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SMX and CETI Set Industry Standard for Sustainable Ready-to-Wear

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SMX (SMX) and CETI announced an industry standard for audit-proof traceability by embedding a chemical marker directly into fibers and nonwovens, linking physical identity to a blockchain-enabled digital platform.

The system enables real-time, non-destructive authentication across production, processing, dyeing, and end-of-life sorting to substantiate recycled content and circularity at scale.

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Positive

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Negative

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News Market Reaction – SMX

+0.48%
2 alerts
+0.48% News Effect
+13.3% Peak Tracked
+$124K Valuation Impact
$25.97M Market Cap
0.1x Rel. Volume

On the day this news was published, SMX gained 0.48%, reflecting a mild positive market reaction. Argus tracked a peak move of +13.3% during that session. Our momentum scanner triggered 2 alerts that day, indicating moderate trading interest and price volatility. This price movement added approximately $124K to the company's valuation, bringing the market cap to $25.97M at that time.

Data tracked by StockTitan Argus on the day of publication.

Market Reality Check

Price: $1.2400 Vol: Volume 126,685 vs 20-day ...
low vol
$1.2400 Last Close
Volume Volume 126,685 vs 20-day average 446,335 (relative volume 0.28) suggests muted trading interest ahead of this announcement. low
Technical Shares at $8.42 trade below the 200-day MA of 1870.44, sitting 99.97% under the 52-week high and 14.56% above the 52-week low.

Peers on Argus

SMX slipped 0.47% while peers showed mixed moves: LICN down 14.78%, SGRP down 8....
2 Up 1 Down

SMX slipped 0.47% while peers showed mixed moves: LICN down 14.78%, SGRP down 8.85%, NISN up 12.4%, PMAX down 0.8%, SFHG down 5.45%. Momentum scanner flags SGRP down 8.95% and PMAX/SFHG up 11.29%/7.00%, indicating stock-specific rather than coordinated sector trading.

Historical Context

5 past events · Latest: Mar 30 (Positive)
Pattern 5 events
Date Event Sentiment Move Catalyst
Mar 30 Recycled plastics tech Positive -6.0% Platform to verify recycled plastics and monetize via Plastic Cycle Tokens.
Mar 30 Economic plastics framing Positive -6.0% Positions recycled plastics as cost solution amid energy volatility and regulation.
Mar 30 Metals traceability Positive -6.0% Extends marking and tracking tech to steel and aluminum supply chains.
Mar 27 Recycled plastic economics Positive +0.4% Highlights recycled plastic as cost-competitive alternative using SMX verification.
Mar 27 Cost parity narrative Positive +0.4% Describes emerging cost parity and Plastic Cycle Tokens as tradable assets.
Pattern Detected

Recent positive-sounding technology and recycling narratives often met with negative or modest price reactions, showing a mix of alignment and divergence.

Recent Company History

Over the last week, SMX has repeatedly highlighted its molecular marking and blockchain-based traceability platform across recycled plastics and metals. On Mar 27, two news items about recycled plastic economics coincided with a modest 0.37% gain. However, three separate technology-focused releases on Mar 30 saw the stock fall 6.03%. Today’s textiles and nonwovens announcement fits the same strategic theme of verified circular materials and digital traceability.

Regulatory & Risk Context

Active S-3 Shelf · $250,000,000
Shelf Active
Active S-3 Shelf Registration 2026-03-25
$250,000,000 registered capacity

A Form F-3 shelf filed on 2026-03-25 allows SMX to offer up to $250,000,000 in ordinary shares, preferred shares, debt securities, warrants, rights, and units over time. The shelf is effective with 0 recorded usages so far, providing capacity for future capital raises without indicating any specific issuance timing or size.

Market Pulse Summary

This announcement extends SMX’s physical-digital traceability platform into nonwovens and advanced f...
Analysis

This announcement extends SMX’s physical-digital traceability platform into nonwovens and advanced fibers, embedding markers directly in materials to support verifiable circularity. It builds on prior plastics and metals initiatives highlighted around Mar 27–30. Investors may monitor how quickly deployments scale across filtration, hygiene, medical textiles, and automotive uses, while also considering the company’s recently established $250,000,000 F-3 shelf capacity.

