Complement uses AI to generate integration code based on existing system documentation, from PLCs to ERPs, giving you complete visibility into cycle times, equipment utilization, and production costs.
In high-mix, complex manufacturing, disconnected systems hide your true performance. While your team spends hours manually reconciling data, production bottlenecks go unnoticed and optimization opportunities slip away.
Complement brings every critical metric into a single real-time view, from first pass yield and cycle time to WIP and equipment utilization. Built specifically for complex electronics, semiconductor, and aerospace manufacturing, our platform automatically connects your existing IT and OT systems without requiring changes to your infrastructure or months of integration work.
Stop guessing at your bottlenecks. Get real-time visibility into true production costs, cycle time, and equipment utilization across your entire operation. Make targeted improvements that directly impact unit costs and throughput.
Catch issues before they become problems. Real-time monitoring and automated alerts help you maintain quality and prevent costly downtime.
Our AI reads your machine manuals and system documentation to generate integration code automatically. No 6-month custom middleware projects or expensive consultants required.
A Complement engineer visits your facility to inventory your systems and ensure connectivity.
Our AI reads your documentation and generates custom integration code for your specific mix of IT and OT systems.
Access a real-time dashboard showing the exact metrics you need to optimize production, from your office or the shop floor.
James led the Guidance Navigation and Control flight software team at Relativity Space, where he developed zero-fault tolerant algorithms for the first launch of Terran 1. At Neuralink he developed systems for brain machine interfacing, including on-device implant control and machine learning model libraries. He researched AI for treatment of Parkinson's disease at Cornell University and graduated summa cum laude in Computer Science and Neurobiology.
Alex was an Applied Scientist in Microsoft's Azure AI group. During his tenure he made significant contributions to cutting edge technologies such as personalized noise suppression and speech-to-speech translation. Alex holds a BSE in Electrical Engineering with a focus on robotics and cyber-physical systems from Princeton University, where he also lead the Formula Hybrid team.
Robert served as Senior Vice President of Subcontracts at Honeywell and Senior Vice President of Business Development at Hexcel, where he led supply chain strategy and international partnerships. At Prudential Investments, he orchestrated three successful aerospace acquisitions before founding Diversified Aerospace Consulting, serving as CEO for 21 years and scaling the firm to eight countries with $500M+ in contracts.
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