Deep Foundation Job Sites of the Future: Digitization and Networking as Major Strategic Factors for Information Management Systems-Paper

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The paper examines how digitization and connectivity can support information management systems (IMS) on deep foundation construction sites. IMS—including Project Management Information Systems and BIM-based approaches—collect, consolidate, process, and distribute project information to support planning, decision-making, documentation, and quality assurance.<br /><br />Construction machinery and connected technologies generate continuous data, including machine, positioning, process, measurement, and logistics information. By combining these data streams in real time and transmitting them to a central database or cloud-based IMS, project teams can compare actual work with design plans, monitor progress remotely, and create traceable records. Digital tools can also assist machine operators, improve efficiency and safety, and support reporting, fleet management, and maintenance.<br /><br />Successful implementation depends on well-structured, useful data and solutions that are secure and easy to use. Key challenges include machine safety, data security and confidentiality, selecting and presenting relevant information, and gaining acceptance among workers and other stakeholders.<br /><br />A Hamburg bridge-foundation project illustrates the approach. A drilling rig on a floating pontoon used DGNSS positioning and digitized plans to guide underwater work. Machine and process data were automatically transmitted to an IMS, enabling continuous progress monitoring and standardized quality reports. The project demonstrated that integrated digital workflows are already practical, not merely a future vision.<br /><br />The paper concludes that networking data across planning, execution, and evaluation makes deep foundation work more transparent and verifiable. Actual job-site data can validate plans, document quality, support timely decisions, and improve project management throughout the construction process.

Keywords

digitization

connectivity

information management systems

deep foundation construction

BIM

project management information systems

real-time data

machine monitoring

quality assurance

data security