SMX Gives Material a Material; Digital Platform Makes Plastic a Passport and a Tradable Asset
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.
Rhea-AI Summary
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.
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Historical Context
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Digital passport linked authenticated materials to lifecycle data and digital economic value
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Authentication platform positioned recycled plastic as an economically competitive input
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Digital passport and token connected authenticated recycling activity to digital value
24h Move is the share-price change in the day after each event; other market factors may also have contributed.
Key Terms
blockchain technical
digital product passport technical
erp technical
api-driven technical
AI-generated analysis. How Rhea-AI works. Not financial advice.
Expanded platform evolves the Digital Material Passport from material authentication / verification into a bridge connecting physical plastics to blockchain-backed digital identity, verified circularity credits
NEW YORK CITY, NY / ACCESS Newswire / September 8, 2026 / SMX is taking its plastics technology beyond authentication, expanding its Digital Material Passport platform into an infrastructure that connects physical materials to the digital blockchain and, ultimately, to new markets for verified material assets.
The evolution represents a significant step beyond the passport itself. SMX's technology was designed to give plastic a persistent identity in the physical world, using molecular markers to authenticate what a material is, where it came from and how it moves through its lifecycle. The expanded platform now carries that identity into the digital world, creating a blockchain-linked record that can follow the material into verified markets, real-world asset applications and circularity credits.
In effect, SMX is building a bridge between physical material and digital value. A piece of plastic no longer has to exist only as an anonymous commodity whose history disappears as it moves through a supply chain. Its physical identity can be authenticated, translated into a Digital Material Passport and connected to a digital ecosystem where its provenance, composition and lifecycle become verifiable data with potential commercial value.
The expanded model creates a continuous progression:
Material → Passport → Blockchain → Market → Credit
SMX is also opening a new client experience around the platform, allowing companies to bring their own plastic into the process and test how it can be marked, identified, authenticated and connected to a Digital Material Passport. The experience is intended to demonstrate the complete system rather than an isolated technology, from the first molecular marker through verification, blockchain connectivity, lifecycle tracking and potential commercial applications.
At the first layer is SMX's molecular marking technology, which gives plastic a persistent physical identity. Invisible molecular markers are embedded directly into the material, allowing it to be authenticated later rather than relying exclusively on labels, certificates, invoices or supplier declarations.
The second layer is the Digital Material Passport Platform (DMPP), launched by SMX earlier this year. The DMPP connects that physical identity to a secure digital record containing information including origin, composition, chain of custody, recycled content, manufacturing history and lifecycle status.
The platform includes interactive dashboards for visibility across operations, blockchain-backed transaction timelines, data export capabilities, integrated management of compliance and audit documents, and lifecycle mapping from raw material through finished product and subsequent reuse cycles. Its modular, API-driven architecture is designed to integrate with existing enterprise and ERP systems.
That is an important distinction in the rapidly developing Digital Product Passport market. SMX is not simply creating a digital record about a material. Its system is designed to connect the record back to an identifier embedded in the physical material itself.
The next layer is Market.
Once the identity, composition, provenance and recycled content of plastic can be verified and carried into a blockchain-backed digital record, SMX's infrastructure is designed to allow that authenticated material to participate in digital and real-world asset markets. Instead of trading plastic based primarily on documentation and representations, buyers and sellers can potentially transact material carrying verifiable information about what it actually is.
The final layer is Credit, connecting verified recycling and reuse to SMX's circularity infrastructure.
Through its Circularity-as-a-Service platform, SMX is building the ability to document and certify plastic as it moves through recovery and reuse. Verified circularity events can then provide the underlying evidence for Plastic Circularity Credits, creating a potential economic value for an activity that historically has been difficult to prove consistently.
Together, the layers create a continuous chain:
The material is marked. The passport records it. The blockchain carries its identity into the digital world. The market recognizes it. The credit captures verified circularity.
ONE PLATFORM, MULTIPLE COMMERCIAL FUNCTIONS
The significance of the new client experience is that companies can now see those functions operating as parts of the same infrastructure.
A manufacturer could mark plastic at production and connect it to a Digital Material Passport. A converter or brand could authenticate its composition and origin. A recycler could verify the same material when it returns through a recovery stream. Its recycled content and lifecycle could remain associated with the material as it enters another production cycle.
