Kinaxis Inc. introduces the Kinaxis Maestro platform, the only AI-infused supply chain orchestration platform with a powerful combination of proprietary computational technologies and techniques that provides full transparency and agility across the entire supply chain — from multi-year strategic planning to last-mile delivery. An evolution of the company’s flagship platform, RapidResponse, Maestro incorporates new, modern AI technologies to help teams move faster and smarter to master the complexities of today’s modern supply chains.
"It’s a challenging time to be a business leader in supply chain. Managing the complexities of global and regional supply chains, balancing agility, cost reduction, and sustainability, and handling a steady stream of geopolitical, economic, and environmental disruptions amid a data explosion,” says Andrew Bell, chief product officer at Kinaxis. “Yet, with the right technologies, there's unprecedented potential to resolve this complexity and master uncertainty. Maestro provides total supply chain transparency, aligns advanced technology with specific challenges, and integrates diverse data—from social media sentiment to government regulations—bringing clarity to chaos so business leaders can sleep soundly at night."
Key Takeaways:
- The Maestro platform comprises three layers: a supply chain data fabric connecting internal and external data sources into a single source of truth, an always-on intelligence engine that delivers real-time insights, predictions and adaptive solutions and a seamless user interface, enabling business leaders to make faster and more valuable decisions than ever before, from anywhere and from any device.
- For example, in response to skyrocketing demand of a new EV following a high-profile celebrity endorsement, an automaker concerned about component shortages might ask ‘How do I prevent a stockout?’. Without missing a beat, Maestro’s generative AI-powered intelligent assistant will provide guidance based on supply chain best practices to ensure disruptions are absorbed and managed in real-time.
