A new report from Nektar reveals that fragmented field data—such as time cards, safety forms, and asset tracking—costs heavy civil contractors significant project margins. The report advocates for unified data systems to improve efficiency and profitability.
— EDMONTON, AB — July 22, 2025 — Nektar.io, a field data collection platform purpose-built for heavy civil construction, has released an industry report examining one of the most persistent and underexamined margin problems in civil contracting: the operational and financial cost of managing time cards, safety documentation, and asset tracking in separate, disconnected systems. The full report is available now at Nektar.io and is directed at project managers, operations directors, and construction technology decision-makers in earthworks, infrastructure, pipeline, road construction, and site development who are evaluating whether their current field data setup is limiting their project performance.
The report does not argue that heavy civil contractors are using bad tools. It argues that good tools used in isolation from one another create a data fragmentation problem that compounds across the life of a project — inflating administrative overhead, delaying the visibility project managers need to make cost-critical decisions, and introducing compliance exposure that disconnected paper or single-function digital systems cannot adequately manage. The analysis draws on the operational realities of civil construction to make the case that time cards, safety forms, and asset tracking are not three separate data problems — they are one problem, and solving them together changes what a project team can see and act on in real time.
The Fragmentation Problem: How It Starts and Where It Costs
Most heavy civil contractors did not arrive at their current field data setup through a single technology decision. They arrived at it incrementally — adopting a digital time card solution when labor compliance pressure increased, adding a safety reporting app after an incident or audit, tracking equipment through a telematics provider or spreadsheet system that predated their current software stack. The result is a collection of functional tools that do not share data, do not produce a unified view of field operations, and require administrative effort to reconcile that grows with every project added to the portfolio.
The report identifies four distinct cost categories generated by this fragmentation:
Payroll reconciliation overhead. When time cards are captured in one system and job cost codes live in another, someone has to manually move data between them before payroll can close. On a project with 40 field employees across multiple crews and cost codes, this reconciliation process can consume 8 to 15 hours of administrative time per pay period — time that scales with crew size and project complexity, and that generates a secondary error rate when data is manually re-entered across systems.
Safety documentation gaps. Safety forms — toolbox talks, incident reports, hazard assessments, equipment pre-use inspections — generate compliance value only when they are completed at the time of the relevant activity, retained in a retrievable format, and connected to the project, crew, and equipment they apply to. When safety documentation lives in a separate system from time records and asset data, those connections either do not exist or must be reconstructed manually during an audit or incident investigation. The report documents how this gap creates both compliance exposure and a loss of the operational safety intelligence that properly connected data would provide.
Asset utilization blind spots. Equipment is typically the largest single cost center on a heavy civil project, often representing 40 to 60 percent of direct project costs. Yet most contractors track asset utilization through a combination of operator-reported hours, telematics data from OEM systems, and manual records maintained by an equipment manager — none of which are automatically connected to the project’s cost code structure or the daily time records being submitted by the crews operating that equipment. The result is that project managers often do not know whether an asset is being used efficiently, whether idle hours are accumulating on a specific machine, or whether equipment allocation across projects is optimized — until the data is pulled and reconciled after the fact.
Reporting latency and decision lag. The most consequential cost of fragmented field data is not the administrative time it consumes — it is the decision latency it creates. When the data needed to assess project performance exists in three separate systems that must be manually reconciled before a coherent picture emerges, project managers are perpetually working from information that is days or weeks old. In heavy civil construction, where production rates determine profitability and cost overruns accumulate quickly on equipment-intensive activities, a week of delayed visibility on a trending problem is often the difference between a correctable variance and an unrecoverable overrun.
What Unified Field Data Changes at the Project Level
The second section of the report shifts from problem identification to practical outcomes, detailing what changes operationally when time cards, safety documentation, and asset tracking are managed within a single connected field data platform rather than across separate systems.
Labor and job cost visibility closes in real time. When time cards are captured directly against cost codes in the field — by supervisors at the point of work, on mobile devices that operate offline and sync when connectivity returns — job cost data becomes available at the end of each shift rather than after payroll reconciliation. Project managers can compare actual labor hours against budgeted hours by cost code on a daily basis, identifying cost code overruns before they compound rather than after the month-end review reveals them.
Equipment performance becomes a project management input. When asset hours are captured through the same daily field reporting workflow that collects labor time and production quantities, equipment utilization data stops being an equipment manager’s concern and becomes a project management input. Project managers can see whether a piece of equipment is consistently underutilized on one project while another project is waiting for the same asset class, whether operator-reported hours align with telematics data, and whether preventive maintenance windows are approaching before a breakdown creates a production disruption.
Administrative headcount scales with business growth, not with data complexity. The most structurally significant outcome of unified field data is that it breaks the relationship between project portfolio growth and administrative overhead. When time, safety, and asset data are captured in one system and flow automatically into payroll, job cost reporting, and compliance documentation, the administrative work that fragmented systems generate — reconciliation, re-entry, manual report compilation — does not scale with the number of projects. Contractors who make this transition consistently report being able to manage more project volume with the same or smaller administrative team.
Availability
The full Nektar.io field data fragmentation report is available at no cost through Nektar.io. Project teams and operations leaders who want to evaluate the platform against their current field data setup can request a demo or speak directly with a Nektar.io implementation specialist through the website.
About Nektar.io
Nektar.io is a field data collection and production reporting platform built specifically for heavy civil construction. The platform unifies digital time cards, safety documentation, daily production reporting, and asset tracking into a single mobile-first system with offline functionality designed for remote project environments. Nektar.io serves earthworks, grading, pipeline, road construction, and infrastructure contractors across North America, giving project teams and operations leadership real-time visibility into labor costs, production performance, safety compliance, and equipment utilization without the administrative overhead of managing disconnected field data systems.
Contact Info:
Name: Steve Ennis
Email: Send Email
Organization: Nektar
Website: https://www.nektar.io
Release ID: 89198569
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