London’s sustainable clothing brand Pangaia, debuted its first resale platform. This platform facilitates effortless buying and selling, utilising digital IDs to catalog each item’s distinct attributes such as size, color, material, and origin, in addition to providing authenticity credentials. Reselling is further streamlined with direct links to the Rewear platform. This technology has been unveiled in partnership with the resale tech platform Archive, marking a significant milestone as the first-ever peer-to-peer resale solution of its kind. Prior to this, Pangaia collaborated with New York based start-up Eon, introducing digital IDs to their products, empowering consumers to access environmental impact information via QR codes embedded in garment care labels
Pangaia states that this digital approach has significantly enhanced consumer trust and appeal in the resale process. Maria Srivastava, the Chief Impact Officer, highlights the intention to streamline the product’s lifecycle as it changes hands multiple times. She notes that building an adequate inventory for such a program requires time.
Emily Gittins, Founder and CEO of Archive, expresses satisfaction with this stride towards circularity, emphasising that digital IDs are poised to become the industry standard as brands embrace resale ownership. She also points out that because these technologies are all about consumer experience and trust, there’s a notable growing interest among brands in adopting this approach over time.
Natasha Franck, Founder of Eon, also conveyed enthusiasm for this concept, emphasising the inevitable integration of technology into fashion. “Just as the necessity of barcodes in today’s businesses, digital IDs will be equally indispensable in future resale programs”, she states.
Srivastava describes this as Pangaia’s initial phase of their pursuit of complete circularity. She outlines their vision to establish systems and infrastructure capable of redirecting non-resellable products to a network of recycling partners. The ultimate goal is to achieve a fully closed-loop system.
