VERTICALS
At Macrovey, we design and deploy flexible, robotics-driven automation systems that adapt to the unique demands of every environment we serve. From education to commercial warehousing, defense, and construction, our AGV- and 6-axis robot-based solutions modernize storage, picking, kitting, and material flow. Whether the goal is improving accuracy, reducing labor dependency, or enabling continuous operations, Macrovey partners with organizations to deliver scalable automation – from standalone workcells to end-to-end systems – engineered for measurable ROI with minimal disruption.
Construction
Macrovey transforms construction operations by modernizing workflows through integrated, data-driven software and automation. By reducing operational waste, improving labor productivity, and accelerating project delivery, Macrovey bridges traditional construction practices with scalable digital and physical automation solutions.
Department of Defense (DoD)
Macrovey designs and manufactures modular, fully autonomous logistics systems engineered for contested and expeditionary environments. Our platforms integrate AI-enabled robotics, autonomous vehicles, and proprietary control software to deliver end-to-end material handling, warehousing, and sustainment solutions that adapt to any mission profile.
Education
Macrovey advances education by equipping institutions with applied automation technologies that mirror real-world industrial workflows. By bridging classroom theory with marketplace demand in advanced manufacturing, logistics, and automation, Macrovey prepares students for careers in smart supply chains, robotics, and enterprise systems through hands-on, experiential learning.
Warehousing
Macrovey modernizes commercial warehousing through integrated automation and software that increase throughput, accuracy, and labor efficiency. With modular, scalable systems designed to start small and expand across zones, facilities, and networks, Macrovey improves service levels—including OTIF and same-day/next-day fulfillment—while reducing cost-to-serve in high-volume, high-variability environments.