Ecommerce


10+

Сompleted projects

1M+

USERS


Ecommerce

Solutions for ecommerce industry

Solbeg builds software for online retail operations that have outgrown the limits of an off-the-shelf platform, whether because of nonstandard catalog structures, complex pricing and promotion rules, high order volumes, or checkout processes that need to work with several internal systems at once. The scope below covers the types of ecommerce solutions we design, build, and maintain.

Custom ecommerce platform development

This approach is relevant when catalog logic, pricing models, or order processing rules cannot be fully supported through the configuration options of a ready-made platform. Work can cover system architecture, the data model for products, orders, and customers, storefront and checkout logic, and administration tools. Custom ecommerce development services are also relevant when a company operates several storefronts, brands, or regional markets on shared inventory and needs a common underlying platform or codebase. 

Ecommerce mobile applications

Mobile shopping applications can be developed as cross-platform products to support widely used mobile devices while reducing duplication between platform-specific implementations. Work can include catalog browsing, cart and checkout flows, account and order history screens, push notifications, and integration with the same back end used by the web storefront. Retailers building a shopping app alongside an existing storefront can engage our mobile development services as a separate track or as part of a wider ecommerce project.

Payment and checkout integration

Payment providers can be connected to the checkout process to support authorization, capture, refunds, and error handling for declined or interrupted transactions. This part of the project can also include requirements for transaction data, retry logic, error handling, and reconciliation between orders and payment records.

Integration with existing enterprise systems

The storefront can be connected to systems a company already uses so that stock levels, prices, customer records, and order statuses remain consistent across the environment. We can define integration contracts, data ownership rules, and synchronization requirements before building and testing the exchange layer. Integrated ecommerce solutions can help reduce manual data entry between the store and back-office systems and minimize reporting inconsistencies when the same business entity is represented across multiple platforms.

Storefront interface and user experience design

Design work can cover catalog navigation, product pages, cart, and checkout based on how customers browse, search, compare, and purchase products within the specific catalog structure. Deliverables can include interface structure, screen states for empty, error, and loading conditions, and design assets prepared for development.

Back-office and administration tools

Internal interfaces help staff manage catalogs, content, prices, promotions, and orders. The goal is to reduce repetitive manual operations and provide administrators with bulk actions, filters, permission levels, and other tools required for day-to-day ecommerce operations.

Modernization of existing ecommerce software

This approach is relevant for stores running on an aging codebase where releases have become difficult, dependencies are outdated, or the architecture limits further development. Work can begin with an assessment of the current system and continue with a staged modernization, re-platforming, or migration plan designed to keep the store operational during the transition.

Testing, QA, and ongoing engineering support

Testing can cover core ecommerce functionality such as product catalogs, carts, checkout, and integrations, with functional and regression testing used to verify changes and prevent new issues. Continued engineering support is also available after release. Ecommerce software development services at this stage can include defect resolution, performance optimization during seasonal or promotional traffic peaks, and reduction of technical debt accumulated as the product evolves.


Why Solbeg

Why Companies Choose Solbeg for Ecommerce Development

Solbeg combines ecommerce delivery experience with full-cycle engineering expertise to build, integrate, and evolve digital commerce platforms within complex enterprise environments. Our teams help address scalability, system integration, stakeholder requirements, and long-term platform development across the solution lifecycle.

Delivered ecommerce projects, not a first attempt

Solbeg has completed 10+ projects in this industry, with solutions reaching more than 1 million users. This track record provides practical experience with ecommerce systems that need to support large user bases, evolving functionality, integrations, and high-traffic periods.


Process

How Solbeg Delivers Ecommerce Software

The stages below describe a typical sequence of work from the first requirements discussions to post-release engineering. The depth and exact structure of each stage depend on whether the project starts from scratch, replaces an existing store, or extends a system already in production.

  1. Discovery and requirements

    We work with stakeholders to define project objectives, functionality in scope, and key delivery requirements. At this stage, the team can document the catalog structure, order lifecycle, pricing and promotion rules, systems that need to exchange data with the store, and constraints created by existing business operations. The result provides a shared basis for estimation, architecture, and delivery planning.

  2. Architecture and technical planning

    The team designs the system structure, including the data model, application layers, integration contracts, and approaches to scalability and security. Decisions made here influence how ecommerce development proceeds, how easily the product can evolve, and how the system may behave under seasonal traffic. Technical risks can also be identified early and incorporated into the delivery plan.

  3. Development

    Implementation can proceed incrementally so that working functionality is available for review during the project rather than only at the end. Storefront, back end, administration tools, and integrations can be developed and connected according to the agreed priorities and project architecture.

  4. Testing and quality assurance

    QA can include functional testing of catalog, cart, checkout, and account flows, regression testing throughout development, and separate verification of integrations with external systems. Payment and order processing paths can receive particular attention because issues in these workflows directly affect customer experience and business operations.

  5. Release and deployment

    The system is prepared for deployment to the production environment, with data migration included where an existing store is being replaced or re-platformed. Migration planning can cover catalog, customer, and order history data, together with validation rules, staged transfer, and rollback procedures where appropriate.

  6. Post-release engineering support

    After launch, ongoing work can include monitoring system behavior under real-world traffic, resolving defects, optimizing performance, and implementing new business requirements. Ecommerce development services at this stage can also include architecture improvements and technical debt reduction as the product, integrations, and operational requirements continue to evolve.


FAQ

Ecommerce Software Development FAQ

Solbeg can cover multiple stages of the engineering lifecycle, including consulting and requirements definition, design, back-end and front-end development, mobile applications, integrations, testing, and post-release support. The exact combination of services depends on whether the project is a new build, an extension, or modernization of an existing platform. E-commerce services can also be provided for a specific stage, such as an assessment of an existing ecommerce system.

Yes. Work on an existing system can begin with a review of its architecture, codebase, integrations, and technical dependencies to determine what can be extended and what may need to be modernized or replaced. Depending on the findings, the project can continue as incremental improvement or as a staged migration designed to keep the store operational.

Integration can begin by defining which system owns each data entity, what triggers updates, and how conflicts or errors should be handled. The team can then define the integration contracts and build an exchange layer that is tested separately from the storefront. Because integration issues can affect inventory, pricing, customer data, and order processing, this part of custom ecommerce software development is typically specified and tested carefully.

Yes. Mobile shopping applications can be developed as cross-platform products for widely used mobile devices and connected to the same back end as the web storefront. Using a shared back end can help keep catalog, pricing, customer, and order data consistent across channels.

Project estimates are based on the defined scope and known technical requirements. Important factors include the amount and complexity of functionality, integrations, data migration volume, expected scale, and the condition of any existing system. Early figures can therefore remain provisional until these factors have been reviewed.

Engineering work can continue with monitoring, defect resolution, performance optimization, and implementation of new business requirements. Real-world traffic and sales peaks may reveal additional opportunities for optimization that were not visible during pre-release testing. Ecommerce solutions development can therefore continue after launch as the product, integrations, and business requirements evolve.

Yes. Solbeg provides dedicated team specialists who can work alongside an existing internal team. This model can be suitable when the client retains product ownership and needs additional engineering capacity or specific technical expertise. The distribution of responsibilities between the teams is defined for each engagement.

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