The construction sector is a major consumer of natural resources and asignificant contributor to environmental degradation through resource depletion,waste generation, and greenhouse gas emissions. As the industry shifts towardsustainable and circular practices, improving material traceability and resourceefficiency becomes crucial. Digital Tracking Technologies (DTT) offer a promisingsolution, yet their adoption in the precast concrete sector remains limited,necessitating an in-depth examination of influencing factors. This study exploresDTT adoption in Sweden’s precast concrete industry, addressing a criticalgap in understanding how digital technologies support Circular Economy (CE)objectives. By identifying key barriers and drivers, the research provides a holisticview of the challenges and opportunities shaping this transition. A mixedmethodsapproach was employed, integrating bibliometric analysis, social mediasentiment analysis, and stakeholder interviews. Data analysis was conducted usingVOS Viewer, Orange Data Miner, and NVivo, while findings were interpretedthrough a sociotechnical lens. The study utilizes PESTLE and SWOT analyseswithin the Multi-Level Perspective (MLP) framework to examine dynamics atthe niche, regime, and landscape levels. Findings highlight systemic barrierssuch as high investment costs, fragmented infrastructure, limited knowledge,and cultural resistance. However, opportunities exist, including enhancedoperational efficiency, improved information dissemination, CE alignment,supportive policies, and targeted incentives. Innovations like RFID tags, QR codes,and Digital Product Passports can enhance material traceability and circularity.Given regime inertia and landscape pressures, cohesive policy interventions andindustry collaboration are essential. This study provides actionable insights forindustry stakeholders, policymakers, and sustainability advocates to advancedigital innovation and sustainable construction practices.