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Enterprise ERP
The Redzone–QAD integration ties together QAD Adaptive ERP, QAD EAM, and the Redzone Connected Workforce Platform through the QAD Integration Platform. An order released in QAD shows up as a scheduled run in Redzone; a run finished in Redzone posts back to QAD. Nobody retypes it. It runs on Redzone’s REST API v2 and the Snowflake-based analytics warehouse. Manual entry drops, as do the errors that come with it, and finance sees the cost of a stoppage while the line is still down instead of at month end.
When a planner releases a production order in QAD, it lands in Redzone as a scheduled run. Operators see what’s next without a supervisor loading it by hand.
Finished goods, scrap counts, and run completions post back to QAD ERP as they happen, so inventory reconciles against real output rather than a day-old count.
A maintenance request in Redzone opens a QAD EAM work order on its own. Status and comments stay matched in both systems, so nobody re-enters them.
Root-cause downtime data from Redzone Analytics (Snowflake) writes into the EAM record, so each stoppage carries the real duration and reason instead of a guess.
Product cost from QAD ERP feeds Redzone, so a line stoppage shows what it costs while it is happening, right on the floor.
The Redzone–QAD integration runs on standardized protocols and needs the following components in place before configuration begins:
When a production order is released in QAD, the platform maps SKUs and line configurations to Redzone External IDs and creates the scheduled run. If the order changes before the run starts, the integration updates or deletes the run to match.
A "NEW" status on a Redzone maintenance request creates a work order in QAD EAM. The EAM Work Order ID goes back into Redzone as a comment, so the two records stay linked, and technician notes from EAM show up on the operator’s iPad.
About 20 minutes after a run ends, the platform queries the Snowflake v_losses view, pulls the root-cause downtime detail, and writes it into the matching EAM record for a complete, accurate asset history.
A current QAD Integration Platform license and Redzone API credentials (REST API v2).
Cross-references between QAD Sites/Domains and Redzone Organizations/Enterprises, set before go-live.
A custom field in QAD EAM to hold the Redzone Work Order UUID, which is what lets the two-way sync work.
Book a meeting with a QAD Integration Specialist to discuss your goals and confirm fit.
Schedule a call
Choose from the validated list — Production Scheduling, Automated Declaration, Maintenance Sync, Loss & Downtime Enrichment, and Financial Cost Integration — based on your operational priorities.
Confirm the project work order, which lays out total project fees, hourly rates for integration engineers, and delivery milestones.
We fit the solution to your environment in three steps:
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Redzone Analytics (Snowflake) refreshes on about a 20-minute cadence. The integration waits for that window to close before it updates the EAM record, so the downtime entry is complete.
Yes. Comments move both ways. A technician’s note in QAD EAM shows up on the operator’s iPad in Redzone, and the operator’s observation shows up on the EAM work order, so both teams stay current without switching systems.
Yes. If a production order changes in QAD ERP before its run starts in Redzone, the integration updates or deletes the scheduled run to match. The floor works from the current schedule without anyone stepping in.
Redzone builds and manages this integration around your QAD environment and shop floor workflows. Book a meeting with a QAD Integration Specialist or contact your Redzone Account Manager to get started.