Xolvio specialise in the design and implementation of modern APIs that enable growth, customer engagement, operational efficiency and data-driven decision making. We do this through the creation of AI-Ready API Roadmaps and implementation of systems using Event-Driven Architecture strategies and Apollo GraphQL supergraphs. And our proprietary methodology, Narrative Driven, is the engine that delivers outcomes at speed.
We will help you at each stage of your API modernisation journey with our deep technology expertise and proven methodology.
Equip your organization with API strategies and scalable technologies designed to meet future demands.
Harness the power of event sourcing to build resilient, future-proof architectures tailored for evolving business needs.
Revolutionize enterprise API scalability with unified, federated supergraphs that drive efficiency and performance.
Narrative Driven Development is our battle-tested methodology, refined over 15 years across multiple clients and industries. We built it to ensure that business, design, and technology start aligned and stay aligned through the entire software development lifecycle. Our clients have seen globally distributed teams of almost 70 align through NDD, producing actionable tasks and narratives the very first day.
We have proved our success with global brands in automotive, healthcare, telco, gaming, and more.
Xolvio helped Audi of America launch an e-reservation system in four months, enabling thousands of transactions per minute with high reliability. Using a microservices architecture and GraphQL with Apollo Federation, the solution ensured scalability and long-term digital growth.
Xolvio built a secure, event-driven cloud platform in eight weeks, leveraging a Supergraph architecture and automated CI/CD pipelines to ensure seamless AWS integration, high availability, and real-time data synchronization for hundreds of thousands of vehicles.
Xolvio transformed a complex monolithic system into a high-performance, scalable GraphQL API in just three months. By implementing a federated Supergraph and event-driven architecture, they accelerated feature releases and enabled seamless front-end and back-end decoupling.