DEV Community: Axelliant

How Can Businesses Improve Website Conversions Through UX Design Without a Complete Redesign?

Axelliant — Fri, 23 Oct 2026 02:41:13 +0000

A website can attract visitors and still fail to turn them into customers. Visitors may leave because they cannot find important information, the checkout process feels complicated, or the next step is unclear. A complete redesign is not always necessary to fix these problems. Professional UI/UX Design Services can help businesses identify where users struggle and improve the pages, forms, navigation, and interactions that influence purchasing decisions. For US businesses looking to generate more leads or sales, targeted improvements can be a practical starting point before investing in a new website.

Why Do Websites Lose Potential Customers?

Visitors usually arrive with a specific goal: compare services, request a quote, book a consultation, or purchase a product. When the website makes that task difficult, they may leave and choose a competitor.

Several common issues can affect conversions:

Confusing navigation: Visitors cannot quickly find pricing, services, product details, or contact information.
Complicated forms: Long forms request unnecessary details or do not explain what happens after submission.
Weak calls to action: Buttons use vague wording or are difficult to locate.
Poor mobile experience: Text, forms, or buttons are difficult to use on smaller screens.
Slow or inconsistent interactions: Delayed responses, broken links, and unexpected errors reduce confidence.

Before changing the entire website, businesses should determine which issues have the greatest effect on customer behavior. This helps focus the budget on improvements that address real problems rather than simply changing the site's appearance.

Five Ways to Improve Conversions Without a Complete Redesign

1. Identify Where Visitors Leave

Start by reviewing website analytics, conversion rates, form submissions, and user behavior. Tools such as Google Analytics 4 can help identify pages where visitors exit or abandon important actions. Heatmaps and session recordings, when configured with appropriate privacy protections, can reveal where users click, scroll, or encounter friction.

For example, a B2B software company may receive steady traffic to its service page but few consultation requests. The issue could be an unclear value proposition, a difficult contact form, or a call to action placed too far down the page.

A UX audit can help distinguish these issues and prioritize improvements. Rather than redesigning every page, begin with the pages closest to a business outcome, such as service pages, pricing pages, landing pages, and checkout screens.

2. Make the Next Step Clear

Visitors should understand what a page offers and what they should do next. Use clear headings, concise descriptions, and action-oriented buttons that match the visitor's intent.

For a service business, a button such as “Request a Consultation” may communicate the next step more clearly than “Learn More.” An e-commerce store might use a prominent “Add to Cart” button with clear shipping and return information nearby.

Keep important calls to action visible without overwhelming the page with competing buttons. Make sure each page supports a specific goal, whether that is submitting a form, booking a meeting, or completing a purchase.

3. Simplify Forms and Checkout Steps

Forms are often a major source of friction. Asking visitors to provide information that is not necessary at the current stage can discourage them from completing a request.

Review each field and remove unnecessary questions. Use clear labels, helpful instructions, and specific error messages. If a form requires several steps, show users where they are in the process and preserve entered information when possible.

For online stores, examine the full checkout journey, including shipping details, payment options, and order confirmation. For B2B websites, make consultation and quote-request forms easy to complete on both desktop and mobile devices.

These improvements can make the process more convenient without requiring a new website architecture.

4. Improve Mobile Usability and Page Clarity

A website may look polished on a desktop but be frustrating on a phone. Small buttons, crowded layouts, unreadable text, and forms that require excessive scrolling can prevent users from completing important actions.

Review key pages across common screen sizes. Ensure that buttons are easy to tap, text is readable, and important information appears in a logical order. Check that menus, forms, and interactive elements work as expected.

Professional User Experience Design Services can help businesses assess these interactions and improve the user journey while preserving the existing brand and website structure.

5. Test Changes Before Applying Them Everywhere

Avoid assuming that a design change will automatically improve conversions. Establish a baseline, make a focused change, and measure the result.

For example, test a clearer headline, a shorter form, or a different call-to-action label on a high-traffic landing page. Where traffic permits, A/B testing can compare two versions. For lower-traffic websites, usability testing and before-and-after performance monitoring may provide more practical evidence.

