How to Standardize Employee Time Clocks Across Locations and Work Modes | EasyClocking by WorkEasy Software

How to Evaluate and Select the Right Time Clock Type for Your Workforce

intermediate · 4 hours

This procedure matches a workforce's locations, work modes, and compliance requirements to the correct clocking technology. It is executed by HR or operations leaders before any system purchase and produces a documented clock-type decision with rationale.

1. Map Workforce Segments by Location and Shift Pattern
Prerequisites
- Inventory of all work locations and remote or field work modes in scope
- Headcount by location and shift pattern
List every distinct group of employees by location type (fixed site, field, remote, hybrid) and shift pattern. This inventory defines the clocking scenarios the system must handle. Include details that affect clock selection: whether employees wear gloves, work in cold storage, operate in areas with poor cell coverage, or share devices on a shop floor. A construction company with three fixed yards and rotating field crews, for example, will need at least two clocking methods. Record each segment in a simple table with columns for segment name, location type, headcount, and shift pattern. This document becomes the input for scoring clock types in Step 3.
Expected outcome: A workforce segment table listing every employee group by location type, shift pattern, and headcount
2. Identify Compliance Constraints That Eliminate Clock Types
Prerequisites
- List of current clocking methods in use (punch cards, paper timesheets, apps)
- Applicable federal and state wage-and-hour recordkeeping requirements for your industry
Document any industry-specific or jurisdictional rules that restrict certain clock technologies. Some states have biometric data privacy statutes that require written consent, retention schedules, and destruction policies before collecting fingerprint or facial data. Federal wage-and-hour recordkeeping rules require time records sufficient to defend overtime and minimum wage calculations in an audit. Record each constraint alongside the clock types it affects. For example, if your workforce includes employees in a state with biometric privacy requirements and you have not yet established a consent workflow, fingerprint and facial recognition clocks carry additional implementation obligations. Consult qualified legal counsel for guidance on specific statutes before finalizing this step.
Expected outcome: A compliance constraint log listing each restriction, the clock types it affects, and the source regulation or statute
3. Score Each Clock Type Against Your Workforce Scenarios
Prerequisites
- Completed workforce segment table from Step 1
- Completed compliance constraint log from Step 2
Rate six clock types against each workforce segment from Step 1: mechanical or digital punch terminal, biometric fingerprint, biometric facial recognition, mobile app with GPS, browser-based kiosk, and proximity card or RFID. Score each on three dimensions: coverage (can it physically serve this segment's work environment?), buddy-punch risk (does it verify identity or rely on a shareable credential?), and infrastructure requirements (does it need Wi-Fi, cellular signal, power, or a dedicated device?). EasyClocking by WorkEasy Software provides a time clock selection worksheet that walks through this scoring with pre-built matrices for all six clock types. A mobile app scores high on coverage for field crews but low for warehouse workers whose phones stay in lockers. A fingerprint terminal scores high on identity verification but requires a clean, dry finger surface.
Expected outcome: A completed scoring matrix showing each clock type rated against every workforce segment on coverage, buddy-punch risk, and infrastructure needs
4. Shortlist Two to Three Clock Types
Prerequisites
- Completed scoring matrix from Step 3
Eliminate any clock type that fails a compliance constraint from Step 2 or cannot cover a majority of your workforce segments. The goal is a shortlist of two to three types that collectively cover every segment. Most multi-location operations land on a hybrid deployment: a biometric or proximity terminal for fixed sites and a mobile app with geofencing for field workers. If a single clock type covers all segments without compliance issues, a single-type deployment simplifies training and support. Flag any segment that remains uncovered by the shortlist and note the fallback method (manager-initiated clock-in, browser kiosk) for that group.
Expected outcome: A shortlist of two to three clock types with documented coverage for every workforce segment and no unresolved compliance conflicts
5. Validate Shortlist Against Payroll Integration Requirements
Prerequisites
- Shortlist from Step 4
- Payroll platform's import format documentation
Confirm each shortlisted clock type exports data in a format compatible with your payroll platform. EasyClocking by WorkEasy Software supports direct API integrations with over 20 payroll and HR systems, plus file-based exports in CSV and XML formats. Check whether the integration is a direct API connection, a scheduled file export, or a middleware relay. Verify that the export includes all required fields: employee ID, hours type (regular, overtime, PTO), cost center or department, and pay period dates. If a shortlisted clock type cannot output data in your payroll platform's required format without manual re-entry, remove it from the shortlist or plan for a custom field mapping.
Expected outcome: Each shortlisted clock type confirmed as compatible with the payroll platform's import format, with the integration method documented
6. Document the Selection Decision
Prerequisites
- Completed payroll integration validation from Step 5
Record the chosen clock type or types, the rationale for each, the workforce segments each covers, and the compliance constraints reviewed. This one-page decision document becomes the handoff artifact for the vendor or IT team that will configure the system. Include the scoring matrix summary, the shortlist rationale, and the payroll integration validation results. If you chose a hybrid deployment, specify which clock type applies to which segment. Store this document alongside your payroll and HR policy files so it is available for future audits or location expansions. The decision document is also the input for the next procedure in this sequence: configuring the selected clock type for your workforce.
Expected outcome: A one-page clock-type decision document specifying which technology covers which workforce segment, ready to hand to a vendor or IT team for configuration scoping

