Christopher Learey's Colleagues at Moteefe
Christopher Learey's Contact Details
Moteefe
Christopher Learey's Company Details
Founded in 2015, Moteefe provides a unique end-to-end e-commerce platform designed for merchants of all sizes – from individual entrepreneurs to larger retailers – to turn their brand and creative designs into globally available merchandise in minutes. For more information please visit our notion page: https://boatneck-town-9a2.notion.site/Information-for-Applicants-b80934dbce7d49bc80f618ce1ff18b96Moteefe's unique platform allows clients to easily design new products and publish them instantly to the landing pages and highly customisable white-label e-commerce stores included within the Moteefe platform, or to a third-party e-commerce store solution of the client's choice. With offices in London, Lisbon and Hanoi, and several fulfilment partners around the world, Moteefe's successes have been recognised as a Deloitte Technology Fast 50 and Technology Fast 500 EMEA company. Production is on-demand means that sales can be made before the item is produced. When consumers order the client's products, the platform seamlessly manages production and fulfilment on an on-demand just-in-time basis across its unrivalled global network of top-tier production partners. Every order is assessed and routed rapidly to the optimal partner, being produced as close to the end-consumer as possible. The client has no production or fulfilment responsibilities; the platform takes care of the heavy lifting, allowing the client to focus on product design and marketing.This integrated end-to-end technology is the heart of the Moteefe proposition and provides unparalleled advantages for clients:• No upfront investment or inventory requirement• Rapidly test and scale unlimited numbers/variations of products• Ability to deliver a consistent and harmonised product portfolio to a global customer base• Extreme segmentation and customer-centric retailing• Overage or underage costs from production partners are eliminated by aggregation of volume