AutoScheduler.AI, an innovative Warehouse Management System (WMS) accelerator, announces the company has been selected as one of this year’s Top Tech Startup from Food Logistics and Supply & Demand Chain Executive magazines. The Top Tech Startup Award spotlights top software and technology startups in the supply chain and logistics. AutoScheduler was selected for this award because the company applies intelligent optimization techniques to planning and managing work in a warehouse, saving clients millions while improving efficiencies.

This year's winners play in various market sectors. However, AI-powered automation and real-time transportation visibility make up most of the winners (35% and 33%, respectively) and bring in $1 million to $20 million-plus in revenue annually.

"In this dynamic market with complex supply chain challenges, companies need innovative solutions like AutoScheduler.AI to help navigate their supply chains and find value across the enterprise," says Keith Moore, CEO, AutoScheduler. AI. "We are honored to be named a Top Tech Startup for our game-changing warehouse accelerator.”

“From seed funding rounds to launching new solutions, many of today's tech startups are poised to disrupt the supply chain space. They’re introducing new innovations, improving user experiences, and striving for that safer, smarter, more efficient supply chain," says Marina Mayer, editor-in-chief of Food Logistics and Supply & Demand Chain Executive. “The future of the supply chain industry is directly impacted by the development of these new technologies, and I’m very excited to see what’s next for these winners.”

Since going to market, AutoScheduler has won several awards from industry publications and received analyst accolades in reports. AutoScheduler is a warehouse resource planning and optimization platform that dynamically orchestrates all warehouse or distribution center activities in real time. AutoScheduler drives higher degrees of warehouse labor utilization, reduces labor costs, and increases order fulfillment rates.