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How to Configure a Geofencing Time Clock for Multi-Location Teams

intermediate · 8 hours

This procedure defines location boundaries, assigns employees to geofences, and validates that GPS-based clock-ins are accurate before go-live. It produces a tested geofence configuration for every work site.

1. Create a Location Record for Each Work Site
Prerequisites
- Completed clock-type selection confirming geofencing as the chosen method for at least one workforce segment
- GPS coordinates or verified addresses for every work site in scope
Enter the verified address or GPS coordinates for every site into the time tracking platform. Assign a unique site name that matches your payroll cost-center labels so hours flow into the correct department or project code at export. If your organization uses EasyClocking by WorkEasy Software, the platform's location module accepts both street addresses and latitude/longitude pairs. For construction job sites or temporary locations, use GPS coordinates rather than street addresses because many job sites lack a formal mailing address. Double-check coordinates against a mapping tool to confirm the pin lands on the actual work area, not a neighboring lot or road intersection.
Expected outcome: A location record for every work site in the platform, each with a unique name matching the payroll cost-center label
2. Set Geofence Radius Per Site
Prerequisites
- Completed location records from Step 1
Define the boundary radius for each location based on the physical footprint of the work area. A compact office building might need a radius of a few hundred feet, while a large construction site or distribution yard requires a larger boundary. Size the radius to include all areas where employees legitimately work: parking lots, loading docks, laydown yards, and secondary buildings. Setting the radius too tight generates constant out-of-bounds errors that frustrate employees and erode trust in the system. Setting it too wide allows clock-ins from neighboring businesses or public roads. Walk or drive the perimeter of each site if possible to confirm the radius covers the actual work footprint.
Expected outcome: A documented geofence radius for each site that covers the full work area without extending significantly beyond it
3. Assign Employee Profiles to Geofences
Prerequisites
- Employee roster with assigned clock-in method per location
- Mobile device policy confirming employees have employer-approved smartphones with location services enabled
Link each employee record to the site or sites where they are authorized to clock in. Employees who rotate between locations should be assigned to all applicable geofences. Employees assigned to a single fixed site should be restricted to that geofence only, blocking clock-ins from unauthorized locations. In the EasyClocking by WorkEasy Software platform, this assignment happens in the employee profile and can be updated in bulk for crew reassignments. Review the assignments against your workforce segment table from Procedure 1 to confirm every employee has at least one geofence and no employee is left unassigned.
Expected outcome: Every employee record linked to the correct geofence or geofences, with no unassigned employees remaining
4. Configure Clock-In Restriction Rules
Prerequisites
- Admin access to the time clock platform's geofence configuration module
Enable the platform's enforcement setting that requires employees to be physically inside their assigned geofence before the system accepts a clock-in. Set the out-of-bounds alert threshold so managers receive a notification when an employee attempts to clock in from outside the boundary. Configure the alert to include the employee name, attempted clock-in time, and the distance from the geofence edge. This alert serves as a prompt for manager follow-up, not as a punitive trigger. The goal is to surface potential issues, such as an employee clocking in from a parking lot across the street because the radius is too tight, so they can be resolved before payroll closes.
Expected outcome: Clock-in restriction rules active for all geofences, with out-of-bounds alerts configured to notify the appropriate site manager
5. Run a Pilot Test with Employees at Each Site
Prerequisites
- Completed restriction rule configuration from Step 4
Select three to five employees per site to test the geofence configuration before full rollout. Have each pilot employee clock in from three locations: inside the geofence at their normal work area, at the boundary edge, and from an out-of-bounds location. Record whether each punch was accepted or rejected as expected. If the platform rejects a legitimate clock-in from inside the work area, the radius needs to be expanded. If it accepts a clock-in from well outside the site, the radius needs to be tightened. Run the pilot during a normal workday so GPS conditions reflect real-world signal quality, including interference from buildings, metal structures, or dense tree cover.
Expected outcome: A pilot test log for each site showing accepted and rejected punches from inside, boundary, and out-of-bounds locations
6. Review Pilot GPS Logs for Drift and Adjust Radius
Prerequisites
- Completed pilot test from Step 5
Pull the platform's location log for all pilot punches and check for GPS drift, which is the difference between the employee's actual position and the position recorded by the system. GPS signals can drift due to building reflections, heavy cloud cover, or device hardware limitations. If drift caused legitimate punches to register outside the geofence on more than a small fraction of test punches, expand the radius incrementally until the error rate drops to an acceptable level. Document every radius adjustment with the reason and the before/after drift results. EasyClocking by WorkEasy Software logs GPS coordinates for every mobile punch, making drift analysis straightforward.
Expected outcome: Adjusted geofence radii where needed, with a documented drift analysis confirming acceptable accuracy for each site
7. Publish the Final Configuration and Document Settings
Prerequisites
- Completed drift review and radius adjustments from Step 6
Save the validated radius, restriction rules, and site assignments in a configuration record. This document should include: each site's name and GPS coordinates, the final radius, the restriction rule settings, the pilot test results, and any radius adjustments made after drift review. Store this record alongside the clock-type decision document from Procedure 1. It serves as the reference for future site additions, seasonal location changes, and audit inquiries. When a new job site opens or a temporary location is added, use this configuration record as the template for the new geofence setup rather than starting from scratch.
Expected outcome: A final geofence configuration record for every work site, with documented radius settings and pilot test results, ready for employee-wide rollout

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How to Onboard Employees to a New Time Clock System

beginner · 2 weeks

This procedure communicates the new clocking method, trains employees on correct use, and confirms first-week compliance before the legacy system is retired. It produces a documented first-week punch accuracy rate.

