SMX Develops AI Platform to Enhance Recycling Industry
News related to:SMX (Security Matters) Public Limited · 2 min read
NEW YORK, November 10, 2026 /CourierPR/ -- SMX, a company focused on material authentication and supply chain transparency, is developing an AI-powered platform to address global recycling challenges. The platform, named SMX Scientific Intelligence (SMX SCI), aims to enhance the research, evaluation, and selection of industrial materials, particularly recycled plastics.
According to SMX, the initiative is part of the company's broader strategy to support the development of global standards for certified recycled plastics. The platform will integrate scientific analysis with molecular marking technology and digital records to track materials throughout their lifecycle. SMX expects to begin deploying the platform internally during the first quarter of 2027, with full operations and a limited commercial offering targeted for the second quarter of the same year, subject to successful development and testing.
The new platform will address the critical issue of material quality and compatibility for manufacturers incorporating recycled materials into their production processes. SMX SCI will provide an AI-powered scientific resource covering chemical agents, additives, molecular markers, and supplementary materials used in material identification, tracking, and product enhancement. By screening potential materials and identifying compatibility concerns earlier in the development process, the company aims to reduce laboratory workloads and shorten research and development timelines.
Additionally, SMX SCI will support preliminary regulatory assessments across markets including the United States, European Union, Canada, Japan, Australia, and Singapore. However, final material suitability and regulatory compliance will still require appropriate testing, validation, and regulatory review.
To connect materials with reliable digital records, SMX SCI will operate alongside the company's molecular marking and Digital Material Passport technologies. The molecular marking technology provides persistent identification to physical materials, while the digital infrastructure connects that identity to records containing information about composition, origin, quality, and lifecycle history. Together, these capabilities are intended to support material identification and traceability through manufacturing, distribution, recovery, recycling, and reuse.
SMX envisions AI supporting future commercial applications involving recycled materials, including the planned development of Plastic Circularity Credits and AI-enabled capabilities intended to support their creation, management, and trading. By analyzing recycling data, material characteristics, regulatory requirements, and market demand, these capabilities could help assess credit eligibility, improve price discovery, and connect buyers with suitable certified recycled materials and associated credits. These initiatives remain under development, and their commercial potential will depend on successful implementation and market adoption.
The company's broader technology infrastructure has potential applications beyond plastics, including packaging, precious metals, electronics, semiconductors, and other industrial materials. Through SMX SCI, the company intends to connect scientific research, physical material identification, and digital verification while expanding its capabilities into AI-powered material intelligence.