Track meaningful outcomes such as qualified leads, completed purchases, form completion rates, and consultation bookings. Also monitor errors and customer feedback to make sure an improvement in one metric does not create another problem.

When Should You Hire a UI/UX Design Partner?

If your website attracts visitors but consistently underperforms, a specialist can help identify the causes and create a prioritized improvement plan.

Through UI/UX Design Consulting, a business can receive support with usability audits, customer journey analysis, wireframes, prototypes, interface improvements, and testing. The scope can be limited to a few high-impact pages rather than a complete redesign.

When evaluating UI/UX Design Services in the USA, look for a provider that understands your business goals, target audience, analytics, and existing technology. Companies searching for a UI/UX Design Company in New York should also review relevant project experience, communication practices, deliverables, and how the provider measures success.

Ask prospective partners to explain what they will evaluate, which changes they recommend first, how results will be measured, and whether implementation support is included. A clear scope helps you understand the cost and avoid paying for changes that do not address your customers' needs.

Improve Your Website Before Rebuilding It

A complete redesign may be appropriate when a website has major technical limitations or an outdated structure that cannot support business requirements. However, many conversion problems can be addressed through better navigation, clearer messaging, simpler forms, improved mobile usability, and ongoing testing.

Axelliant provides UI/UX Design Services to help businesses improve digital experiences and align website interactions with customer needs. If your website is generating traffic but not enough inquiries or sales, start by identifying the barriers that prevent visitors from taking action.

Ready to make your website easier to use and more effective at converting visitors? Explore Axelliant's UI/UX Design Services to discuss a practical improvement plan for your business.

How Can SaaS Companies Manage Database Changes Without Application Downtime?

Axelliant — Fri, 23 Oct 2026 02:04:34 +0000

For SaaS companies, even a small database change can disrupt customer access, interrupt transactions, or cause features to stop working. Updating database tables, changing application fields, or migrating large volumes of data requires careful planning to avoid these problems. Professional DevOps Services help businesses coordinate database updates with application releases, automate testing, and reduce the risk of downtime. With the right deployment process, your team can introduce improvements while keeping the application available to customers.

Why Can Database Changes Cause Application Downtime?

SaaS applications depend on databases to store customer accounts, transactions, product information, and other essential business data. When developers change a database structure, the application code must remain compatible with the updated database.

Problems can occur when a new application version expects a field that does not exist yet, an update locks a busy table, or a data migration takes longer than expected. A deployment may also fail if the database changes successfully but the application release does not.

For example, a subscription software company might rename a database column used to calculate customer billing. If the application still references the old column, billing operations could fail after deployment.

These risks become more serious when multiple customers use the application throughout the day. SaaS providers need a release process that protects existing functionality while allowing developers to introduce new features.

Five Ways to Manage Database Changes Without Downtime

1. Use Backward-Compatible Database Changes

One of the most effective approaches is to make database changes in stages instead of modifying everything at once.

Consider a business that needs to replace an existing customer field with a new structure. Removing the old field immediately could break the current application version. Instead, developers can introduce the new field while keeping the old one available.

The process generally involves adding the new structure, updating the application to support it, migrating existing data, and removing the old structure only after confirming that it is no longer needed.

This approach is often called an expand-and-contract migration. It allows the application and database to transition gradually, reducing the chance that a single release will interrupt customer activity.

2. Automate Database Deployments and Testing

Manual database updates can lead to inconsistent environments, missed steps, and deployment errors. Automation helps teams apply approved changes in a repeatable manner.

CI/CD Pipeline Automation Services can connect database migration scripts with application builds, automated tests, approval steps, and release procedures.

Before a change reaches production, the pipeline should test whether migration scripts execute correctly, existing application functions still work, and the new code can interact with the database as expected.

Teams should also test rollback or recovery procedures. Some database changes cannot be safely reversed with a simple command, especially after new data has been written. In these situations, a forward-fix plan or tested data-restoration procedure may be more appropriate.

3. Migrate Large Datasets in Small Batches

Updating millions of records in a single operation can increase database load, extend transaction times, and create locking problems.

For large SaaS databases, developers can often migrate records in smaller batches. Each batch should have clear progress tracking, error handling, and a way to resume safely if the process fails.