1. Distribute a One-Page Clock-In Instruction Sheet
Prerequisites
- Completed and tested time clock configuration from Procedure 2 or equivalent setup for non-geofencing types
- Employee roster with assigned clock-in method per location
Send every employee a role-specific, plain-language guide showing exactly how to clock in and out using the new system. For app-based clocking, include screenshots of the login screen, the clock-in button, and the confirmation screen. For biometric terminals, include a photo of the device with arrows pointing to the finger placement area or camera. For kiosk setups, include the URL and PIN entry instructions. Write the guide at a sixth-grade reading level and translate it into every language spoken by your workforce. EasyClocking by WorkEasy Software provides shift-specific instruction sheet templates for punch, biometric, app, and kiosk clock types as part of its onboarding checklist. Distribute the sheet physically at the clock location and digitally via text or email.
Expected outcome: Every employee has received a clock-in instruction sheet specific to their assigned clocking method and location
2. Hold a Live Demo Per Shift Before Go-Live
Prerequisites
- Manager list with admin access credentials confirmed
- Go-live date communicated to all affected employees at least 5 business days in advance
Walk each shift through a live clock-in on the actual device or app before go-live day. Keep the demo to fifteen minutes or less. Have each employee practice with a test punch so they experience the process physically, not just on paper. For biometric terminals, let employees see the verification confirmation screen so they know what a successful scan looks like. For mobile apps, walk through enabling location services, opening the app, and tapping the clock-in button. Night and weekend shifts must receive the same live training as day shifts. If a shift cannot attend in person, conduct the demo via video call with a screen share, but follow up with an in-person check within the first two days.
Expected outcome: Every employee on every shift has completed a practice punch on the live system before go-live day
3. Enroll Biometric Profiles if Applicable
Prerequisites
- Biometric devices installed and tested at each location
- Written consent process established per organizational policy
Collect fingerprint or facial recognition data from every employee at the device before go-live. Follow the platform's enrollment protocol, which typically requires the employee to scan their finger or face multiple times to build an accurate template. Before enrollment, complete any required written consent process per your organization's biometric data policy. The system operated by EasyClocking by WorkEasy Software converts biometric scans into encrypted mathematical templates and does not store raw fingerprint or facial images. Enroll backup fingers (index and middle on the opposite hand) in case the primary scan fails due to cuts, bandages, or dry skin. Log each enrollment completion in the employee roster so you can identify anyone who still needs enrollment.
Expected outcome: Every employee assigned to a biometric clock has a completed enrollment on file, with backup biometric profiles registered
4. Designate a Floor Champion Per Location
Prerequisites
- Completed live demos from Step 2