Key Terms

nonwovens, circularity, blockchain-enabled, RFID, +1 more
5 terms
nonwovens technical
"a new standard for the nonwovens and fiber industries: audit-proof traceability"
Nonwovens are fabric-like materials made by bonding or entangling fibers rather than weaving or knitting them, producing products such as wipes, filters, medical gowns, diapers and insulation. Investors care because nonwovens are used across consumer, healthcare and industrial markets where steady demand, manufacturing scale, raw-material costs and regulatory rules can strongly affect sales and profit margins—think of them as disposable or specialized ‘paper-like’ fabrics that drive recurring revenue.
circularity technical
""circularity in nonwovens and fibers is no longer a nice-to-have narrative""
Circularity describes a situation where a company's financial resources or products are used in a loop that depends on ongoing input or support from outside sources, creating a cycle that can be hard to break. For investors, it highlights potential risks of reliance on continuous funding or external factors, which can affect the company's stability and long-term prospects. Think of it like a hamster wheel—constant movement without making real progress.
blockchain-enabled technical
"Secure digital platform: A blockchain-enabled system linking physical identity"
A product, service, or process described as blockchain-enabled uses a tamper-resistant, shared digital record to store and verify transactions or data, so multiple parties can see the same information and changes are permanently recorded. For investors this matters because it can lower costs, reduce reliance on middlemen, and increase transparency and traceability—like replacing private ledgers with a public, auditable spreadsheet—while also bringing new operational and regulatory risks to weigh.
RFID technical
"Unlike RFID tags or external product passports, SMX embeds identity"
RFID, or Radio Frequency Identification, is a technology that uses radio waves to automatically identify and track objects, animals, or people. It involves small tags or chips that emit signals when scanned, similar to a barcode but without needing direct line-of-sight. For investors, RFID enhances supply chain efficiency and inventory management, potentially reducing costs and improving business operations.
PET-based technical
"A key application is in PET-based filtration media, where SMX markers"
A pet-based product, service or business model centers on animals kept as companions — such as food, healthcare, grooming, insurance, toys and related technologies — rather than livestock or wild animals. Investors care because pet-related spending tends to be steady and resilient, like a subscription people keep for a valued household member, so companies tied to this market can offer predictable revenue and different growth drivers than other consumer sectors.

AI-generated analysis. Not financial advice.

Proven physical-digital technology scales from real-world deployments to deliver verifiable, end-to-end data

NEW YORK, NY / ACCESS Newswire / April 2, 2026 / As regulators tighten standards and sustainability claims face growing scrutiny, SMX (Security Matters), in collaboration with CETI (Centre Européen des Textiles Innovants), is introducing a new standard for the nonwovens and fiber industries: audit-proof traceability built directly into the material itself.

As highlighted in International Fiber Journal, "circularity in nonwovens and fibers is no longer a nice-to-have narrative - it is becoming a hard requirement," reflecting a broader industry shift toward systems that move beyond documentation to verifiable, audit-ready proof.

The breakthrough enables fibers and nonwoven materials to carry a permanent, verifiable identity from raw input through processing, use, and end-of-life - closing a critical gap between sustainability claims and provable data.

Traditional reporting has long relied on fragmented records and incomplete visibility across supply chains. As a result, companies often cannot fully substantiate where materials originate, how they are processed, or whether circularity claims hold up under regulatory review. That gap is now a liability.

SMX and CETI eliminate it.

From Claims to Proof: A New Standard in Traceability

SMX's patented technology embeds a chemical-based marker directly into materials, creating a tamper-proof identity that remains with fibers throughout their lifecycle. Linked to a secure digital platform, this enables real-time authentication and verification at every stage - from production to end-of-life sorting.

CETI provides independent validation and post-processing detection, ensuring traceability remains intact even after industrial transformation.

"Traceability must move beyond documentation to become intrinsic to the material itself. Only then can circularity claims be truly verified at scale."

