Traceability software aerospace and defense
Improve the traceability of your aerospace parts. CNC tracking, EN9100 compliance, cycle analysis, and machine downtime analysis with Atsora Tracking.
Summary
In the aerospace, space, and defense sectors, the production of critical parts requires flawless traceability, strict control of CNC cycles, and demonstrable compliance with EN9100 / AS9100 standards. Atsora Tracking transforms machine data into actionable industrial evidence: timestamped cycle recording, real-time tracking, linkage to serial numbers, downtime classification, and deviation analysis. This structured exploitation of CNC data strengthens regulatory compliance, secures high-value manufacturing processes, and enhances the reliability of production and delivery commitments in highly demanding technical and contractual environments.
Aerospace traceability software: managing production in a demanding environment
Aerospace traceability software is now essential in the demanding environments of aerospace, space, and defense. In these CNC machining workshops, every operation must be traced, justified, and compliant with EN9100 / AS9100 standards.The mastery of processes directly relies on the reliability of production data.
The produced parts involve long cycles, complex geometries, and demanding materials such as titanium or special alloys. Every deviation impacts quality, deadlines, and contractual commitments. Traceability is no longer limited to the product: it must cover the entire machining process.In this context, machine data becomes a central management lever. It allows for tracking cycles, analyzing downtimes, and demonstrating compliance in case of an audit. When well utilized, it transforms production into a controlled, measurable, and justifiable system.
In this context, machine data becomes a central operational driver. It enables cycle monitoring, downtime analysis, and demonstrable compliance during audits. When properly leveraged, it transforms production into a controlled, measurable, and fully auditable system.
Concrete challenges in aerospace production
In aerospace CNC machining workshops, the implementation of aerospace traceability software meets strong operational constraints, where data reliability directly conditions compliance and industrial performance. The requirements related to the production of critical parts, combined with EN9100 standards, impose complete and usable traceability at every stage of the process.
Sur le terrain, les industriels sont confrontés à plusieurs réalités :
A traceability of aeronautical parts still partial, often dependent on manual entries or heterogeneous systems
Long and complex machining cycles, making it difficult to track aeronautical production with reliable real-time data
Limited analysis of machine stops and micro-stops, directly impacting performance and process stability
Discrepancies between theoretical times and actual times, difficult to objectify without structured aeronautical CNC traceability
Quality audit preparation (EN9100 / AS9100) based on scattered or incomplete data
In this context, the lack of visibility into machine data limits the ability to effectively manage production. Without reliable indicators, deviation analysis, root cause identification, and continuous improvement efforts remain incomplete. Machine data therefore becomes a central asset for structuring industrial operations and securing commitments on quality and delivery timelines.
How to ensure traceability of aeronautical parts and secure production tracking
Aeronautical traceability software, Atsora Tracking integrates directly into the heart of CNC machining workshops to structure the collection of machine data and secure the entire aeronautical production tracking. Each machining cycle is automatically detected, timestamped, and recorded, allowing for the creation of an accurate production history, without manual entry or approximation.
Atsora allows for covering the machining process, providing a complete and usable aeronautical CNC traceability:
Real-time tracking of machining cycles and cycle times
Association of parts with a serial number or batch (via API, Data Matrix, or QR code)
Recording machine states and automatic identification of phases (production, setup, downtime)
Centralization of production data for structured industrial management
The collected data is directly usable to meet the EN9100 compliance traceability, facilitating the creation of quality records and the preparation of audits.
Beyond traceability,Atsora helps improve industrial performance by providing a clear view of machine downtimes and production losses. By identifying unproductive times and recurring causes, you can engage in continuous improvement actions based on factual data.
Atsora transforms your machine data into a reliable production management, measurable and directly usable by your teams.
Use CNC data as usable evidence
In an aerospace environment subject to strict compliance and audit requirements, production data must not only be collected: it must be structured, reliable, and directly usable as evidence.
Atsora Tracking transforms signals from CNC machines into timestamped, contextualized, and verifiable data, allowing justification of each operation performed in the workshop.
This approach secures traceability, accelerates the preparation of EN9100 / AS9100 audits, and provides total transparency in the execution of machining processes.
Traceability of operations
Each machining operation is identified, timestamped, and linked to its machine context. Atsora allows for precise tracking of the sequence of operations performed on a CNC machine, without relying on manual declarations.
This granularity provides a clear view of the actual production process. It demonstrates which operations were executed, in what order, and under what conditions, thus forming a solid basis for justifying processes in a regulated environment.
Cycle recording
Each machining cycle is automatically detected, timestamped, and recorded without operator intervention. This automation eliminates biases related to manual entries and ensures homogeneous and reliable data.
Teams thus have a precise view of actual cycle times and production sequences. This factual basis allows for effective comparison of theoretical times to observed times and quickly identifies deviations impacting industrial performance.
Piece traceability
Each produced part is precisely associated with data from the machine. Through integration with existing systems (ERP, MES) and identification technologies such as Data Matrix or QR codes, Atsora enables the reconstruction of a reliable manufacturing history at the unit level.
This fine traceability ensures a direct match between the produced part and its actual machining conditions. It allows for the instant retrieval of necessary information in case of quality control, while securing the expected upward and downward traceability in aerospace environments.