For example, a CRM platform moving customer records to a new format might process a limited group of records at a time while the application continues handling normal requests.

The migration should also be monitored for query latency, database CPU usage, replication lag, and failed records. If performance begins to deteriorate, the team can pause or slow the migration before customers experience significant problems.

4. Separate Application Releases From Database Changes

Deploying application code and making major database changes simultaneously can increase the number of possible failure points.

A safer strategy is to separate these activities when practical. First, introduce database structures that support both the existing and upcoming application versions. Next, deploy compatible application code. Then migrate data and verify the results before removing obsolete structures.

Feature flags can also help teams control when a new feature becomes available to customers. However, a feature flag does not eliminate database risks by itself; the underlying data structure must still support the application versions currently in use.

This staged approach makes troubleshooting easier because teams can identify which change caused a problem.

5. Monitor the Release and Prepare a Recovery Plan

A deployment is not complete just because the scripts finish successfully. Teams must confirm that the application continues to work as expected.

Monitor error rates, response times, database connections, failed transactions, and important customer workflows. For a subscription platform, this may include sign-in, billing, account updates, and subscription renewals.

Before deployment, establish recovery steps, backup requirements, responsible team members, and clear conditions for stopping the release. Test backups regularly rather than assuming that a successful backup guarantees a usable recovery.

For high-risk changes, consider a maintenance window or a staged rollout if the migration cannot be performed safely while the system is active.

When Should a SaaS Business Hire DevOps Support?

Your business may need outside support if database deployments regularly cause errors, releases require lengthy maintenance windows, or developers spend too much time fixing production problems.

Experienced teams providing DevOps Consulting Services can review your deployment workflow, database migration practices, testing coverage, monitoring setup, and recovery procedures. They can then recommend improvements based on your existing technology and uptime requirements.

When evaluating DevOps Services in the USA, look for a provider that understands application architecture, database operations, cloud infrastructure, automated testing, and production incident management. Businesses seeking DevOps Consulting Services in New York should also evaluate project communication, documentation, support arrangements, and experience with SaaS environments.

Ask potential providers how they handle backward-compatible migrations, test data recovery, monitor production releases, and respond when a deployment does not go as planned. A clear process matters more than a promise of zero downtime.

Keep Your SaaS Application Available During Database Updates

Database changes do not have to mean service interruptions. Backward-compatible migrations, automated testing, staged releases, controlled data updates, and reliable recovery plans can help SaaS businesses release changes with less risk.

Axelliant provides DevOps Services to help businesses improve software delivery, deployment workflows, and operational reliability. If your team is struggling with database migrations or wants a more dependable release process, review your current deployment approach before the next major update.

Ready to make database deployments more reliable? Explore Axelliant's DevOps Solutions to discuss a DevOps approach suited to your application's requirements.

How Can Manufacturers Build Custom Production Management Software?

Axelliant — Wed, 30 Sep 2026 18:49:42 +0000

Manufacturers often rely on spreadsheets, disconnected production tools, legacy applications, and manual reporting to manage day-to-day operations. As production becomes more complex, these systems can make it harder to track work orders, production schedules, inventory, equipment, and operational data in one place.

Custom production management software can give manufacturers a system designed around their actual production processes. Instead of forcing operations into a generic platform, a custom application can connect production workflows, inventory information, employee tasks, reporting, and existing business systems according to the manufacturer’s requirements.

For US manufacturers considering a new production application, the key is to define the operational problem first and then determine which software capabilities are actually needed.

What Should Custom Production Management Software Handle?

A production management application can be designed around the processes a manufacturer performs every day. Depending on the business, this may include production planning, work orders, inventory tracking, quality checks, equipment information, production reporting, and employee task management.

For example, a manufacturer producing industrial components may need software that allows supervisors to create production orders, assign work to specific lines, monitor progress, record completed quantities, and send relevant data to an ERP system.

The software should reflect the company’s workflow rather than simply provide a long list of features.

Which Features Should Manufacturers Consider?

The required features depend on the production environment, but several capabilities are commonly important.

Production planning and scheduling: Managers can use the application to organize production orders, schedules, resources, and priorities.

