Automated Hours Validation System for Mission Tracking
Developed a smart import and validation system that automated the reconciliation of worker hours across client Excel files, database records, and worker confirmations. The AI-assisted process reduced weekly ops time from 50 hours to under 3 hours.

Snapshot outcomes
Ops workload reduction
−94%
Weekly time saved
≈47 hours
File automation accuracy
99%+
Problem
Large enterprise clients in the food industry submitted mission-hour reports as massive Excel files—sometimes thousands of lines long—listing worker names, dates, and logged hours.
The operations team had to manually input and cross-check every record against internal databases and worker confirmations, consuming over 50 hours per week and leaving room for human error.
Approach
Built an automated import and validation system allowing clients to directly upload their hour tracking files through a secure interface.
Implemented a Go and Python backend pipeline that parsed, matched, and verified data against internal mission records, flagging inconsistencies for review.
Integrated an LLM-based reformatter via N8n to automatically correct or normalize column structures, date formats, and field naming before ingestion.
Developed a parallel worker-facing interface so each worker could directly confirm or correct their hours, removing the need for manual ops intervention.
Impact
Reduced weekly manual input time from 50+ hours to under 3 hours, limiting human intervention only to conflict resolution.
Increased validation accuracy and reduced payroll discrepancies through automated reconciliation and cross-check logic.
Freed operations bandwidth to focus on strategic client relationships and scaling mission volume without adding headcount.
Want a similar sprint for your team?
Book a call and we’ll map out a 2-week plan tailored to your stack, your processes, and the outcomes you need right now.
Keep exploring
Case Study
Cloud Reconciliation Agent — Eliminating Hidden Infrastructure Costs
Built an automated reconciliation system using Python and Temporal.io to align client sales references with the actual deployed cloud infrastructure. The agent detected unbilled or orphaned resources in real time, preventing multi-million-euro losses.
Read the storyCase Study
Radar — Automated Worker Matching for On-Demand Staffing
Designed and shipped a feature that let the operations team automatically surface qualified worker profiles for last-minute missions in the food industry. The system replaced 50+ hours of manual search and outreach per week with an automated pipeline powered by Go, React, and Customer.io.
Read the story