Assign one trained employee per site as the first point of contact for clock-in questions during the first two weeks. Choose someone who completed the demo confidently and works during the highest-traffic shift. The floor champion answers basic questions ("Where do I put my finger?" or "The app says I'm out of bounds") so managers are not pulled from their primary responsibilities for every clock-in issue. Brief the floor champion on the three most common problems: failed biometric reads, GPS location errors, and forgotten PINs. Give them a printed troubleshooting card with the steps for each. Recognize the floor champion's contribution publicly to reinforce adoption across the team.
Expected outcome: One designated floor champion per location, briefed on the top three clock-in issues and equipped with a troubleshooting card
5. Monitor First-Day Punch Reports in Real Time
Prerequisites
- Admin access to the platform's daily punch summary report
Pull the platform's daily punch summary at the end of Day 1 and flag any employee with zero punches for immediate follow-up by their manager. Zero-punch employees fall into three categories: they forgot to clock in, they could not complete the clock-in process, or they were absent. Each category requires a different response. For the first two, the manager should contact the employee before their next shift to resolve the issue. For the third, confirm the absence through the normal attendance process. Do not wait until the end of the first week to review punch data. Day 1 issues left unresolved compound into Week 1 payroll gaps that require manual correction.
Expected outcome: A Day 1 punch report reviewed with every zero-punch employee flagged and assigned to a manager for follow-up
6. Resolve Missed-Enrollment Issues Within 24 Hours
Prerequisites
- Approved temporary clocking method defined
Contact any employee who could not complete biometric enrollment or app setup and provide an approved temporary clocking method until enrollment is complete. Temporary methods include manager-initiated clock-in, a shared kiosk with PIN entry, or a paper time record that is entered manually into the platform the same day. Do not leave employees without a clocking method for more than one shift. Track all temporary method usage in a separate log so these hours are reconciled during the payroll-close audit. Set a hard deadline for completing all enrollments: no later than the end of the first week. Escalate any unresolved enrollments to IT or the device vendor.
Expected outcome: All missed enrollments resolved or assigned a temporary clocking method within 24 hours of go-live
7. Confirm Punch Compliance by End of Week 1
Prerequisites
- Access to the platform's weekly punch completion report
Run the platform's weekly punch completion report and document the punch compliance rate as the onboarding close-out metric. A healthy rollout reaches 95% or higher punch compliance by the end of the first week, meaning 95% of scheduled employees clocked in and out correctly on every scheduled shift. If the rate falls below that threshold, identify the root causes: device placement issues, app download failures, biometric read errors, or insufficient training. Address each root cause before the second week begins. Keep the legacy clocking method available as a fallback for the first two weeks to prevent payroll gaps during the transition. Retire the legacy method only after two consecutive weeks above 95% compliance.
Expected outcome: A documented first-week punch compliance rate, with root causes identified and addressed for any shortfall below 95%

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How to Audit Time Records Before Payroll Closes

intermediate · 2 hours

This procedure identifies and resolves missed punches, duplicate entries, and anomalous hours before the payroll period locks. It produces a clean, exception-free time record set every pay period.

