Small and mid-sized businesses often use multiple disconnected tools to manage content across eCommerce, intranet, and customer-facing sites. This leads to delays, duplication, and inconsistent messaging, which weakens customer trust.

We develop custom CMS platforms on ASP.NET Core, built with modular architectures and API-first design so they can integrate easily with CRMs, marketplaces, and other business systems. We implement role-based access controls, content approval workflows, version control, and multi-channel publishing to streamline collaboration between teams.

For optimal performance and scalability, we utilize SQL Server backends with caching mechanisms, such as Redis, to handle high-volume content loads efficiently. The result is a CMS that’s not just functional but also fast, secure, and easy for non-technical teams to manage.

With a single platform powering content across channels, you can roll out updates in minutes instead of hours, and maintain consistent messaging across touchpoints. This way, you can deliver a more reliable digital experience to your customers.

Example: An education provider relied on separate portals for student, faculty, and course content, leading to delays and mismatched information. After implementing a centralized CMS integrated with their eCommerce system, content updates will drop from hours to minutes, student complaints will reduce sharply, and course enrollments will increase.

Disconnected systems are a recurring challenge for small and mid-sized businesses. Payment gateways that don’t talk to ERPs, CRMs that require duplicate data entry, and customer apps that aren’t in sync with backend systems create inefficiencies, errors, and lost revenue opportunities.

Our experts build secure integration layers for .NET applications that unify these scattered systems. We utilize tools such as Azure Logic Apps, AWS Step Functions, MuleSoft, and Boomi to orchestrate workflows and design real-time APIs and event-driven microservices. These enable data to move instantly between applications.

To maintain reliability, we implement queue-based processing with Azure Service Bus or RabbitMQ, along with data validation and retry logic for error handling. Security is enforced through OAuth 2.0, SAML, and encrypted communication protocols, ensuring sensitive business and customer data remain protected.

With these integrations in place, you no longer have to struggle with silos. Orders, payments, and customer data remain consistent across platforms, processes run more efficiently, and decision-makers can rely on accurate, up-to-date information.

Example: A mid-sized manufacturer struggled with manual order entries between its ERP system and Salesforce CRM, resulting in errors and delayed shipments. By building secure integration points using Azure Functions and real-time APIs, they’ll be able to reduce order processing time significantly and improve accuracy across the sales pipeline.

Legacy .NET applications often burden small and mid-sized businesses with high maintenance costs, limited scalability, and security risks. Many of these apps are decades old, with missing documentation and outdated dependencies, making even minor updates slow and risky.

Our team handles end-to-end .NET transformation and modernization. We restore missing documentation, map out architectural gaps, and design a pragmatic modernization plan. This can include upgrading to the latest .NET Core or .NET 6+ and refactoring monoliths into modular microservices.

Furthermore, we optimize performance with asynchronous programming, add CI/CD pipelines for faster deployments, and enhance UI/UX for improved usability across web and mobile platforms. We also ensure compliance with framework upgrades.

By modernizing legacy systems in a structured manner, you get applications that are easier to maintain, faster to evolve, and more secure. This enables you to keep pace with growth and changing customer expectations.

Example: A regional financial services provider was running a 20-year-old .NET application with poor performance and high downtime. By modernizing the app through refactoring of the architecture and enabling mobile access with secure APIs, they will be able to enhance system performance. Additionally, downtime will be reduced to near zero, and customers will be able to access services on the go.