Smart Textile Technology Landscape 2026 — PatSnap Eureka
Smart Textile Technology Landscape 2026
From electronically reconfigurable garments to thermochromic fabrics and metaverse digital twins — explore the patent signals shaping smart textile innovation, powered by PatSnap Eureka.
Four Intersecting Smart Textile Innovation Domains
Smart textile innovation in this dataset clusters around electronically reconfigurable garments, temperature-responsive materials, digital twin interfaces, and connected wearable accessories — each representing a distinct technical pathway.
Electronically Reconfigurable Garments
The core mechanism integrates a flexible or e-textile display layer into the fabric structure, paired with a wireless data link to a user terminal and a cloud-based design database. The user selects or downloads new designs — colors, images, text — which are transmitted to the garment and rendered in real time. PatSnap's IP analytics platform can map the full claim landscape for this cluster.
Samsung Electronics · 2017 & 2023 KR filingsTemperature-Responsive & Material-Adaptive Fabrics
This cluster focuses on intrinsic material intelligence rather than electronic overlays. ZOZO's 2024 JP patent discloses a layered architecture with thermochromic (leuco-dye) color-changing layers and individually heatable zones, allowing localized and programmable visual design change in response to temperature without an external display substrate.
ZOZO Co., Ltd. · 2024 JP filingAugmented Reality & Digital Twin Textile Interfaces
This cluster covers the digital extension of physical textiles — embedding AR triggers in fabric designs or creating digital twin garment models for virtual fitting, metaverse deployment, and AI-driven design generation. Welspun India Limited's patent embeds design-object identifiers directly into physical textile patterns that activate multi-level AR content via a processor.
Welspun India · Park Il-Ho · Namo WebbizConnected Wearable Accessories
This cluster extends smart textile concepts into discrete wearable accessories — hybrid smartwatches combining analog and digital display layers, smart glasses with dispensable functional material cartridges, and smart backpacks with integrated connectivity platforms. These represent the accessory periphery of the smart textile ecosystem.
Google LLC · Wasabi Co., Ltd. · Richard OInnovation Signals at a Glance
Key quantitative patterns extracted from the PatSnap Eureka smart textile dataset, spanning assignee distribution, technology cluster depth, and filing period acceleration.
Patent Distribution by Technology Cluster
AR & Digital Twin filings lead the dataset with 5 entries, followed by Electronically Reconfigurable Garments (4) and Connected Wearables (3).
Top Assignees by Filing Activity
Samsung Electronics leads with 2 confirmed filings spanning 2017–2023. ETRI, Park Il-Ho, and Nignass Co., Ltd. each contribute 2 filings. Multiple assignees hold single-filing positions.
Filing Velocity by Year (Representative Entries)
Patent filings in the dataset accelerate from 2021 onward, with 2024–2025 representing the densest period of new smart textile IP activity.
Patent Filing Jurisdiction Distribution
South Korea (KR) dominates the dataset with the large majority of filings. Japan (JP) and Europe (EP) each contribute one substantive entry.
From Foundational Filings to Emerging Bio-Material Convergence
Among retrieved results, the filing timeline spans from approximately 2015 to early 2026, with the bulk of directly relevant smart textile patents concentrated between 2017 and 2025. The foundational period (2015–2017) is anchored by Samsung Electronics' smart clothing design-change system and the Electronics and Telecommunications Research Institute's virtual digital clothing experience server — both filed in South Korea.
The development and diversification period (2018–2022) introduced the smart backpack with integrated connectivity (Wasabi Co., Ltd., 2018), Welspun India Limited's AR-linked interactive textile (2021, EP), the 3D fabric-type flexible display (Yang Ki-Dong, 2021), and NFT-based metaverse clothing (Park Il-Ho, 2022). This period reflects a broadening of the application domain beyond pure garments into accessories, home textiles, and digital commerce.
The recent and emerging period (2023–2026) is characterised by Samsung's 2023 refiling, ZOZO's 2024 thermochromic patent, and the 2025 mycelium fabric NFT from Save Us Co., Ltd. — the first entry combining biological material innovation with blockchain-based digital identity. According to WIPO, wearable technology patent filings have grown significantly in recent years, a trend this dataset corroborates. The field is clearly moving from purely electronic reconfigurability toward material intelligence and sustainable smart substrates.
The 2026 MBTI-based customized clothing patent from Biz Model Line Co., Ltd. extends AI personalization into the fabric pattern itself — generating novel patterns from personality type data, suggesting smart textile manufacturing is being pulled toward mass customization at the weave and print layer. PatSnap's life sciences intelligence tools can help map adjacent bio-material IP in this space.
Where Smart Textiles Are Being Deployed
Patent filings in this dataset span five distinct application domains — from fashion and consumer clothing to metaverse digital commerce and sustainable bio-based substrates.
Fashion & Consumer Clothing
The dominant application domain. Electronically reconfigurable clothing and AI-driven personalized pattern generation directly target the consumer fashion market. Samsung Electronics' repeated filings on design-switchable smart clothing anchor the high-end fashion-technology intersection. The 2026 MBTI-based customized clothing patent extends personalization to psychographic profiling.
