A transportation project can take years to move from first plan to open road. Along the way, planners, estimators, procurement staff, contractors, and inspectors create a large body of information. Each handoff between them is a point where that information can get left behind.
A project scope becomes a spreadsheet. An estimate gets repackaged into bid documents. Awarded quantities get typed into construction software a second time. At closeout, someone searches through reports and folders to reconstruct decisions made months earlier.
The information still exists, but if the next team cannot find it, trust it, or use it, its value is lost.
That is the infrastructure industry’s data fragmentation problem. Every disconnected handoff carries a cost, and most of those costs never appear as a line item.
Where Project Information Gets Left Behind
Infrastructure delivery runs in distinct phases. Each phase has its own people, its own process, and its own systems. That structure makes coordination necessary, and it makes data continuity hard.
Planning to estimating. Early decisions about priorities, funding, scope, and schedule shape the initial plan. When those assumptions do not travel with the project, estimators have to search for the supporting information or recreate it. The estimate can lose the context that produced it.
Estimating to bidding. Engineers develop quantities and costs, but procurement often runs in a separate environment. When bid schedules, item descriptions, or revisions move by hand, teams risk a mismatch between what was estimated and what contractors are asked to price.
Bidding to construction. The winning bid sets the quantities, prices, and contract commitments the construction team will manage. Yet that information often has to be rebuilt by hand in a construction administration system. At CTL Engineering, moving a local-agency bid into a construction management platform once meant a manual transfer. Chief Growth Officer Joe Warino described the process: “We’re taking a PDF document, transcribing that into Excel, and then uploading the Excel file.”
Construction to closeout. Inspectors capture quantities, materials, photos, and field observations. Project managers document changes and payments. When those records sit in disconnected files and tools, closeout turns into a retrieval exercise, and the final asset record can miss important construction context.
The Federal Highway Administration names these same barriers in its Integrated Digital Project Delivery initiative: duplicate data entry, incompatible systems, and information spread across separate databases.
What Disconnected Data Costs
Fragmentation rarely shows up as a dramatic project failure. More often it shows up as another hour spent finding a report, another round of data validation, or another decision made without full context. Multiply that across teams and projects, and the cost becomes substantial.
Autodesk’s 2025 State of Design & Make: Spotlight on Construction report found that construction professionals spend an average of 13 hours per week searching for the data they need. Only 38% of surveyed construction leaders rated their organizations’ ability to share and use data with collaborators as strong.
The financial stakes go well beyond staff time. In a 2021 study, Autodesk and FMI estimated that inaccurate, incomplete, inaccessible, inconsistent, or untimely data may have cost the global construction industry $1.85 trillion in 2020. The same researchers estimated that bad data drove 14% of construction rework that year. These are industry-wide estimates, not figures tied solely to project handoffs, but they show what unreliable information costs at scale.
On individual projects, the cost is easier to see. After an airfield project was complete, RS&H faced a subcontractor dispute over quantities. Construction Services Discipline Leader David Elliott answered it from searchable records instead of archived paperwork. “8-10 hours of researching files the old way, I did in about 5 minutes,” he said.
Better access to documentation protects budgets, too. CTL Engineering used digital diaries and photo logs to resolve a contractor cost dispute, and reported approximately $100,000 in savings on a single project.
These examples point to one shared risk. When a team cannot retrieve the original project record, routine questions take longer to answer, and disagreements get harder to settle. Rework, delayed approvals, payment processing, and claims all cost more when the evidence is scattered.
From Isolated Phases to One Connected Project Record
The way forward is to treat infrastructure delivery as one continuous flow of information, from planning through closeout.
On a connected platform, the assumptions and funding priorities set during planning inform the estimate. Estimated quantities and bid items move into procurement without a second round of transcription. Award information carries into construction administration, where inspections, quantities, documents, and payments build on the same project record. At closeout, the agency keeps a searchable history that supports audits, maintenance, and future investment decisions.
That continuity does more than save administrative time. Data collected during construction becomes a foundation for the next project. C&S Companies offers a strong example: by connecting digital inspection with geospatial field collection, the firm produced more accurate as-built information and richer deliverables to support airport asset management.
A connected record still depends on shared standards, sound data governance, and interoperability. Putting separate tools online does not guarantee that information will move between them. What matters is preserving accurate, usable context as responsibility passes from one team to the next.
Better Information Builds Better Outcomes
Infrastructure projects already produce the information needed to support better decisions. The challenge is making sure that information survives each handoff and stays useful long after construction ends.
That is the aim behind Unified Civil Intelligence from Infotech: connecting data, people, and decisions across Plan, Estimate, Bid, and Build so each phase builds on the one before it.
When project information stays connected from planning through closeout, your team spends less time reconstructing the past and more time moving projects forward. The value of your data should grow with every phase, not disappear between them.
Author
Nate Binder
Senior Content Manager
Nate is a content writer for Infotech and the host of Infotech’s Let’s Be Civil industry podcast.