Work order management: Employees can access assigned work orders, update production status, record quantities, and document issues.

Inventory visibility: The application can connect production activity with raw materials, components, work-in-progress, and finished goods.

Quality management: Manufacturers can create workflows for inspections, quality checks, defect reporting, and corrective actions.

Dashboards and reporting: Supervisors can view production information such as order status, output, delays, and other operational metrics.

Integration: The application can exchange data with ERP, CRM, warehouse, accounting, or other systems through APIs and integrations.

Not every manufacturer needs all of these capabilities. A good development process starts by identifying where employees currently lose time or where inaccurate or delayed information affects production decisions.

How Do You Build the Software?

The first step is process discovery. Document how production orders move from planning to completion. Identify who creates orders, who approves them, what information employees need, where data is entered, and which systems already contain that information.

Next, define the application requirements. Separate essential functions from features that can be added later. This helps keep the initial project manageable and provides a clearer development scope.

The development team can then design the application architecture, user interfaces, database structure, APIs, and integrations. With a full stack development approach, the frontend, backend, database, and application services can be developed as parts of one connected system.

Testing should happen throughout development. Production software needs to be tested against real workflows, user permissions, data handling, integrations, and different operational scenarios before deployment.

After launch, monitoring and ongoing improvements are important. Manufacturing processes change, and the application may need new integrations, reports, workflows, or mobile capabilities over time.

Should the Software Connect With an Existing ERP?

In many cases, yes. Manufacturers rarely operate with production software alone.

An ERP may already contain information about purchasing, finance, inventory, suppliers, customers, or orders. A custom production application can be integrated with these systems rather than creating another isolated database.

The integration strategy should determine which system owns each type of data and how information moves between applications. This reduces duplicate data entry and helps employees work with consistent information.

When Should a Manufacturer Consider Custom Software?

Custom production management software may make sense when existing tools cannot support important production workflows, employees depend heavily on spreadsheets, multiple systems require manual data entry, or management lacks timely operational information.

It can also be considered when a manufacturer has unique processes that standard software cannot accommodate without extensive workarounds.

The decision should be based on the operational requirements, integration needs, budget, scalability expectations, and long-term maintenance requirements.

Build a Production System Around Your Manufacturing Workflow

Manufacturers do not need software simply because it is custom. They need software that solves specific operational problems and works with the systems they already use.

Axelliant provides Custom Software Development, including Full Stack Development, Mobile App Development, and DevOps Solutions for businesses that need purpose-built applications.

For a manufacturing company evaluating a production management application, start by documenting current workflows, identifying information gaps, defining integration requirements, and prioritizing the features employees need most. This provides a practical foundation for selecting the right development approach and building software that supports actual production

Getting Started with Microsoft Dynamics 365 Business Central: A Developer's Guide

Axelliant — Tue, 21 Jul 2026 11:17:35 +0000

Microsoft Dynamics 365 Business Central has become one of the most widely used enterprise resource planning (ERP) solutions for small and mid-sized businesses in the United States. It helps organizations manage finance, sales, purchasing, inventory, projects, and operations from a single cloud-based platform. While business users rely on Business Central to streamline daily operations, developers play an important role in extending its capabilities to meet unique business requirements.

Whether you're building custom applications, integrating third-party systems, or creating automated workflows, understanding the Business Central development environment is the first step toward delivering reliable and scalable solutions.

This guide explains the fundamentals of Business Central development, the tools you'll need, and best practices for creating custom solutions in 2026.

What Is Microsoft Dynamics 365 Business Central?

Microsoft Dynamics 365 Business Central is a cloud-based ERP solution designed to help businesses manage core operations from one platform. It supports financial management, inventory control, supply chain operations, customer relationship management, purchasing, and reporting.

Unlike traditional ERP systems, Business Central is built to integrate with other Microsoft technologies such as Microsoft 365, Power BI, Power Automate, and Azure. This allows businesses to create connected workflows while giving developers a flexible platform for customization and integration.

Why Developers Choose Business Central

Every business has unique processes that standard ERP features may not fully address. Developers use Business Central to build custom functionality without changing the core application.

