New SaaS platform manages supply chain from procurement to the last mile, company says

© Shutterstock

Osa Commerce, a supply chain technology provider, announced Monday it has launched a new commerce platform that enhances supply chain visibility and management from a single dashboard.

Osa said its platform, the Osa Unified Commerce Platform, would provide enterprise retailers, brands and logistics partners with a single platform that manages their supply chain from procurement to last mile through a highly responsive, cloud-native, tech-agnostic infrastructure. The company said the platform is able to handle “dynamic volume patterns with stable and consistent performance.”

“The Osa Unified Commerce Platform is an integrated, data-first approach platform providing true end-to-end visibility and exchange of information from a single source of truth,” said Padhu Raman, co-founder and chief product officer at Osa Commerce. “We empower brands, retailers, service providers, vendors, and manufacturers to resolve supply chain issues and anticipate customer and potential incidents in real-time.”

The company said recent years have shown the impact supply chain disruptions can have on the global economy, and how the rise in e-commerce and consumer expectations has shown that businesses need to ensure their technology is prepared for worst-case and best-case scenarios.

Recent reports from Gartner have shown that adapting to new technology is the most important strategic change for the supply chain industry and that “50 percent of supply chain organizations will invest in applications that support artificial intelligence and advanced analytics capabilities.”

“In addition to operations management, speed, reliability and security are an integral part of the Osa Unified Commerce Platform,” Shlomi Amouyal, co-founder and chief technology officer at Osa Commerce, said. “We have introduced MassTransit technology into Osa UCP for fast, responsive, real-time transactions, securely built with the best encryption available like Diffie-Hellman and tokenization protocols.”