1. Pull the Exception Report 48 Hours Before Payroll Close
Prerequisites
- Time clock platform with exception reporting enabled (missed punch alerts, overtime threshold flags, duplicate punch detection)
- Defined payroll close deadline communicated to all site managers
Run the platform's missed-punch, unapproved-overtime, and duplicate-entry exception report for the full pay period and export it to a working file. The 48-hour lead time is critical. Running the audit on the same day payroll closes forces managers to estimate hours for unreachable employees, which increases disputes and compliance exposure. EasyClocking by WorkEasy Software surfaces exceptions automatically through its payroll-close audit workflow, routing flagged records to the responsible manager with pre-populated correction forms. If your platform does not auto-route, export the exception list to a spreadsheet and filter by site and manager for manual distribution in the next step.
Expected outcome: An exported exception report covering all missed punches, unapproved overtime, and duplicate entries for the full pay period
2. Triage Exceptions by Type and Route to the Correct Resolver
Prerequisites
- Exported exception report from Step 1
Separate exceptions into three categories. Missed punches require correction by the employee or their manager, who can confirm the actual clock-in or clock-out time. System anomalies, such as duplicate entries caused by a device error or a stuck biometric reader, require review by IT or the device vendor. Policy violations, such as unapproved overtime or a break that was not taken, require HR review. Routing each exception to the correct resolver prevents the payroll administrator from becoming a bottleneck. Tag each exception with its category in the working file so resolution progress can be tracked by type. This triage step typically takes a few minutes for a clean pay period and longer when exception volume is high.
Expected outcome: Every exception categorized as missed punch, system anomaly, or policy violation, and assigned to the correct resolver
3. Notify Managers of Their Open Exceptions with a Resolution Deadline
Prerequisites
- Manager approval workflow active in the platform for all time record edits
- Escalation contact list for employees unreachable before close
Send each site manager a filtered list of their employees' open exceptions. Include the employee name, exception type, date, and the specific action required (confirm actual time, approve overtime, verify absence). Set the resolution deadline at 24 hours before payroll close. EasyClocking by WorkEasy Software automates this notification through its exception workflow, including deadline reminders for managers who have not responded. If you manage this manually, send the notification by email and text to ensure managers working on job sites or shop floors see it promptly. Follow up with any manager who has not responded within 12 hours of the notification.
Expected outcome: Every site manager notified of their open exceptions, with a clear resolution deadline and the specific action required for each
4. Apply Approved Corrections with a Documented Reason Code
Prerequisites
- Manager-approved corrections received for all resolvable exceptions
Enter each manager-approved time edit into the platform. Every correction must include a reason code (such as "missed punch, confirmed by manager" or "device error, IT verified") and the approving manager's name. Undocumented edits are the primary source of wage-and-hour audit exposure because they cannot be explained or defended after the fact. If your platform supports an approval chain, route the correction through the manager's account so the edit carries their digital approval. If it does not, attach the manager's written confirmation (email or text message) to the employee's time record for that period. Never edit a time record based on a verbal-only approval.
Expected outcome: All approved corrections entered in the platform, each tagged with a reason code and the approving manager's name
5. Re-Run the Exception Report After Corrections
Prerequisites
- All approved corrections applied in Step 4
Confirm the exception count has reached zero or that every remaining exception has a documented disposition. Acceptable dispositions for unresolved exceptions include: "employee unreachable; hours estimated per company policy," or "dispute filed; hold for HR resolution next period." Document each disposition in the working file. If new exceptions appeared during the correction window (for example, a manager edited a record incorrectly), resolve them before proceeding. This second pass is the final quality gate before the payroll export. Skipping it means unresolved exceptions flow into payroll and generate incorrect paychecks, which create disputes and erode employee trust in the system.
Expected outcome: An exception report showing zero open exceptions, or every remaining exception documented with a disposition and rationale
6. Lock the Pay Period in the Platform
Prerequisites
- Zero-exception or fully dispositioned exception report from Step 5
Close the period in the time clock system to prevent further edits after the payroll export is initiated. Locking the period creates a fixed record that serves as the audit trail for that pay cycle. Any corrections needed after the lock must follow a separate amendment process with documented approvals, keeping the original record intact. Confirm the lock status displays correctly in the platform before moving to the export procedure. In the system provided by EasyClocking by WorkEasy Software, the period lock is a one-click action that triggers a confirmation message and prevents all user-level edits until an administrator unlocks it.
Expected outcome: The pay period shows a locked or closed status in the platform, preventing any further edits until an administrator unlocks it

