Driving Strategic Growth through Sustainability and Fash Tech: Maximizing Innovation and Intellectual Property Value in the Textile Industry

Review Article

Austin J Bus Adm Manage. 2024; 8(2): 1076.

Driving Strategic Growth through Sustainability and Fash Tech: Maximizing Innovation and Intellectual Property Value in the Textile Industry

Marlena Jankowska¹*; Mirosław Pawełczyk²; José Geraldo Romanello Bueno³

¹Director of the Center for Design, Fashion and Advertisement Law at the University of Silesia in Katowice, Poland

²Director of the Research Center for Public Competition Law and Sectoral Regulations at the University of Silesia in Katowice, Poland

³Mackenzie Presbyterian University in São Paulo, Brazil; Member of the Center for Design, Fashion and Advertisement Law at the University of Silesia in Katowice, Poland

*Corresponding author: Marlena Jankowska, Assoc. Prof. Assoc. Prof. – Director of the Center for Design, Fashion and Advertisement Law at the University of Silesia in Katowice, Poland. Email: Marlena.jankowska@us.edu.pl

These authors have been equally contributed to this article.

Received: September 16, 2024 Accepted: October 04, 2024 Published: October 11, 2024

Abstract

This paper explores how the integration of FashTech and sustainability is driving strategic growth in the textile industry, focusing on innovation and Intellectual Property (IP) value. It provides a regional and company-level analysis of global trends from the WIPO Green database.

Purpose: The study aims to highlight how FashTech and sustainability practices enhance innovation, IP value, and competitive advantage in the global textile industry.

Design/Methodology/Approach: The research uses the WIPO Green database to offer authored regional and company-level analyses, exploring global trends in sustainable textiles, material innovation, and IP management.

Findings: Biotech innovation, circular economy models, and IP strategies are central to driving sustainable growth in textiles, with varying regional approaches shaping global leadership.

Originality: This paper provides an in-depth, data-driven examination of how FashTech and sustainability are transforming the textile sector, offering new insights into strategic IP use and competitive positioning.

Keywords: FashTech; Sustainable textiles; Biotech innovation; Circular economy; Intellectual property (IP); WIPO Green; Material innovation; Global trends; Competitive advantage; Textile industry sustainability

Introduction

The textile industry is undergoing a transformative shift, driven by the convergence of technological innovation and the growing demand for sustainability. As environmental concerns become more central to both consumer expectations and regulatory frameworks, businesses within the sector must adapt to remain competitive. At the heart of this evolution is the integration of FashTech—technology-driven innovations that are reshaping fashion production, distribution, and consumption—with sustainable practices aimed at reducing the industry’s ecological footprint [1,3,4,7].

This paper explores how the strategic integration of FashTech and sustainability can drive growth [9] and enhance Intellectual Property (IP) value [20,21,42] across the textile industry. By leveraging cutting-edge technologies such as Artificial Intelligence (AI), Internet of Things (IoT), and blockchain [14,16,27], fashion and textile companies are not only improving operational efficiencies but also pioneering sustainable solutions that resonate with a rapidly changing market. FashTech has become a critical driver of innovation, enabling companies to adopt more sustainable production methods, streamline supply chains, and deliver greater transparency to consumers.

In tandem, this chapter will provide a detailed analysis of the global trends and innovations in sustainable textiles, drawn from the World Intellectual Property Organization’s (WIPO) Green Database. A regional analysis will highlight how different countries and regions are addressing sustainability within the textiles sector, examining key innovations, policy frameworks, and market dynamics that are shaping the global landscape. This section will investigate how regions are leveraging local resources, government policies, and industry collaborations to advance their sustainability agendas, showcasing examples of leadership in green manufacturing and eco-friendly textile innovation.

The company-level analysis will complement the regional perspective by focusing on how individual firms are capitalizing on these trends. Leading companies are using FashTech to develop sustainable business models, creating new opportunities for growth while maximizing the value of their IP. The analysis will delve into specific case studies of companies that are driving innovation through sustainability, examining their strategies for integrating technology with eco-friendly practices. These firms are setting new benchmarks in the industry, utilizing their IP portfolios [42] not only as protective measures but as assets that fuel competitiveness and long-term strategic advantage. Through this comprehensive exploration, the authors will illuminate how the combination of FashTech, sustainability, and IP management is becoming a cornerstone of strategic growth in the textile industry, offering valuable insights into the future trajectory of this rapidly evolving sector.

Surviving the Chaos: Sustainability and Innovation in the Future of Fashion

Fashion itself comes with a mixed reputation. Can such a famously superficial industry really be expected to face up to its responsibility as a major source of world pollution? Fast fashion became extremely popular in the early 2000s led by Zara and H&M [14] and, in 2017, a new concept arrived – ‘ultrafast fashion’ [49] with such retailers as Boohoo, ASOS and Missguided. To put this into a broader context, the ultra-fast fashion retailers are able to add between 100 and 45,000 products daily in their online stores [1].

