
The partnership eliminates a major manufacturing bottleneck, dramatically reducing engineering labor and time‑to‑market, which is critical for fast‑evolving defense and technology products. It also showcases how AI‑powered digital twins can reshape industrial productivity at scale.
Anduril’s rapid product evolution exposed a classic manufacturing choke point: work instructions that lagged behind design changes. Traditional enterprise tools required engineers to manually reconcile CAD models, MES data, and on‑floor realities, consuming half of their time. Dirac’s BuildOS tackles this by creating a unified, live model of the product and factory, allowing AI to generate and update step‑by‑step instructions in real time. The result is a dramatic reduction in documentation effort and a shift from reactive rework to proactive, data‑driven coordination.
The early rollout delivered an 87.5% reduction in authoring time, collapsing a 12‑hour process to just 90 minutes and achieving a ten‑fold acceleration of a critical production loop. Such gains translate into faster design‑to‑production cycles, enabling Anduril to launch new systems more quickly while keeping headcount stable. Engineers can now focus on design optimization, DFM analysis, and cost reduction rather than repetitive paperwork, directly boosting throughput and product quality.
Beyond Anduril, the Dirac‑Anduril case signals a broader shift toward AI‑enabled manufacturing infrastructure. By treating work instructions as dynamic, model‑derived assets, manufacturers can align engineering and shop‑floor operations at software speed, a capability essential for maintaining competitiveness in defense and high‑tech sectors. The multi‑year partnership, extending across 35 product lines, positions Dirac as a core component of Anduril’s Arsenal OS and illustrates how AI‑driven orchestration can reindustrialize the West, delivering scalable, adaptable production without proportional labor increases.
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