ERP and PLM Integration for Space Manufacturing: How SpaceNex AI Connects to Enterprise Systems
Space systems manufacturers run complex enterprise software environments — ERP systems for procurement, financial management, and supply chain; PLM systems for product lifecycle, configuration management, and engineering change control; MES systems for production execution; and quality management systems for NCR tracking and inspection records. SpaceNex AI's field IoT data needs to flow into and from all of these. Here's how the integration architecture works.
The integration challenge in aerospace manufacturing
Aerospace manufacturers operate some of the most complex enterprise software environments in any industry:
ERP systems (SAP, Oracle) manage procurement, inventory, financials, and supplier management. They hold the authoritative record of what materials have been ordered, received, and consumed — but they don't know what's actually on the shop floor right now.
PLM systems (Siemens Teamcenter, PTC Windchill, Dassault Systèmes ENOVIA) manage product structure, configuration, engineering changes, and document control. They define what the product should be — but don't track what's actually been manufactured.
MES systems (various) execute production orders and track work-in-progress against routing steps — but typically rely on manual scan events or operator confirmation rather than continuous IoT telemetry.
QMS systems manage non-conformance reports, inspection records, and corrective actions — but often remain disconnected from the sensor data that could automatically trigger NCRs when process parameters exceed limits.
SpaceNex AI sits between the physical environment (sensors, positioning systems, environmental monitors) and these enterprise systems — providing the real-time field intelligence layer that none of them can generate on their own.
Key integration flows
SpaceNex AI → ERP (materials management):
When SpaceNex AI's inventory tracking detects that a flight-critical component has been consumed from stock (position data shows it moved from storage to integration bay), a consumption event is published to the ERP's goods movement API — automatically updating stock levels without manual warehouse scan. Similarly, component receipt events from RFID gate reads trigger GR (Goods Receipt) postings in the ERP.
SpaceNex AI → PLM (configuration control):
When a flight hardware item moves through a defined manufacturing stage (detected by position transition through UWB zones), SpaceNex AI publishes a lifecycle state change event to the PLM system's API — updating the component's as-built configuration record with field-generated timestamps rather than waiting for manual operator entry.
SpaceNex AI ← MES (work order context):
SpaceNex AI receives active work order data from the MES — which assemblies are in work, which routing steps are active, which technicians are assigned — to contextualize field sensor data. When a technician enters an integration bay, SpaceNex AI can correlate their presence with the active work order for that bay, attributing their time to the correct cost center and production record.
SpaceNex AI → QMS (automated NCR generation):
When sensor data detects a process parameter exceedance — environmental monitoring reports a cleanroom particulate spike during component integration, or a temperature exceedance occurs during TVAC testing — SpaceNex AI automatically generates a pre-populated NCR draft in the QMS with: the affected component identity (from position/RFID data), the exceedance details (sensor reading, threshold, duration), and the time window of potential exposure. QA engineers review and disposition rather than investigating from scratch.
API architecture
SpaceNex AI's API Architecture Specifications document all integration endpoints for engineering teams building these connections. Standard integration patterns include REST APIs for synchronous request-response exchanges, webhooks for event-driven notification of field events, and batch file exchange for systems that don't support real-time API integration.
👉 spacenexai.com/technical-resources/
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