Frameworks for Transitioning from Technology-Siloed to Cross-Functional Engineering Teams in Modern Software Organizations
TL;DR
This review examines phased transition patterns from technology-siloed structures toward cross-functional engineering teams, and identifies structural limits of silo-based delivery, compares transition mechanisms, and develops a practical interpretation of staged ownership transfer.
Abstract
Software organizations often keep frontend, backend, mobile, infrastructure, and quality-assurance engineers in separate units long after product delivery has begun to depend on joint ownership across these domains. The separation protects specialist knowledge, yet it creates delays when one feature moves through several queues before release. This review examines phased transition patterns from technology-siloed structures toward cross-functional engineering teams. It draws on recent software engineering literature on agile teamwork, DevOps structures, continuous delivery, platform teams, scaled autonomy, communities of practice, and human factors in agile projects. The method combines comparative source analysis, conceptual synthesis, typological classification, and analytical generalization. The review identifies structural limits of silo-based delivery, compares transition mechanisms, and develops a practical interpretation of staged ownership transfer. The proposed approach links cross-functional restructuring with federated governance, enabling teams, quality practices embedded in development, and monitoring indicators covering flow, reliability, collaboration, capability, and sustainability.