ERP for Space and Satellite Manufacturers
ERP for space and satellite manufacturers has to support extreme traceability at extremely low volume. A satellite bus may be built in a quantity of one to twelve, with every component serialized, every part carrying lot and date code provenance, and an as-built configuration record that must match the as-designed baseline exactly at delivery. Layer on AS9100D quality requirements, ITAR and EAR export control on nearly all technical data, and NASA or customer mission assurance flow-downs, and the ERP question becomes whether your system can enforce configuration control and export control inside daily transactions rather than through separate manual processes.
As-Designed to As-Built Configuration Control
Space programs deliver a configuration record, not just hardware. Every deviation between the released engineering baseline and the delivered article must be documented through a waiver, deviation, or approved engineering change. In ERP terms that means the job must be bound to a specific released BOM revision, every substitution has to be an explicit approved deviation rather than an informal swap, and the as-built record must capture the actual serial and lot of each installed component. Reconstructing an as-built configuration after the fact from paper travelers is where space manufacturers lose weeks during delivery review. Configuration control that lives only in a program office spreadsheet is among the most common findings raised during space program delivery reviews.
- Bind each build to a released effectivity so the as-designed baseline is unambiguous at any point in the program
- Require an approved deviation or waiver record before any alternate part can be issued to a flight job
- Capture serial and lot of every installed component at the operation, producing the as-built record automatically
- Freeze and archive the delivered configuration at acceptance so post-delivery anomaly investigation starts from truth
AS9100D, Mission Assurance, and Nonconformance Discipline
AS9100D adds configuration management, risk management, product safety, and counterfeit part prevention on top of ISO 9001. For space work, customers commonly flow down additional mission assurance requirements covering parts, materials and processes control, screening and qualification levels for EEE parts, and full material review board discipline. The ERP implication is that nonconformance cannot be a lightweight disposition. Each NCR needs the affected serials, the technical justification, MRB participants, customer concurrence where required, and a link into the delivered data package. Programs that treat NCRs casually discover at delivery review that half their records lack customer approval. Route every nonconformance through the same workflow regardless of apparent severity, because the record you skipped is the one the customer will ask about at acceptance.
ITAR and Export Control Inside the ERP
Nearly all satellite and launch technical data is export controlled under ITAR or the EAR 9x515 series. Practically, that means the ERP itself is a controlled environment: drawings attached to items, routings describing manufacturing process, and supplier technical exchanges all constitute controlled technical data. Access must be restricted to authorized US persons or license holders, cloud hosting must be in an appropriate boundary, and offshore support access must be blocked rather than merely discouraged. Many space manufacturers keep ERP on-premise or in a dedicated government cloud region specifically because generic multi-tenant SaaS cannot demonstrate that boundary. Treat export classification as item master data rather than tribal knowledge, so a routine supplier quote request does not become an unauthorized technical data transfer.
- Restrict ERP access by nationality and authorization status, enforced in the system rather than by policy alone
- Mark items, documents, and routings with export classification so downstream sharing decisions are informed
- Block offshore vendor and support access to production data, including screen sharing and database-level access
- Log and review technical data access, since export compliance audits ask who saw what and when
Low-Volume, Long-Lead Procurement and EEE Parts Management
Space-grade EEE parts frequently carry lead times of forty to eighty weeks, come from a very small approved supplier base, and often require lot buys to cover a full program because a later date code lot means requalification. Your ERP has to support program-level material allocation, lot reservation against specific builds, and shelf-life and storage condition tracking for adhesives, propellant components, and ESD-sensitive devices. Standard MRP netting across programs is actively harmful here, since consuming a program-reserved lot for a different build can invalidate qualification and cost far more than the part is worth. Reserve qualified lots to specific programs and block cross-program netting, since a substituted date code can trigger requalification costing far more than the part itself.
How Netray AI Agents Support Space Manufacturing Compliance
Netray builds on-premise AI agents for space and defense manufacturers using SyteLine, CloudSuite Industrial, and Infor LN, so no controlled technical data leaves your network. A configuration agent continuously compares as-built records against the released baseline and flags undocumented deviations while the hardware is still in the clean room. A data package agent assembles as-built configuration, NCR history, material certifications, and test records into the customer delivery package, turning a multi-week manual compilation into a reviewed draft in days. An obsolescence agent watches EEE part availability against program need dates and raises last-time-buy decisions early. Each agent operates read-mostly against ERP with human approval on any change, which keeps configuration authority with your quality organization rather than the automation.
Frequently Asked Questions
Can ERP be used for ITAR-controlled satellite manufacturing?
Yes, provided the ERP environment itself is treated as controlled technical data. Access must be limited to authorized US persons or license holders and enforced in the system, hosting must sit inside an appropriate boundary such as on-premise or a government cloud region, and offshore support or vendor access must be blocked at the infrastructure level. Many space manufacturers avoid generic multi-tenant SaaS because it cannot demonstrate that boundary convincingly to auditors.
How does ERP manage as-built configuration for spacecraft?
The job is bound to a specific released BOM revision, and every installed component serial and lot is captured at the operation where it is installed. Any part substitution must go through an approved deviation or waiver record rather than an informal swap. The result is an as-built record that assembles automatically and can be compared against the as-designed baseline, which is what the customer requires at acceptance and what anomaly investigations depend on later.
What ERP challenges are unique to low-volume space manufacturing?
Volume of one breaks standard MRP assumptions. Space-grade EEE parts carry forty to eighty week lead times and often require lot buys because a different date code triggers requalification, so material must be reserved to a specific program rather than netted across demand. Add shelf-life tracking, storage condition control, full serialization, and configuration freeze at delivery, and the system needs program-level allocation rather than conventional inventory pooling.
Key Takeaways
- 1As-Designed to As-Built Configuration Control: Space programs deliver a configuration record, not just hardware. Every deviation between the released engineering baseline and the delivered article must be documented through a waiver, deviation, or approved engineering change.
- 2AS9100D, Mission Assurance, and Nonconformance Discipline: AS9100D adds configuration management, risk management, product safety, and counterfeit part prevention on top of ISO 9001. For space work, customers commonly flow down additional mission assurance requirements covering parts, materials and processes control, screening and qualification levels for EEE parts, and full material review board discipline.
- 3ITAR and Export Control Inside the ERP: Nearly all satellite and launch technical data is export controlled under ITAR or the EAR 9x515 series. Practically, that means the ERP itself is a controlled environment: drawings attached to items, routings describing manufacturing process, and supplier technical exchanges all constitute controlled technical data.
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