AROS IT CONSULTING AS

Modernization of DNB.no open pages using the Webframe architecture. Migration to Next.js with simplified backend setup using SST. Leveraging Azure for authentication and actively using AI tools like GitHub Copilot to accelerate development.

Key contributions include developing and optimizing search functionality, implementing webforms with Adobe CMS integration, and playing a central role in infrastructure development. Daily use of DNB's Eufemia design system and strict universal design (UU) with Axe. Kubernetes is used in the Webframe platform to emit/publish events (e.g. when pages should be published) as part of the content delivery flow.

Led the development of infrastructure solutions and established proof-of-concept demonstrating SST viability for DNB's modernization strategy. Early adopter of AI-assisted development tools, significantly reducing development time through smart utilization of emerging technologies.

Webframe implementation for DNB Sweden and Sbanken, modernizing their open web pages with Next.js and SST backend architecture. Utilizing Azure authentication and AI-assisted development with GitHub Copilot.

Implementing search functionality and webforms solutions while contributing to infrastructure setup and optimization for both platforms, including Kubernetes-based eventing for publish/content workflows shared across Webframe markets. UI built with Eufemia under DNB's UU requirements.

Pilot project for Webframe architecture at DNB Denmark. Modernized open pages using Next.js and simplified backend setup with SST, establishing the foundation for future DNB web modernization projects. Integrated Azure authentication and leveraged AI tools for efficient development.

Developed proof-of-concept demonstrating SST's viability for DNB's infrastructure needs. Implemented search and forms functionality as part of the pilot, validating the architecture for subsequent rollouts. Platform work includes Kubernetes for publish/event flows and Eufemia/UU patterns from the DNB design system.