Interior Design & Home Textiles
Welspun India Limited's interactive textile article specifically extends into home furnishing and interior design contexts — embedding AR triggers into decorative textile products including rugs and linens. ZOZO's thermochromic patent explicitly cites wallpaper and automotive interior as application contexts alongside clothing.
South Korea Defines the Near-Term Smart Textile IP Map
Among the directly relevant smart textile patents in this dataset, the jurisdiction breakdown is heavily skewed toward South Korea (KR), which accounts for the large majority of filings. Japan (JP) contributes one substantive smart textile entry (ZOZO), and Europe (EP) contributes one (Welspun India Limited, filed via the European Patent Office).
Samsung Electronics is the most prominent corporate assignee in the smart garment sub-domain, with at least two filings spanning 2017 and 2023, indicating sustained multi-year R&D commitment to electronically reconfigurable clothing. ZOZO Co., Ltd. — a fashion e-commerce operator — filed an advanced thermochromic smart textile patent in 2024, signaling upstream materials R&D ambitions unusual for a retail platform.
The concentration of KR filings among individual inventors, SMEs, and academic spin-offs — alongside Samsung and ETRI — suggests an innovation ecosystem that is broadly distributed domestically, rather than concentrated in one or two dominant players. Non-Korean actors seeking freedom to operate in this space should monitor KR filings actively, particularly given that many KR patents from individual inventors and small companies may be available for licensing or acquisition. PatSnap customers use our platform to track exactly these kinds of emerging inventor networks. The PatSnap analytics suite provides assignee mapping and citation network tools for this purpose.
According to the Korean Intellectual Property Office (KIPO), South Korea has been among the top global filers in wearable and smart device technology categories — a trend clearly reflected in this smart textile dataset.
Four Innovation Signals Defining the Next Wave
Based on the most recent filings in this dataset, four directional signals stand out as defining the trajectory of smart textile innovation through 2026 and beyond.
Material Intelligence via Thermochromics
ZOZO's 2024 JP filing on a layered thermochromic textile with individually addressable heating zones represents a shift from overlay-based electronic textiles toward intrinsically smart materials. This approach eliminates the need for a separate display substrate, reducing mechanical complexity and improving textile hand feel.
ZOZO · 2024 JP · Leuco-dye layersSustainable Bio-Material Smart Textiles with Digital Identity
The 2025 mycelium fabric NFT patent from Save Us Co., Ltd. (KR) is the first entry in this dataset combining biological material innovation with blockchain-based digital identity. The unique, non-reproducible patterns of mycelium growth are explicitly treated as a fingerprint for NFT issuance — a new paradigm where bio-material variability becomes an authentication asset.
Save Us Co., Ltd. · 2025 KR · White-space opportunityMetaverse & 3D Digital Garment Twins
Three filings from 2024–2025 specifically address AI-assisted conversion between physical and digital garment representations — forming a coherent cluster signaling that the pipeline from physical textile to metaverse-deployable digital asset is being systematically engineered by SMEs in Korea.
Nignass Co., Ltd. · Namo Webbiz · 2024–2025 KRPsychographic & AI-Personalized Textile Customization
The 2026 MBTI-pattern-generation clothing patent extends AI personalization into the fabric pattern itself — not just recommending existing garments, but generating novel patterns from personality type data. This suggests smart textile manufacturing is being pulled toward mass customization at the weave and print layer.
Biz Model Line Co., Ltd. · 2026 KR · MBTI-driven patternsWhat This Patent Landscape Means for Your R&D Strategy
| Sub-Domain | Key IP Signal | Strategic Implication | Action |
|---|---|---|---|
| Electronically Reconfigurable Garments | Samsung Electronics holds a multi-year head start in the Korean domestic market with filings in 2017 and 2023 | Entrants should conduct FTO analysis around the flexible display + wireless design control system architecture, particularly claims covering server-to-garment design transmission pipelines | FTO Analysis Required |
| Thermochromic Materials | ZOZO's 2024 patent signals that fashion-native companies — not just electronics firms — are beginning to own smart textile materials IP | If thermochromic layers become the preferred mechanism for design-variable garments, fashion platform companies may control key upstream materials patents | Monitor Closely |
| Metaverse Garment Twins | The digital twin pipeline is being built by SMEs and individual inventors in Korea, not established fashion houses | Creates an acquisition or licensing opportunity for luxury brands and major fashion platforms seeking to establish digital garment identity infrastructure | Licensing Opportunity |
Need FTO Analysis for Smart Textile IP?
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Smart Textile Technology Landscape — key questions answered
Smart textile innovation clusters around four intersecting sub-domains: electronically reconfigurable garments whose visual design can be changed on-demand via connected devices; temperature-responsive and material-adaptive fabrics that change properties based on thermal stimuli; digital and virtual textile representations enabling 3D modeling, metaverse deployment, and NFT tokenization of garment assets; and connected wearable accessories and smart mirrors that augment the physical wearing experience with AR/AI overlays.