The resulting verified data can support compliance and certification, but SMX is designing the infrastructure to go further: into material trading, real-world asset digitization and circularity credits.
That broader commercial capability is particularly relevant as recycled and virgin plastic enter what SMX calls the Age of Parity. War, oil and energy volatility, inflation, tariffs, petrochemical disruption, transportation costs and supply-chain pressure have changed the traditional economics of virgin plastic. At the same time, recycled-content mandates, plastic taxes and other regulatory pressures are increasing the economic importance of recovered material.
The result is a market in which recycled plastic can increasingly compete with virgin material on economics, not simply environmental preference.
And when recycled plastic has greater economic value, proving that it is actually recycled becomes considerably more important.
That is the problem SMX's platform is built to address.
The company is effectively connecting two markets that have traditionally operated separately: the physical plastics economy and the digital economy built around data, verification and increasingly tokenized real-world assets.
A ton of recycled plastic is still a ton of recycled plastic. But when its identity, composition, provenance, chain of custody and recycling history can be independently authenticated and carried with it into the digital world, it becomes a materially different commercial proposition.
COMPANIES CAN NOW PUT THEIR OWN PLASTIC THROUGH THE SYSTEM
SMX's new client experience is designed to make that proposition tangible.
Companies participating in the program can provide their own plastic material and experience how SMX molecularly marks it, authenticates it and connects it to the Digital Material Passport infrastructure.
That gives polymer producers, packaging companies, manufacturers, brands, recyclers and other participants in the plastics economy an opportunity to evaluate the technology using material from their own operations rather than through a generic demonstration.
The trial also provides a practical view of the larger SMX architecture: how physical verification feeds a digital passport, how that passport carries authenticated material identity onto the blockchain, how that digital identity can support verified material markets and how verified lifecycle events can ultimately support circularity credits.
It is the difference between being shown a platform and putting your own material through it.
ABOUT SMX (SECURITY MATTERS) PLC
SMX (Security Matters) PLC (NASDAQ:SMX) develops molecular traceability and material authentication technologies designed to strengthen supply-chain transparency and integrity across global industries. Its platform embeds invisible molecular markers directly into physical materials-including solids, liquids, and gases-allowing them to carry a persistent identity that can be detected and verified throughout their lifecycle.
Contact: Billy White / billywhitepr@gmail.com
SOURCE: SMX (Security Matters) Public Limited
View the original press release on ACCESS Newswire
FAQ
How does SMX give plastic a persistent physical identity?
SMX embeds invisible molecular markers directly into plastic, allowing the material to be authenticated later without relying solely on labels, certificates, invoices or supplier declarations. These markers form the physical identity that the Digital Material Passport Platform connects to a secure digital record.
What information can be stored in the Digital Material Passport Platform (DMPP)?
The DMPP can hold data on a material’s origin, composition, chain of custody, recycled content, manufacturing history and lifecycle status. It also offers interactive dashboards, blockchain-backed transaction timelines, data export, integrated management of compliance and audit documents, and lifecycle mapping from raw material through reuse cycles.
How is blockchain used in SMX’s platform for plastics?
Once a plastic’s identity, composition, provenance and recycled content are verified, the platform creates a blockchain-linked record that can follow the material into digital and real-world asset markets. This record is designed to let buyers and sellers transact using verifiable information about the material rather than relying primarily on documentation and representations.
What are Plastic Circularity Credits in the SMX system?
Through its Circularity-as-a-Service platform, SMX documents and certifies plastic as it moves through recovery and reuse. Verified circularity events can then provide the evidence for Plastic Circularity Credits, which are intended to create potential economic value from recycling and reuse activities that have historically been difficult to prove consistently.
What can companies do in SMX’s new client experience program?
Companies can supply their own plastic material and see how SMX molecularly marks it, authenticates it and connects it to the Digital Material Passport infrastructure. This trial allows polymer producers, packaging firms, manufacturers, brands and recyclers to evaluate the technology using their own operations’ material and to view how physical verification feeds the passport, blockchain linkage, market participation and circularity credit functions.