Operational Excellence and Digital Transformation in the Defense Industry

Project Brief

• Client Profile: Defense and Aerospace Sector / Tier-1 Supplier
• Area of Activity: Critical Subsystem Production and R&D
• Project Scope: End-to-End ERP Transformation and Production Floor Integration

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1. The Challenge

“Lack of Traceability and Data Integrity in Critical Processes”

Although our business partner, a leading player in the sector, had increased its production capacity, it was experiencing bottlenecks due to the fragmented software infrastructure (Excel, standalone accounting programs, and legacy inventory software) used to manage its operational processes.

The company struggled to fully comply with AS9100 and AQAP standards, which are critical requirements in the defense industry; it resorted to manual methods to ensure “full traceability” throughout the process from raw material input to final product delivery. This situation prolonged audit processes, increased the risk of production errors, and prevented transparent reporting of project-based costs.

The main challenges were:

• Different departments operating with disparate data (Data Silos).
• Retrospective lot/batch tracking taking days.
• Inability to instantly see deviations between estimated and actual costs.

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2. The Solution

“Integrated and Project-Oriented ERP Architecture”

As a result of detailed analyses conducted by our firm, a single, centralized ERP system, specially configured for the dynamics of the defense industry, was implemented. The following steps were taken in the project, which was realized with a “Zero Defect” and “Paperless Production” vision:

• End-to-End Traceability: A barcode/QR code system was made mandatory at every step from raw material acceptance to shipment. Information on which operator used which raw material batch on which machine was instantly recorded in the system.
• Project-Based Management: Each tender and order was structured as a separate cost center within the system. R&D, labor, energy, and material expenses were directly assigned to the relevant project, making “True Project Profitability” visible.
• IoT and Production Integration: Data collected from machines on the production floor was integrated with the ERP platform. Differences between planned and actual production times were minimized.
• Quality Control Automation: Quality control data from production stages was digitized; the system was enabled to automatically lock the process in out-of-tolerance situations.

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3. The Results

“Data-Driven Management and Proven Efficiency”

Data obtained in the first fiscal year after the ERP system went live proved a significant leap in operational efficiency.

Measurable gains provided by the system:

• 98% Time Savings (Traceability): The retrospective part/lot query time decreased from an average of 2 business days to minutes.
• 20% Inventory Cost Advantage: Through Material Requirements Planning (MRP) algorithms, idle stock accumulation was prevented, and inventory turnover rate increased.
• 30% Cost Deviation Control: Instant monitoring of the difference between the estimated cost at the proposal stage and the actual cost at the end of production increased proposal accuracy.
• Audit Success: The ability to generate required reports for international defense industry audits with “a single click” was ensured, minimizing audit preparation effort.
• 15% Production Capacity Increase: Through machine downtime analyses, bottlenecks were identified and resolved, increasing existing capacity without additional investment.

Board of Directors’ Assessment: “With the digital transformation project, we didn’t just start using a software; we transformed our production culture to be ‘data-driven’. We now manage our processes with real-time data, not estimates.”