlined in this document, so it's vital that the information included is highly specific and simple to understand. Let's dive into the details about SOWs to help you write or review a statement of work.

A statement of work (SOW) is a document used in project management that narratively describes a project's work requirements. Outlined in this document are the project-specific activities, timelines, and deliverables. In short, all of the details and expectations of collaboration between a vendor and a client before software development begins are written into this document.

Once an SOW has been written and agreed to by both the vendor and the client, both parties will sign in order to begin the project.

It's essential that every person involved in a project is on the same page when it comes to objectives, methodology, responsibilities, requirements, deadlines, and payment. In order to minimize the occurrence of confusion or conflict between a client and a vendor, the statement of work puts every aspect of the agreement in writing.

This document can also provide additional information, such as hardware and software restrictions, security considerations, penalties when deliveries are late or of poor quality, and post-project support. Beyond that, there are often also clauses that outline under what circumstances the contract can be terminated early.

An SOW document needs to be very clear and written in a way that leaves little room for interpretation. Even though it is often viewed as a business document rather than a legal document, it's still essential to make sure that the full extent of your collaboration on a project is explicit and easy to understand.

The SOW can help to protect the interests of both the client and the vendor. On the client side, they can know for certain that the vendor understands what they are looking for and in what time frame. On the vendor side, it helps to protect from scope creep and the fallout from miscommunication.

The Structure of an SOW For Software Development

A statement of work is vital to tie all of the project characteristics and processes together while setting clear boundaries. It's important for an SOW to be both very clear and simple to understand to ensure that the software development process is as seamless as possible.

In the world of SOWs, the more information, the better. There can be some variety when it comes to the format of these documents, but certain sections are almost always contained in the document. Let's look at the structure of an SOW to gain a deeper understanding of this document's information.

The first section of your statement of work will list all of the specialists involved in the project and identify the objective. 

You'll want to include the date and location that the document was written to ensure that there is no room to question the legitimacy or credibility of the document down the road.

This is where relevant background information, 

, specifications, and reference info can be listed. If aspects of the project are already being worked on or completed, they should be mentioned here. 

This part of the document helps ensure that the vendor understands the client's needs.

Next, you will want to clearly understand the project's objectives and goals. 

The collaborative project between the client and the vendor will be more effective and consistent when the expectations are laid out in simple terms.

Both a statement of work and a scope of work– two phrases that 

, by the way– refer to statements about the project. However, the statement of work is the complete document that contains the goals, schedule, guidelines, and broadly all of the details about the project, while the scope of work is just one section of this larger document.

In this section, you'll find all of the elements of the project. This includes the reach, range, gamut, dimension, and spectrum of the work that is being agreed to in order to increase project understanding.

This is one of the more complicated parts of the statement of work, so it is typically a good idea to break down this section into a timeline with several phases. 

You can break these phases down into smaller tasks if the project is incredibly extensive and complex. It's also important that specific information is included in the SOW, including:

Conditions regarding potential issues in implementation

Certifications or requirements for subcontractors or developers

It's also essential that the location of where the work will be done is outlined in the document. If your project is being outsourced to a vendor with developers and engineers from countries around the world, it's important to know where they are operating from and which time zones they are in. This is important for the client to know but also vital because of the reality of differing jurisdictions.

Insights

1 of 8 pages

8 Mistakes That Companies Make When Building a Web App

How to Build a Web App That Properly Secures Customer PHI

Software Development Lifecycle: The SDLC Stages and Process

What Is a Statement of Work (SOW) in Software Development?

UX User Flows: What Are They and How Do They Work?

12 Benefits of Improving Your App's User Experience (With Tips)

Bootstrap vs. Tailwind CSS: Which Should You Use For Your App?

8 Ways to Identify a Talented SaaS Developer For Hire

Svelte vs. React: Which is The Better Library For Web Apps?

Dev Guide: Minimum Viable Product vs Minimum Lovable Product

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