In the era of increased visibility into unsustainable product life cycles, demands for transparency and more sustainable practices have grown across various industries. The textile industry is an example of an industry significantly impacted by increased visibility and demand for change, as it contributes substantially to landfill waste, water consumption, and energy consumption. This paper examines the European Union’s Digital Product Passport requirement as part of its new "Circular Economy Action Plan” to increase sustainability through transparency in the product supply chain, and how this is a crucial step in the push to a circular economy, especially when it comes to textiles. This legislation increases transparency by requiring companies producing goods within the EU to have Digital Product Passports attached physically to their products as of 2027. These passports will be accessible to consumers, companies, and governments throughout the supply chain via data carriers such as QR codes that will be on each product and will contain information on the materials used, as well as best practices to prolong the life of each product and how to recycle or properly dispose of it. This transparency enables more informed decision-making by consumers when it comes to purchasing, using, and disposing of products and supports the transition to a circular economy. However, a major challenge in implementing this tool is the need for systems to collect and store the data, which can then be presented to consumers, companies in the supply chain, and governmental bodies. Digital Asset Management systems are an example of a tool that can be used to manage this data. This paper examines Frontier, a specialized Digital Asset Management (DAM) Software used in the textile industry, as a case study to show how DAM can be utilized to manage the data required to create a digital product passport.