Construction Time Clock System Fit Diagnostic

The Assessment

For each question, pick the answer that best describes your organization today and note its points. Add up your points as you go. Your total maps to a result band below.

1. 1

   How would you describe cell or Wi-Fi connectivity at most of your active job sites?

   Diagnoses the connectivity profile, the single most important signal for deployment architecture selection

   • No reliable cell signal or Wi-Fi at most sites (underground, remote or heavily shielded locations)0 pts
   • Intermittent signal that drops regularly throughout the day at most sites1 pt
   • Reliable signal at the site trailer or entry point but not across the full site2 pts
   • Consistent cell or Wi-Fi coverage across the entire site at most locations3 pts
2. 2

   What percentage of your field crew members carry a personal or company-issued smartphone to the job site daily?

   Measures per-worker device availability, the second-highest classification signal

   • Fewer than 25% of crew members have a smartphone on site0 pts
   • Roughly 25% to 50% carry smartphones1 pt
   • Roughly 50% to 75% carry smartphones2 pts
   • More than 75% carry smartphones daily3 pts
3. 3

   How many active job sites does your company operate at the same time on a typical week?

   Crew size per site and site count determine whether a centralized kiosk model or distributed mobile model is practical

   • 1 site0 pts
   • 2 to 3 sites1 pt
   • 4 to 7 sites2 pts
   • 8 or more sites3 pts
4. 4

   How do most of your field workers currently clock in at the start of a shift?

   Identifies the current punch-capture baseline, which determines migration complexity

   • Paper timesheets filled out by the worker or foreman at end of day or end of week0 pts
   • A shared spreadsheet, text message or group chat submitted by a supervisor1 pt
   • A single time clock or kiosk at the site trailer or gate2 pts
   • A mobile app on each worker's phone with GPS validation3 pts
5. 5

   When a crew member misses a punch, how long does it typically take before someone notices?

   Measures the lag between punch events and exception visibility, a key indicator of system maturity

   • It is usually discovered during payroll processing at the end of the pay period0 pts
   • A supervisor catches it within a day or two when reviewing timesheets1 pt
   • The system flags it the same day and notifies a manager2 pts
   • The worker and supervisor are both alerted in real time or within minutes3 pts
6. 6

   Does your company assign job codes, cost codes or phase codes to each worker's time at the point of clock-in?

   Assesses job-cost integration maturity, which affects whether punches are payroll-ready or need post-period cleanup

   • No. Job-cost coding is done manually by office staff after the pay period closes0 pts
   • Supervisors assign codes on paper or in a spreadsheet but not at the moment of clock-in1 pt
   • Workers select a job or cost code when clocking in but the list is not synced with accounting2 pts
   • Workers select from a synced job/cost code list at clock-in and changes during the day are captured automatically3 pts
7. 7

   How does approved time data get from your timekeeping system into your payroll system?

   Measures payroll integration maturity, the bridge between time capture and accurate pay

   • Someone re-enters hours manually into the payroll system from paper or spreadsheets0 pts
   • A CSV or Excel file is exported and imported, with some manual field mapping each period1 pt
   • An automated file export runs on a schedule but requires periodic manual review2 pts
   • A direct API integration syncs approved time into payroll with no manual re-entry3 pts
8. 8

   How do your field sites handle time tracking when connectivity drops mid-shift?

   Tests offline resilience, the most common deployment failure point in construction timekeeping

   • We do not have a plan. Workers wait for signal or write it down later0 pts
   • Workers record hours on paper and a supervisor enters them when back online1 pt
   • Our app stores punches locally but we have experienced sync conflicts or lost data2 pts
   • Our app stores punches offline and syncs automatically with conflict-resolution logic when connectivity returns3 pts
9. 9

   How many field workers typically report to a single site on a given day?

   Crew density per site affects whether a single kiosk can handle check-in volume or whether distributed mobile punches are necessary

   • Fewer than 10 workers per site0 pts
   • 10 to 30 workers per site1 pt
   • 31 to 75 workers per site2 pts
   • More than 75 workers per site3 pts
10. 10

    How confident are you that your current time records could withstand a Department of Labor audit or a wage dispute?

    Assesses compliance defensibility, the downstream consequence of every other dimension

    • Not confident. Our records are incomplete, inconsistent or stored across multiple systems with no audit trail0 pts
    • Somewhat confident. We have digital records but gaps in edits, approvals or break documentation1 pt
    • Fairly confident. We have timestamped records with approval workflows but limited edit tracking2 pts
    • Very confident. Every punch, edit, approval and break attestation is logged with a full audit trail3 pts

Score Yourself

Add up the points from every answer. Your total falls between 0 and 30. Find your band below.

• 0 to 8 points

  Offline-Priority

  Your environment is defined by limited connectivity, low device availability and manual processes. Paper timesheets or supervisor-entered records dominate, and offline gaps create regular payroll cleanup. Before evaluating any software, you need a system built for offline-first punch capture with automatic background sync and conflict-resolution logic.

  Next step: Audit each active site for connectivity conditions and identify which sites require dedicated offline-capable hardware before beginning any software evaluation.

• 9 to 15 points

  Kiosk-Anchored

  Your sites have a reliable entry point or trailer with connectivity, but most workers do not carry smartphones or do not use a mobile app consistently. A fixed time clock or kiosk at the gate is your most practical capture method. Your payroll integration likely involves some manual steps, and job-cost coding happens after the fact rather than at the point of clock-in.

  Next step: Evaluate biometric or RFID kiosk hardware for your highest-volume sites and confirm that your payroll system can accept a scheduled file import or direct integration from the kiosk platform.

• 16 to 23 points

  Hybrid Multi-Mode

  Your operation spans multiple site types. Some sites have full connectivity and smartphone-equipped crews; others rely on fixed kiosks or face intermittent signal. You need a single platform that supports both mobile and kiosk punch capture under one payroll integration rather than managing separate tools per site. Job-cost coding and exception handling are partially automated but still require manual reconciliation.

  Next step: Map each active site to its primary punch mode (mobile or kiosk) and confirm that any platform you evaluate can unify both modes into one approval and payroll workflow.

What to Do Next

Your diagnostic result identifies the deployment architecture that fits your crew, sites and connectivity conditions today. EasyClocking by WorkEasy Software built these four archetypes from field deployment data across construction customers to help operators skip the trial-and-error phase of system selection. Your next step is to take the Multi-Site Construction Time Clock Readiness Assessment, which scores your environment against the specific infrastructure and process dimensions that predict successful deployment for your archetype.

• Multi-Site Construction Time Clock Readiness Assessment
• Construction Payroll Leakage ROI Calculator
• Construction Timekeeping Benchmark Comparator