Automatic machine states
Atsora continuously identifies the states of CNC machines and automatically categorizes the different phases of activity: production, setup, stop, or micro-stop.
This real-time reading provides a detailed understanding of equipment usage. It highlights often invisible production losses and allows for the analysis of stop causes without relying on operator reports, thus enhancing the reliability of management indicators.
Complete history
All collected data is consolidated into a structured history, accessible at any time. Each event is timestamped and contextualized, allowing for an accurate reconstruction of the production process.
This history provides a solid foundation to meet quality requirements, prepare audits, and analyze performance over time. It also allows for the anchoring of continuous improvement efforts on concrete data directly from the field.
Improve performance and structure continuous improvement
194
Machine configuration files
185
Plugins
72
Reports
20
Years of development
15
Years of development
One aerospace traceability software allows for the exploitation of machine data to concretely improve the monitoring of aerospace production. By structuring the collection and analysis of data, teams have reliable indicators to understand discrepancies and act quickly.
Utilize production data to analyze discrepancies
Data from machines allows for:
Identifying unproductive times
Understanding recurring causes of machine downtime
Analyzing cycle deviations
Comparing theoretical times and actual times
Monitoring machine performance over time
Ensure reliable production management
With structured aerospace CNC traceability, production and quality teams rely on reliable data to:
- Monitor machining cycles in real time
- Quickly identify stops and micro-stops
- Adjust production parameters
- Ensure reliable manufacturing times
- Reduce performance gaps
Industrial mastery and sustainable performance for aerospace
Atsora Tracking transforms CNC data into reliable industrial evidence, serving EN9100 / AS9100 compliance and traceability of critical parts. The solution also enables performance management, reduces losses, and ensures reliable timelines through real-time visibility of production.
Accelerate continuous improvement through the classification of machine stops
Continuous improvement is a pillar of EN9100 requirements and a strategic lever for aerospace subcontractors. Atsora Tracking structures this approach by allowing the classification of machine stops and the causes of production losses, either automatically (machine state detection) or through a simple and guided operator input.
Each stop can be categorized (setup, material wait, tool incident, maintenance, quality control, non-conformity, micro-stop, etc.) to identify recurring issues, reduce unproductive time, stabilize critical cycles, and enhance quality. CNC data is no longer just for observation, but for managing industrial performance based on factual data.
Ensure reliable production and delivery times
Accurate knowledge of actual machining times and interruptions allows aerospace workshops to secure schedules, ensure customer commitments, and anticipate delays before they impact delivery.
In an environment where punctuality and compliance are strategic, this real-time visibility becomes a key lever for industrial control and contractual credibility.
Atsora Tracking for aerospace manufacturers
Atsora Tracking enables aerospace machining workshops to trace each CNC cycle and ensure the traceability of critical parts while documenting EN9100 / AS9100 requirements.
The solution also facilitates the analysis of machine stops to reduce production losses and ensure reliable delivery times, thanks to continuous, structured, and actionable CNC data.
How to integrate Atsora into your ecosystem
A aerospace traceability software must adapt to the constraints of your workshop, without disrupting the existing production. Atsora integrates directly with CNC machines to collect production data, without modifying existing processes or imposing additional data entry on operators.
Gradual deployment tailored to your workshop
The deployment is designed to adapt to your industrial constraints. It can be carried out gradually, machine by machine or line by line, without interrupting production.
Quick setup on a pilot scope
Gradual extension to the entire machine park
Support for production and quality teams
Easy to use, with no added burden on operators
Interoperability with your existing tools
The solution integrates into your information system to enhance the aerospace production tracking :
Possible connection with ERP and MES
Data exchange via API
Association of manufacturing orders and references
Integration of traceability by serial number (Data Matrix, QR code)
FAQ – Aerospace traceability software
Frequently asked questions about aerospace traceability and CNC production tracking
Traceability is a central requirement in the aerospace, space, and defense sectors due to the critical nature of the produced parts. It allows for demonstrating compliance with EN9100 / AS9100 standards, ensuring a complete manufacturing history, and securing quality audits. Without reliable traceability, it becomes difficult to justify processes and manage industrial risks.
Traditional traceability often relies on manual entries or fragmented systems, which introduces risks of error and information loss. In contrast, machine data-based traceability allows for automatic, timestamped, and continuous collection of production events (cycles, downtimes, machine states). It provides an objective, usable, and directly applicable view for management and audits.
Piece traceability relies on associating machine data with a unique identifier (serial number, batch, Data Matrix, or QR code). Each machining cycle is then linked to a specific piece, allowing for the reconstruction of its complete history: manufacturing time, production conditions, potential downtimes, and associated parameters.
Beyond compliance, traceability software allows for the exploitation of CNC data to identify production losses, analyze cycle deviations, and understand the causes of downtimes. This factual approach facilitates the implementation of continuous improvement actions, reduces gaps between theoretical and actual times, and enhances the overall management of the workshop.
A modern CNC traceability solution is designed to integrate without disrupting existing processes. It connects directly to machines to automatically collect data without adding burden to operators. The deployment can be gradual, allowing for the securing of each step while ensuring production continuity.
Talk to an Atsora expert.
Tell us about your workshop, your challenges with traceability of aerospace parts, and aerospace production monitoring. We provide you with a solution tailored to your organization and your goals.