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How to Export Payroll-Ready Hours from Your Time Clock System

beginner · 1 hour

This procedure generates a validated, formatted hours file from the time clock platform and transmits it to payroll without manual re-entry. It produces a confirmed successful import into the payroll platform every pay period.

1. Confirm the Pay Period Is Locked Before Exporting
Prerequisites
- Completed pay-period audit with zero open exceptions (Procedure 4 output)
- Confirmed export format accepted by the payroll platform (API, CSV, XML, or direct integration)
Verify the period status in the time clock platform shows "closed" or "locked" before initiating the export. Exporting from an unlocked period risks capturing mid-edit data, which can produce mismatched totals between the time clock system and the payroll platform. If the period is not locked, return to Procedure 4, Step 6 and complete the lock before proceeding. This check takes only a moment but prevents the most common export error: a manager submitting a late correction during the export window that changes the hours total after the file has already been generated.
Expected outcome: The pay period status confirmed as locked or closed in the platform, with no pending edits
2. Select the Export Format and Date Range
Prerequisites
- Field mapping document matching time clock data fields to payroll platform fields (employee ID, hours type, cost center, date)
Choose the payroll platform's required import format. EasyClocking by WorkEasy Software supports direct API integrations with over 20 payroll systems, plus scheduled CSV and XML file exports that can be mapped to match payroll import templates. Set the export date range to the exact pay period start and end dates. Mismatched date ranges are a frequent source of duplicate or missing records in payroll. If your pay period crosses a month boundary, confirm the export captures all dates in the period rather than defaulting to a calendar-month range. Double-check the format selection against the field mapping document from your initial system setup.
Expected outcome: The correct export format selected and the date range set to match the exact pay period boundaries
3. Run a Pre-Export Totals Check
Prerequisites
- Access to the platform's period summary report and the prior period's totals
Compare the platform's total regular hours, overtime hours, and PTO hours for the period against the prior period's totals. Flag any variance greater than a meaningful percentage for review before exporting. A large spike in overtime might indicate a data error rather than a genuine staffing surge. A large drop in total hours might mean a location's punches did not sync. This comparison is a sanity check, not a forensic audit. If the variance has a known cause (a holiday week, a seasonal ramp, a site closure), note the reason and proceed. If it does not, investigate before exporting to avoid pushing incorrect data into payroll.
Expected outcome: Period totals reviewed against the prior period, with any unexpected variance investigated and explained before export
4. Generate and Download the Export File
Prerequisites
- Pre-export totals check completed in Step 3
Initiate the export in the platform and download the file. Verify the file size and record count match the expected employee headcount for the period. If your pay period covers 150 employees and the export file contains 148 records, investigate the two missing employees before transmitting to payroll. Common causes of missing records include employees added after the period opened, employees assigned to the wrong location group, or employees whose time records were locked under a different period. Open the file briefly to confirm it is not empty or corrupted. Save a copy of the file in a secure, dated folder as your backup record for that pay period.
Expected outcome: An export file downloaded with a record count matching the expected employee headcount, saved in a dated backup folder
5. Validate the File Against the Field Mapping Document
Prerequisites
- Test export completed and validated during initial system setup
Open the export file and confirm that employee IDs, hours types, cost centers, and dates are correctly mapped to the payroll platform's required columns. Check the first five and last five records manually. Confirm that overtime hours appear in the correct column, that cost centers match the payroll platform's codes (not the time clock platform's internal codes), and that date formats match (MM/DD/YYYY vs. YYYY-MM-DD). A field mapping mismatch can cause the payroll platform to reject the entire file or, worse, import records into the wrong fields silently. If the mapping does not match, correct the export template in the time clock platform and regenerate the file.
Expected outcome: The export file's field mapping confirmed as matching the payroll platform's import template, with no misaligned columns or format mismatches
6. Transmit the File to the Payroll Platform
Prerequisites
- Validated export file from Step 5
Upload the validated file via the documented import method: direct API push, secure file transfer, or manual upload through the payroll platform's import interface. Capture the confirmation receipt, which may be a transaction ID, a timestamp, or an on-screen success message. If the transmission fails, check for file size limits, format version mismatches, or network timeouts before retrying. Do not modify the file between validation and transmission. Any post-validation change requires regenerating and revalidating the export. Store the confirmation receipt alongside the backup file in your dated folder for that pay period.
Expected outcome: The file transmitted to the payroll platform with a captured confirmation receipt documenting the successful upload
7. Verify Import Success in the Payroll Platform
Prerequisites
- Confirmation receipt from Step 6
Log into the payroll platform and confirm all records imported without errors. Check the import log or error report for rejected records. Common rejection causes include unrecognized employee IDs (new hires not yet in payroll), invalid cost center codes, and hours that exceed the platform's per-period maximum. Resolve any rejected records before the payroll processing deadline. If a rejected record requires a time correction, route it back through the Procedure 4 amendment process rather than editing it directly in payroll. This keeps the time clock platform as the system of record and preserves the audit trail. Once all records are confirmed, the timekeeping-to-payroll handoff is complete for that period.
Expected outcome: All time records confirmed as successfully imported into the payroll platform, with zero import errors and a complete audit trail