Businesses often need:

Custom approval workflows
Industry-specific processes
Third-party software integrations
Personalized reports
Automated business tasks
Custom user interfaces

Instead of replacing existing functionality, developers can extend Business Central while maintaining compatibility with future Microsoft updates.

Development Tools You'll Need

Getting started with Business Central development requires only a few tools.

The primary development environment is Visual Studio Code, where developers write and manage application code. Microsoft provides the AL Language Extension, which enables developers to create Business Central extensions using the AL programming language.

Developers also need access to a Business Central sandbox environment. A sandbox provides a safe place to build, test, and validate customizations before deploying them to production.

Version control tools such as Git are recommended for managing source code, tracking changes, and supporting team collaboration throughout the development lifecycle.

Understanding AL Programming Language

Business Central extensions are built using AL, Microsoft's programming language for Dynamics 365 Business Central.

AL allows developers to create:

Tables
Pages
Reports
Code units
API pages
Business logic
Extensions
Permission sets

Rather than modifying Microsoft's base application, AL enables developers to add new functionality through extensions. This extension-based approach helps businesses receive Microsoft updates without losing customizations.

For organizations planning long-term growth, this development model reduces maintenance and simplifies future upgrades.

Creating Your First Business Central Extension

Most developers begin by creating a simple extension project.

The process typically includes creating a new AL project, connecting to a Business Central sandbox, defining application objects, writing business logic, publishing the extension, and testing functionality.

Extensions can add new fields, customize pages, automate calculations, or introduce entirely new business processes.

Keeping extensions modular makes them easier to maintain as business requirements evolve.

Integrating Business Central with Other Applications

Modern businesses rarely rely on a single application. Business Central is designed to work alongside other business systems.

Developers frequently integrate Business Central with:

Microsoft Power BI for reporting
Microsoft Power Automate for workflow automation
Microsoft Teams for collaboration
Dynamics 365 Sales
Azure services
E-commerce platforms
Payroll systems
CRM applications
Third-party business software

These integrations reduce manual data entry while improving data accuracy across the organization.

REST APIs and web services allow developers to exchange information securely between Business Central and external applications.

Best Practices for Business Central Development

Successful Business Central development focuses on long-term maintainability rather than quick fixes.

Developers should avoid modifying the standard application whenever possible. Instead, use extensions that remain compatible with future Microsoft releases.

Testing should be performed throughout development rather than only before deployment. Functional testing, integration testing, and user acceptance testing help identify issues early.

Clear documentation is equally important. Well-documented code makes future updates easier and allows other developers to understand the solution.

Performance should also be considered during development. Efficient queries, optimized page layouts, and well-designed business logic contribute to a better user experience.

Finally, security should be built into every solution by applying appropriate permissions, validating data, and protecting sensitive business information.

Common Development Challenges

Developers often encounter challenges when building Business Central solutions.

One common issue is integrating older business systems with modern cloud applications. Legacy software may require additional APIs or middleware to exchange information effectively.

Another challenge involves understanding complex business processes before writing code. Successful customization depends on understanding how finance, operations, purchasing, and inventory interact.

Managing upgrades is also important. Although extensions simplify updates, developers should regularly test custom applications against new Business Central releases to ensure compatibility.

Why Business Central Development Matters

Businesses continue to adopt Microsoft Dynamics 365 Business Central because it provides flexibility without requiring organizations to replace their existing processes.

Developers help maximize this investment by creating solutions that automate work, improve reporting, simplify operations, and connect business applications.

As organizations expand, well-designed Business Central extensions allow the ERP system to grow alongside the business rather than limiting future innovation.

Final Thoughts

Microsoft Dynamics 365 Business Central provides developers with a modern platform for building secure, scalable, and connected business applications. By learning the AL programming language, working with extensions, and following Microsoft's recommended development practices, developers can create solutions that improve business operations while remaining compatible with future updates.

Whether you're new to Business Central development or expanding your ERP expertise, understanding the platform's architecture and development model will help you build applications that deliver lasting value. As more businesses across the United States continue investing in cloud-based ERP systems, Business Central development skills will remain an important part of creating efficient, connected, and adaptable business solutions.
Learn more about Axelliant Dynamics 365 Business Centre