One of the world's largest aviation ERP platforms needed its ground handling software to evolve - without disrupting live operations. Agmis delivered: refactoring core modules, introducing AI-enhanced scheduling algorithms, and building new capabilities for real-time quality control, fueling operations planning, and business analytics.
The client is a world-leading digital partner in aviation, operating one of the most comprehensive MRO and ground handling ERP platforms in the industry. Their platform covers the full operational lifecycle - from planning and execution through compliance, equipment management, and customer engagement. Trusted by airlines and ground handlers across global aviation markets, the platform manages the operational complexity of ground handling at scale: daily maintenance planning, fueling logistics, turnaround coordination, and real-time operations oversight. As the aviation environment evolves - with new aircraft types, tightening regulatory requirements, and rising expectations for operational efficiency - their platform needed to evolve with it.
Aviation ERP & MRO Software
Platform TypeCloud-Based Ground Handling Management
Engagement TypePlatform Refactoring, Feature Development & AI Enhancement
Aviation doesn't slow down for platform upgrades. The client needed significant refactoring, new feature development, and AI algorithm improvements - all while the platform continued to serve active airline and ground handler operations worldwide.
Legacy areas of the platform had accumulated technical debt that slowed development velocity and introduced fragility. Refactoring was essential - but any misstep risked disrupting active ground handling and fueling workflows for airline clients.
Existing AI-enhanced algorithms within the platform required modernization to remain accurate. As aircraft configurations, ground handling procedures, and operational patterns evolved, the algorithms needed to keep pace - or risk degrading planning quality over time.
Ground handling operations had grown more data-intensive. Customers needed real-time quality control visibility, better equipment management, and operational analytics - capabilities the platform's original architecture hadn't been designed to deliver at this level.
With aviation rapidly adopting cloud-native standards and mobile-first operations tools, the platform needed continuous development across its full stack to remain competitive and maintainable - without a disruptive rewrite that would delay client-facing improvements.
Agmis delivered a structured program of platform improvements: systematic refactoring to remove technical debt, new module development to close feature gaps, and AI algorithm updates to restore predictive accuracy - all shipped incrementally to protect live operations.
Ground Operations Planning: Refactored the core planning engine for smoother daily scheduling, turnaround coordination, and workflow management across ground handling teams. The updated module reduces coordination friction between planning and execution, making it easier for ground handlers to manage high-volume flight schedules.
Fueling Operations Planning: Rebuilt fueling workflow tools to improve planning accuracy, support tighter turnaround windows, and ensure correct documentation for airline fueling operations. Fueling is a compliance-critical activity - the rebuilt module reflects the precision that aviation safety standards require.
Equipment Management System: Introduced enhanced GSE (ground support equipment) tracking and assignment capabilities, enabling ground handlers to manage equipment fleets, maintenance records, and availability within the platform - reducing the manual coordination that previously lived outside the system.
Real-Time Quality Control Tools: Developed new quality control monitoring features that allow supervisors to flag, review, and resolve compliance issues as they occur on the ground - rather than discovering them in post-operation audits where corrective options are limited.
Business Analytics Feature: Delivered an analytics layer that gives aviation operators visibility into operational KPIs, throughput trends, and performance metrics across ground handling activities - turning operational data into actionable insight for both ground handlers and their airline customers.
AI Algorithm Improvements: Updated and optimized the platform's AI-enhanced algorithms to reflect current ground handling patterns, aircraft types, and operational requirements - restoring and improving the predictive accuracy that scheduling and planning decisions depend on.
The client operates one of the largest aviation ERP platforms globally - serving airlines and ground handlers across international markets with a comprehensive MRO and ground operations management suite
The platform spans web, mobile, and backend systems - requiring coordinated delivery across multiple technology layers. Agmis contributed across the full stack, ensuring that new features and refactored modules integrated cleanly with the existing platform architecture.
The refactored planning engine reduces coordination overhead between scheduling and execution, enabling ground handling teams to manage complex turnaround sequences with fewer manual interventions.
Rebuilt fueling workflow tools support precise documentation and planning accuracy - critical for an activity where errors carry both safety and regulatory consequences.
Real-time QC monitoring means supervisors identify and resolve compliance deviations while the operation is live - compressing the window between issue detection and corrective action.
The new business analytics feature brings structured performance data to ground handling managers and their airline customers - supporting data-driven decisions on staffing, equipment, and service level management.
Aviation ERP platforms cannot go offline for rebuilds. Agmis approached refactoring incrementally - prioritizing the highest-impact areas of technical debt first and shipping improvements in stages to protect active client operations throughout the engagement.
The platform's AI capabilities were updated to reflect current operational realities - new aircraft types, revised ground handling procedures, and updated scheduling patterns. The result is algorithms that support accurate planning decisions rather than working against the grain of how modern ground operations run.
Delivering across PHP backend systems, React web interfaces, and Android (Kotlin) mobile applications required coordinated engineering across the full technology stack. Agmis maintained architectural consistency across these layers - ensuring new features and refactored modules integrated cleanly without creating new maintenance burdens.
Agmis engineers have experience refactoring and extending complex, live aviation and MRO platforms - without disrupting the operations that depend on them.
Book a MeetingAviation ERP platforms carry a different category of operational risk than most software. Agmis brought the engineering discipline, domain understanding, and full-stack capability this engagement required.
Ground handling operations run to tight safety and regulatory standards. Agmis engineers worked within the constraints and compliance requirements that define aviation software - not against them.
Refactoring a live, customer-facing platform requires discipline: clear prioritization, incremental delivery, and rigorous testing before each release. Agmis delivered systematic improvement without disrupting active users.
PHP, React, Java, and Android (Kotlin) capability within a single engineering engagement meant the client dealt with one coordinated team rather than managing multiple vendors across platform layers.
Improving AI algorithms in a production aviation context means understanding what the algorithms are being asked to do - and why accuracy matters. Agmis updated the platform's AI capabilities with the operational context they needed to work reliably.
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