Caterer Resource Planning and Tracking Software by IFCS

Align flight kitchen staffing with production demands, optimise dispatch routes, and track labour efficiency across your catering facility.

Flight-schedule-driven workforce and resource planning

Galley X resource planning software integrates live flight schedules with human-resource allocation, so labour requirements on the kitchen floor and the tarmac adjust automatically to delays, aircraft swaps, and seasonal schedule changes. Generic workforce tools cannot keep pace with the volatility of aviation scheduling. Galley X gives kitchen and ramp managers a single allocation surface that reflects what’s actually flying, not what was forecast yesterday.

The platform allows operations managers to precisely schedule prep cooks, assembly teams, and high-loader drivers based on actual production volumes rather than static shifts. When a flight is delayed, the system dynamically flags under-utilised resources, allowing managers to reallocate staff to prevent idle time.

By digitising the dispatch process and tracking task completion via mobile apps, IFCS ensures catering facilities operate with maximum efficiency. This direct link between flight data and workforce tracking allows caterers to control labour costs, prevent fatigue-related errors, and ensure every aircraft is provisioned by the right team at the right time.

Dynamic Shift Scheduling

Align staff rosters directly with live flight schedules to ensure optimal coverage during peak departure windows.

Dispatch Tracking

Monitor high-loader driver movements and task completion in real time to optimise tarmac provisioning routes.

What teams do with Galley X Resource Planning

Catering operations managers use Galley X to coordinate their workforce through six core capabilities.

• Volume-aware shift scheduling. Generate shift rosters automatically based on inbound flight volumes and kitchen production requirements.
• Per-flight labour tracking. Track attendance, task completion, and labour hours against specific flight provisioning jobs.
• Dynamic station allocation. Move kitchen staff across hot, cold, and assembly stations as daily production needs fluctuate.
• High-loader dispatch. Provide drivers with digital turn-by-turn routing and loading instructions via mobile applications.
• Disruption response. Identify idle time and staffing bottlenecks when live delays alter the expected kitchen workflow.
• Seasonal forecasting. Analyse historical labour utilisation to forecast staffing requirements for upcoming schedule changes.

Why airlines and caterers choose Galley X

Aviation operators including Oman Air, Salam Air, and Transom Catering rely on IFCS to coordinate workforce against live flight schedules.

Galley X differentiates itself from standard human-resources software because it is natively connected to flight schedules. Instead of managing staff in a vacuum, the platform treats human capital as a critical component of the provisioning supply chain. It knows which employees are trained for the tasks at hand. This tight integration means caterers can rapidly adapt to operational disruptions. When schedules change, the system provides the visibility required to instantly reassign resources, maintaining service levels without relying on expensive, reactive overtime.

Outcomes measured by aviation operators

Workforce management teams utilising IFCS monitor concrete labour efficiency metrics. Operators measure outcomes including:

• Significant reductions in unnecessary overtime pay.
• Improved ratio of labour hours to completed flights.
• Fewer delays caused by high-loader driver bottlenecks.
• Highly accurate shift forecasting during seasonal peaks.
• A measurable decrease in idle time when managing staff through unexpected flight schedule disruptions.

Optimise your catering workforce

Connect your staff scheduling directly to flight volumes to reduce labour costs and improve operational efficiency. Book a demo to see how IFCS can reduce complexity, streamline operations, and help your team do more with less.