DriveWorks implementations fail far more often from process mistakes than from software limitations. The platform is capable of automating almost any rule-based configuration workflow — but only if the rules behind it are captured correctly, tested thoroughly, and rolled out without disrupting the engineering team that has to live with the result.
Here are the pitfalls we see most often, and how to avoid them.
Common Pitfalls
- Starting implementation before engineering rules are fully documented, so the rule set is built on assumptions rather than validated logic
- Scoping the first rollout around the most complex product family instead of the most repeatable one, which delays time-to-value and inflates risk
- Under-testing edge-case configurations, so invalid combinations only surface after go-live, in front of a customer
- Treating the rollout as a one-time project rather than an ongoing capability, leaving no owner in place when the product line evolves
- Skipping ERP integration planning until after the DriveWorks rules are built, forcing rework to bridge systems that should have been designed together
How to Avoid Them
- Document engineering rules with the engineers who actually apply them, before configuration work starts in DriveWorks
- Pilot with a repeatable, well-understood product family first, then expand to more complex configurations once the pattern is proven
- Build a structured test matrix that specifically targets edge cases and invalid configuration combinations, not just the happy path
- Assign a rule owner responsible for maintaining and extending the configuration logic as the product portfolio changes
- Plan ERP and manufacturing-system integration alongside rule development, not after it
A DriveWorks rollout that avoids these pitfalls tends to look uneventful from the outside — quotes get faster, drawings stop needing manual rework, and engineering stops being the bottleneck between a signed order and a released job. That's the point. DevWorks Automation has implemented DriveWorks across manufacturers of varying complexity and can help scope a rollout that avoids the mistakes above from day one.