ProDex Labs delivers AI-native software tools that transform how manufacturers and sustainment facilities design, simulate, and plan production systems. Our integrated platform combines an AI-powered discrete event simulation with three core modules—what-if analysis, layout optimization, and production scheduling—enabling organizations to move beyond static spreadsheets and manual processes toward dynamic, data-driven decision-making.

With ProDex, engineers rapidly model factory workflows, optimize layouts within physical constraints, and generate production schedules in minutes. This accelerates job turnaround, reduces overhead, and provides real-time visibility into bottlenecks and inefficiencies. Unlike traditional planning tools, ProDex facilitates virtual iteration and validation before committing capital or labor. Powerful AI agents further dissect, analyze, and continuously improve factories down to every datapoint.

Already deployed at manufacturing sites from Massachusetts to Costa Rica, ProDex demonstrates commercial viability, operational scalability, and dual-use compatibility—particularly benefiting small and mid-sized manufacturers critical to the defense industrial base.

By embedding intelligent simulation and AI-driven scheduling into sustainment operations, ProDex enhances readiness, adaptability, and modernization across applications, from engine overhaul to munitions production. Built securely on flexible platforms like Palantir Foundry, ProDex accelerates planning and decision-making, creating a more resilient and responsive industrial base.

Problem Statement:

Depot and industrial manufacturers face chronic delays, persistent inefficiencies, and resource strain due to reliance on outdated production design and manual planning methods. These challenges are especially acute for smaller factories and facilities integral to defense sustainment operations, where rapid reconfiguration is critical yet prohibitively costly. Static workflows, rigid layouts, and manual scheduling methods severely limit responsiveness to evolving mission requirements. To maintain readiness and competitiveness, manufacturers urgently require digital tools capable of accelerating planning, virtually simulating production changes, and dynamically optimizing floor layouts—significantly improving throughput, agility, and operational efficiency while reducing overall costs.