A Comparative Study of Manual Approach and Centralized Digital Database

The construction industry is progressing toward Construction 4.0; however, project-level information management practices remain predominantly reliant on informal communication tools such as messaging applications and email. This misalignment between technological advancement and operational practice results in fragmented information flows, limited traceability, data silos, and reduced coordination efficiency. This study critically evaluates the limitations of decentralized, manual communication approaches and proposes a centralized, cloud-based information management system tailored for the delivery of built environment projects. A comparative analytical approach was adopted, guided by the System Development Life Cycle (SDLC), encompassing feasibility assessment, requirements analysis, system design, development modelling, and implementation planning. The evaluation focused on key governance and performance criteria, including accessibility, interoperability, auditability, real-time visibility, and decision-support capability. The findings indicate that manual communication methods contribute to record duplication, delayed information retrieval, constrained managerial oversight, and weakened stakeholder coordination. In contrast, a centralized cloud-based system enhances structured documentation control, integrates project data streams, and provides real-time visibility into work progress, thereby strengthening information governance and enabling evidence-based decision-making. This study contributes to built environment scholarship by positioning project-level information governance as a foundational enabler of Construction 4.0 readiness and by offering a structured framework to support the digital transition in construction project management.

Information Management, Workflow Automation, Cloud-based

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