Samsung Electronics is the most prominent corporate assignee in the smart garment sub-domain, with at least two filings spanning 2017 and 2023, indicating sustained multi-year R&D commitment to electronically reconfigurable clothing. ZOZO Co., Ltd. filed an advanced thermochromic smart textile patent in 2024. Welspun India Limited filed an interactive AR textile system through the European Patent Office in 2021. The Electronics and Telecommunications Research Institute (ETRI) contributed foundational digital clothing avatar experience patents in 2015 and 2017.
The ZOZO patent discloses a layered architecture with thermochromic (leuco-dye) color-changing layers and individually heatable zones, allowing localized and programmable visual design change in response to temperature without an external display substrate. This approach eliminates the need for a separate display substrate, reducing mechanical complexity and improving textile hand feel.
NFT-tokenized digital garments enable brand authentication, cross-platform trading, and virtual try-on in metaverse environments. The digital twin clothing asset generation system further formalizes this pathway from physical garment to blockchain-registered digital asset. The 2025 mycelium fabric NFT patent from Save Us Co., Ltd. combines biological material innovation with blockchain-based digital identity, where the unique, non-reproducible patterns of mycelium growth are explicitly treated as a fingerprint for NFT issuance.
Among the directly relevant smart textile patents in this dataset, the jurisdiction breakdown is heavily skewed toward South Korea (KR), which accounts for the large majority of filings. Japan (JP) contributes one substantive smart textile entry (ZOZO), and Europe (EP) contributes one (Welspun India Limited, filed via the European Patent Office). The concentration of KR filings among individual inventors, SMEs, and academic spin-offs — alongside Samsung and ETRI — suggests an innovation ecosystem that is broadly distributed domestically, rather than concentrated in one or two dominant players.
Based on the most recent filings in this dataset (2024–2026), four directional signals stand out: material intelligence via thermochromics and responsive layers; sustainable bio-material smart textiles with digital identity; metaverse and 3D digital garment twins being systematically engineered by SMEs; and psychographic and AI-personalized smart textile customization, including a 2026 MBTI-pattern-generation clothing patent that generates novel patterns from personality type data.
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References
- Smart Clothe, User Terminal, System Comprising the Same and Smart Clothe Design Changing Method — Samsung Electronics, 2017, KR
- Smart Clothe, User Terminal, System Comprising the Same and Smart Clothe Design Changing Method — Samsung Electronics, 2023, KR
- Smart Textile and System — ZOZO Co., Ltd., 2024, JP
- Interactive Textile Article and Augmented Reality System — Welspun India Limited, 2021, EP
- NFT-Based Metaverse Clothing Information Generation System and Method Therefor — Park Il-Ho, 2022, KR
- NFT-Based Metaverse Clothing Information Generation System and Method Therefor — Park Il-Ho, 2023, KR
- Design System for Smart Wear — Lee Seung Woo, 2017, KR
- 3D Fabric Printing Type Flexible Display Apparatus, and Display Control System for the Same — Yang Ki-Dong, 2021, KR
- Smart Device and Virtual Experience Providing Server Provide Virtual Experience Service Method Using Digital Clothes — Electronics and Telecommunications Research Institute, 2015, KR
- Smart Device and Virtual Experience Providing Server Provide Virtual Experience Service Method Using Digital Clothes — Electronics and Telecommunications Research Institute, 2017, KR
- Digital Twin Device, Method and Computer Program for Creating Clothing 3D Digital Assets — Namo Webbiz Co., Ltd., 2024, KR
- Method and Apparatus for Converting 3D Clothing Data Based on Artificial Intelligence Model — Nignass Co., Ltd., 2024, KR
- Method and Apparatus for Converting 3D Clothing Data to 2D Clothing Drawing Data Based on Metaverse Platform — Nignass Co., Ltd., 2025, KR
- Service for NFTizing Image Data of Mycelium Fabric Resulting from Mycelium Mat Cultivation and Post-Processing Technologies, and its Sales Method — Save Us Co., Ltd., 2025, KR
- System and Method for Providing Dyeing Information Based on Big Data with Dyeing Fibers — Dyetec Research Institute, 2023, KR
- Visualizing the User Interface on Hybrid Smartwatches — Google LLC, 2020, KR
- Smart Glasses — Richard O, 2020, KR
- Smart Backpack — Wasabi Co., Ltd., 2018, KR
- Method for Providing Customized Clothing by Using MBTI Information — Biz Model Line Co., Ltd., 2026, KR
- World Intellectual Property Organization (WIPO) — Wearable Technology Patent Trends
- European Patent Office (EPO) — Smart Textile and Wearable Technology Patent Database
- Korean Intellectual Property Office (KIPO) — Wearable and Smart Device Filing Statistics
- Electronics and Telecommunications Research Institute (ETRI) — Digital Clothing and Virtual Experience Research
All data and statistics on this page are sourced from the references above and from PatSnap's proprietary innovation intelligence platform. This landscape is derived from a limited set of patent and literature records retrieved across targeted searches and represents a snapshot of innovation signals within this dataset only.
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