SMX (Security Matters) Public Limited Company provides molecular marking and digital traceability technology for physical materials across supply chains. Company updates focus on embedded invisible markers, secure digital records, authentication, recycled-content verification, chain-of-custody data, and the use of material identity systems in plastics, metals, textiles, precious materials, and other industrial inputs.
Recent developments also center on the Digital Material Passport Platform, which connects marked materials to persistent digital records for origin, composition, lifecycle history, compliance reporting, and material sorting. SMX news commonly links these systems to circular-economy infrastructure, verified recycled plastics, audit-grade documentation, and tokenization concepts for real-world industrial materials.
SMX (SMX) highlights what it calls the Age of Parity, where the economics of recycled plastic increasingly compete with virgin plastic as energy and oil markets become more volatile.
The company argues that recycling should be seen as an economic supply strategy, not only an environmental goal, because recovered plastic can act as domestic feedstock when fossil-based inputs are costly or disrupted. SMX presents its molecular marking technology, Digital Material Passport and Plastic Cycle Token (PCT) as tools to give plastic a persistent identity and verifiable data on origin, composition and movement, aiming to turn plastic from waste stream to dependable industrial supply stream.
SMX (SMX, SMXWW) highlights how rising oil prices, diesel costs, supply disruptions and potential plastic taxes are turning recycled plastic from a voluntary sustainability gesture into an economic necessity.
The company describes an “Age of Parity,” where recycled and virgin plastic costs converge, pushing manufacturers to rely on verified recycled inputs to manage oil-linked price volatility. SMX’s molecular marking technology embeds invisible, durable markers into plastic and links them to blockchain-backed digital records, enabling proof of origin, composition, recycled content, chain of custody, lifecycle history and compliance. Media coverage in The Miami Herald, TIME and Forbes is cited as examining how verified recycled materials and SMX’s platform can help turn recycling claims into auditable, data-backed industrial inputs.
SMX (SMX) is introducing a molecular marking and digital identity system for gold to enhance provenance and traceability across the physical gold supply chain.
The company’s trueGold platform embeds an invisible, tamper‑resistant molecular marker directly into gold, designed to stay with the metal through refining, melting, recasting, transportation, vaulting, manufacturing, recycling and resale. This marker can be read and linked to a secure digital record documenting origin, composition, provenance and chain of custody. SMX positions the system as an added layer of trust for miners, refiners, banks, vaults, custodians, manufacturers and jewelers, and as part of its broader Digital Material Passport strategy.
SMX (SMX) announced an expanded Digital Material Passport platform that connects physical plastics, marked with invisible molecular identifiers, to blockchain-backed digital records and potential markets for verified material assets and circularity credits.
The system progresses from material to passport, blockchain, market and credit, enabling authenticated data on origin, composition, chain of custody, recycled content and lifecycle. A new client program lets companies submit their own plastic to be marked, authenticated and linked into the platform, demonstrating how verified lifecycle events can support compliance, material trading, real-world asset digitization and Plastic Circularity Credits.
SMX (SMX) launched the plastics application of its four-layer Digital Material Passport Platform (DMPP), designed to give plastic a persistent, verifiable identity across its lifecycle.
The platform links four connected layers – Material → Passport → Market → Credit – by embedding molecular markers in plastic, creating Digital Material Passports, enabling trading of verified recycled plastic as a real-world asset, and supporting plastic circularity credits tied to evidenced recycling or reuse. SMX is also opening a global client experience and free trial program so companies can mark, verify and certify their own plastic material using the system.
SMX (SMX) highlights its Digital Material Passport Platform, which embeds invisible molecular markers into materials to give them a persistent identity and linked digital record throughout their economic lifecycle.
The company positions this technology as infrastructure for the emerging “Age of Parity,” where authenticated recycled materials can compete economically with virgin materials. The passport links physical items to data such as origin, composition, recycled content, chain of custody, authentication history and lifecycle events, supporting recycling verification, compliance and supply-chain transparency.
SMX is extending this infrastructure via a recycled-plastic ecosystem and its Plastic Cycle Token, connecting authenticated physical material and lifecycle activity to measurable digital economic value and enabling tokenization of real-world assets.
SMX (SMX) outlines how changing economics are making plastic recycling a financial necessity rather than only a sustainability choice. Rising costs tied to war, oil price volatility, inflation, supply-chain disruption, transportation, tariffs and potential plastic taxes are eroding the historical cost advantage of virgin plastic, creating what SMX calls the "Age of Parity" between virgin and recycled material.
SMX positions its molecular marking and digital identity platform as a way to authenticate and trace recycled plastic, linking physical material to secure data on origin, composition, recycled content, chain of custody and compliance. The company argues that verified recycled plastic can become a cost-control tool in manufacturing by providing a dependable alternative input with provable characteristics.
SMX (SMX) highlights how changing oil and petrochemical economics are making recycled plastic cost-competitive with virgin plastic, a shift it calls the “Age of Parity.” In this environment, existing plastic waste is presented as a valuable secondary feedstock rather than a pure disposal problem.
SMX embeds invisible molecular markers into plastic to create a persistent material identity, enabling authentication of composition, origin and recycled content. Its Digital Material Passport links this identity to a digital lifecycle record, while its Plastic Cycle Token connects certified recycling activity to a digital credit mechanism. Together, these systems are positioned as infrastructure for large-scale circular manufacturing and more affordable reuse of plastic already in the global economy.
SMX (NASDAQ:SMX) outlines how its molecular marking and Digital Material Passport technologies can support the next phase of the "Made in America" movement by embedding invisible identities in solids, liquids and gases to authenticate origin, composition and chain of custody across manufacturing, distribution, recycling and reuse.
According to SMX, these solutions can help manufacturers demonstrate domestic sourcing, verify recycled inputs within the U.S. economy, and keep valuable materials circulating in American production, potentially shifting "Made in America" from a marketing label toward an authenticated material standard built on traceability and supply-chain transparency.
SMX (NASDAQ:SMX) presents its molecular traceability and Digital Material Passport technology as a way for the luxury sector to prove authenticity and provenance directly through physical materials rather than relying only on external documents or packaging.
According to SMX, invisible molecular markers can be embedded in textiles, leather, precious metals and other materials, creating a persistent identity that can be detected and linked to secure digital records. The company positions this physical-to-digital connection as supporting emerging Digital Product Passport frameworks, circular fashion models and the growing resale economy by maintaining continuity of information about origin, composition, chain of custody and lifecycle history as products are resold, repaired, recycled or remanufactured.