Proven in Market. Now Scaling Further.

This model is already in operation. Over recent years, SMX has deployed its technology across fashion and textile supply chains, enabling brands to verify origin, authenticate materials, and substantiate recycled content under increasing regulatory and consumer scrutiny.

These deployments have demonstrated that embedding identity directly into materials can move sustainability from narrative to evidence-delivering real-world validation, not theoretical capability.

Building on that foundation, SMX and CETI are now extending these proven capabilities into nonwovens and advanced fiber systems, where traceability has historically been fragmented or incomplete.

Three Building Blocks of Physical-Digital Traceability

The SMX platform integrates three core components:

  • Embedded chemical marker: A unique identifier built into the material matrix

  • Reader technology: Devices capable of detecting and decoding the marker at any stage

  • Secure digital platform: A blockchain-enabled system linking physical identity to verified data

Together, they create a seamless bridge between the physical and digital worlds - ensuring data is not just captured, but trusted.

Advancing Circular Filtration Materials

A key application is in PET-based filtration media, where SMX markers are introduced during production. This enables manufacturers to track composition, verify recycled content, and monitor durability across reuse cycles.

Markers remain detectable even after dyeing, cutting, or chemical processing - supporting verification at sorting facilities and enabling higher-quality recycling streams.

Beyond Labels. Beyond Assumptions.

Unlike RFID tags or external product passports, SMX embeds identity within the material itself - eliminating reliance on labels that can be removed, lost, or manipulated.

This enables:

  • Real-time, non-destructive verification

  • Reduced dependence on manual documentation

  • Scalable deployment across multi-party supply chains

Expanding Market Relevance

The addressable market spans industries where material verification is becoming mission-critical - including filtration, hygiene products, medical textiles, automotive components, and industrial nonwovens. As regulatory frameworks tighten and recycled content mandates expand, these sectors are under increasing pressure to deliver verifiable, audit-ready data at scale.

SMX and CETI position these industries to meet that demand - without adding friction to existing production systems.

Measurable Impact for Industry

  • Verified recycled content to support regulatory compliance

  • Greater supply chain transparency and reduced fraud risk

  • Improved sorting and higher-value recycling outcomes

  • Faster audits and reduced administrative burden

A New Standard for Industrial Circularity

This is more than traceability - it redefines how materials are valued, verified, and reused across their lifecycle.

By embedding proof into the material itself, SMX and CETI are transforming circularity from a reporting exercise into an operational capability - one that enables industries to measure, validate, and monetize sustainability with confidence.

Press Contact:

Billy White
billywhitepr@gmail.com

SOURCE: SMX (Security Matters) Public Limited



View the original press release on ACCESS Newswire

FAQ

What is SMX and CETI's new traceability standard for SMX announced April 2, 2026?

It embeds a permanent chemical marker into materials for audit-proof identity, enabling verification throughout the lifecycle. According to SMX, the marker links to a blockchain-enabled platform and remains detectable after dyeing, cutting, or processing to support recycled-content claims.

How does SMX's technology verify recycled content in PET filtration media (SMX)?

The marker is introduced during PET production to track composition and recycled content across reuse cycles. According to SMX, readers can detect the marker at sorting and processing stages, improving sorting quality and enabling higher-value recycling streams.

Which industries can use SMX and CETI's embedded-marker traceability for SMX?

The addressable market includes filtration, hygiene, medical textiles, automotive, and industrial nonwovens where verification is mission-critical. According to SMX, the approach scales across multi-party supply chains without adding production friction.

How does SMX's embedded-marker approach differ from RFID tags or product passports for SMX?

It places identity inside the material matrix rather than on removable labels, preventing tampering or loss and allowing non-destructive authentication. According to SMX, this reduces reliance on manual documentation and speeds audits.

Has SMX deployed this traceability model in market before the April 2, 2026 announcement?

Yes, SMX reports prior deployments across fashion and textile supply chains that validated origin and recycled content authentication. According to SMX, those real-world deployments informed extension into nonwovens and advanced fiber systems.