The Impact of Microservices in Modern Departure Control Systems (Published)
Microservices architecture has transformed modern Departure Control Systems (DCS) by addressing the limitations of traditional monolithic approaches in airline operations. This article explores how microservices enhance DCS functionality through improved scalability, system resilience, accelerated development cycles, real-time data processing capabilities, and seamless third-party integrations. While identifying implementation challenges including service orchestration complexity, data consistency issues, and security concerns, the article presents solutions through case studies of successful airline implementations. Best practices for effective microservices adoption in airline environments are detailed, covering API governance, monitoring strategies, testing methodologies, deployment approaches, documentation standards, and team organization. The emergence of complementary technologies including serverless computing, edge deployment models, machine learning capabilities, and blockchain integration points to future evolution of microservices-based DCS platforms in advancing passenger processing capabilities.
Keywords: API governance, Containerization, Departure Control Systems, Microservices architecture, Service resilience