Description
Lohnkonzepte is a German consulting firm specializing in tax optimization and advisory services for businesses. The company wanted to modernize its corporate website to better present its services, expertise, and content while providing a more professional and user-friendly digital experience. Our team was engaged to redesign and rebuild the website, including key landing pages, informational sections, and content-focused pages, while ensuring consistency with the company's evolving visual identity.
Challenge
One of the main challenges of the project was that not all page designs were available at the start of development. While some core pages had already been designed, many additional sections and content blocks required collaborative refinement throughout the implementation process. As the project progressed, new requirements and page variations emerged, requiring close communication with the client to define layouts, user experience patterns, and visual consistency. The development team had to extend the design system without access to complete design specifications, ensuring that newly created pages naturally matched the style and structure of the redesigned website. At the same time, the solution needed to remain flexible enough to support future content growth while maintaining a clean and professional presentation appropriate for a legal and consulting business.
Solution
We delivered a complete website redesign focused on usability, consistency, and maintainability.
Key work included:
- Rebuilding the website frontend using Next.js
- Implementing redesigned landing and informational pages
- Creating reusable content sections and page components
- Extending the visual design system for pages without predefined designs
- Improving content presentation and navigation structure
- Ensuring responsive behavior across desktop and mobile devices
Technology Stack
- Frontend: Next.js, React
- Architecture: Component-Based Frontend Architecture, Responsive Web Design
- CMS & Content: Content-Driven Website Structure