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How to Evaluate and Select the Right Time Clock Type for Your Workforce

1. Map Workforce Segments by Location and Shift Pattern

2. Identify Compliance Constraints That Eliminate Clock Types

3. Score Each Clock Type Against Your Workforce Scenarios

4. Shortlist Two to Three Clock Types

5. Validate Shortlist Against Payroll Integration Requirements

6. Document the Selection Decision

How to Configure a Geofencing Time Clock for Multi-Location Teams

1. Create a Location Record for Each Work Site

2. Set Geofence Radius Per Site

3. Assign Employee Profiles to Geofences

4. Configure Clock-In Restriction Rules

5. Run a Pilot Test with Employees at Each Site

6. Review Pilot GPS Logs for Drift and Adjust Radius

7. Publish the Final Configuration and Document Settings

How to Onboard Employees to a New Time Clock System

1. Distribute a One-Page Clock-In Instruction Sheet

2. Hold a Live Demo Per Shift Before Go-Live

3. Enroll Biometric Profiles if Applicable

4. Designate a Floor Champion Per Location

5. Monitor First-Day Punch Reports in Real Time

6. Resolve Missed-Enrollment Issues Within 24 Hours

7. Confirm Punch Compliance by End of Week 1

How to Audit Time Records Before Payroll Closes

1. Pull the Exception Report 48 Hours Before Payroll Close

2. Triage Exceptions by Type and Route to the Correct Resolver

3. Notify Managers of Their Open Exceptions with a Resolution Deadline

4. Apply Approved Corrections with a Documented Reason Code

5. Re-Run the Exception Report After Corrections

6. Lock the Pay Period in the Platform

How to Export Payroll-Ready Hours from Your Time Clock System

1. Confirm the Pay Period Is Locked Before Exporting

2. Select the Export Format and Date Range

3. Run a Pre-Export Totals Check

4. Generate and Download the Export File

5. Validate the File Against the Field Mapping Document

6. Transmit the File to the Payroll Platform

7. Verify Import Success in the Payroll Platform

How These Procedures Connect

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