Both movements encountered strong critique from those branches of social and legal scholarship that have recently given a lot of attention to sustainable development perspectives. It has been emphasised that the clothing industry cannot move on without providing compelling answers to challenging environmental questions. Recent scholarship has provided somewhat audacious visions of the future [8,31,40,44] that, to many, may seem like science fiction movie plots, but any suggestions of hyperbole can be refuted. That is to say that, in 2010, Levi Strauss & Co. partnered with the Forum for the Future initiative Action for a Sustainable World, as a result of which 4 scenarios for the clothing business [8,49] were developed:

1. ‘Slow is beautiful’ – in a low-carbon-emission world, lifestyle is more sustainable, meaning that it is à la mode for consumers to buy more expensive, but higher-quality clothes; the fabrics are made of organic natural fibres; ‘smart clothes’ are able to monitor one’s health; on the other hand there is also a strong trend towards acquiring handcrafted, vintage and second-hand clothes; apparel is bought from small or online stores; as to tracking – there is SustainGrade labelling and digital tagging that provide extensive information as to the supply chain and carbon footprint;

2. ‘Community couture’ – climate change leads to self-sufficiency; DIY garment-making skills are taught in schools; fashion is expensive due to drastically rising raw material costs; new fabrics, that is, luxurious synthetics and virgin raw materials, are certified; other than couture clothing, items are acquired second-hand (possibly with the need for tailors to adapt them), from retail stores (heavily secured), clothing libraries or the black market;

3. ‘Techno-chic’ – the world is wealthy and ultra-high-tech-oriented; fabrics are made of new high-tech, nano-tech and bio-tech, ecologically-friendly fibres; clothes are biodegradable and programmable, allowing fashion to be fast and cheap; 3D body scanners allow people to try on clothes in virtual mirrors or interactive screens and to personalize them; nanotechnology reduces the need for washing;

4. ‘Patchwork planet’ – the world is broken into cultural ‘blocks’ with regional trends exerting strong influence; fabrics are mostly manufactured locally, so supply chains are short; nanotechnology is developed; consumers purchase their clothes online; apparel can be personalised at the point of online purchase.

5. When this futuristic horizon was being created in 2010, the authors were not capable of predicting which technologies would be most important in 2025. One of the lingering questions was whether consumers would gain an interest in the sustainable growth of humankind. Today, however, as we gauge these problems a decade later, further motivated by new sustainability challenges, it is possible to present a more rounded picture of the immediate future of clothes.

Exploring the Fusion: How Emerging Technologies Are Shaping the Future of Fashion

FashTech receives a lot of publicity in popular (that is, not scholarly) literature and is often defined as a merging of fashion, design and technology [3,9,17]. It is therefore somewhat confusing, because fashion and technology have been fused since time immemorial. However, if, in this definition, the term ‘technology’ were to be replaced with ‘new technology’ it would make more sense [27]. FashTech is also defined as “any significant digital development in or for fashion” (…). It embraces the newest technical achievements used in business, such as social media, digital and mobile media, e-commerce, augmented reality, wearable technology and 3D printing [44]. Innovative fashion brands capitalize on fitting technology, virtual fitting rooms, AI-enhanced virtual shopping apps assisting consumers to tailor and select their preferred size and appearance for apparel [6,7]. Recently, ‘fashion tech’ was used as a buzzword to additionally encompass innovative technologies used throughout the supply chain.

FashTech has just recently been earmarked as worthy of scientific investigation [2,6,7,14]. It addresses three areas, each of which divides into three smaller groups of scientific research [9]:

1. Digital technology

Wearables

Circular consumption models

Connected supply chain

2. Physical technology

3D solutions

Nanomaterials

Robotics

3. Biological technology

Bio-based materials

Renewable energy and bioenergy

Biomimicry

One of the first to coalesce high fashion and new technology was Diane von Furstenberg, who, in 2013, presented a fashion collection with models wearing Google Glass. Starting with 2015, the H&M Foundation, together with Accenture and KTH Royal Institute of Technology, established Global Change Awards [25], which were informally labelled Fashion Nobel Prizes. The range of winning projects reveals the substantial amount and level of sophistication of research undertaken for the sake of sustainability in fashion. The advancement of the studies can be exemplified by these innovations, which were awarded prizes between 2016 and 2020:

1. Digital tech

− Tracing Threads (2020): blockchain technology to track and verify the use of sustainable fibres, including sustainable viscose and recycled polyester; each material batch is certified with a twin fibercoin, a digital token that can be linked to a fingerprint, ensuring a unique digital identity for the material that is sustainably produced;

− The Loop Scoop (2019): a digital system which specifies how each garment choice including material, cut and production affect the planet; the specifications are saved into a digital identity, called a circularity.ID, that can be scanned by consumers to access information about the reuse, updating and recycling of clothes;

− Scrap Mapper (2016): an online platform where textile remnants from fabric and garment production are mapped, traced and traded;

2. Physical tech

− Zero-Waste Tailoring (2020): 3D printed garments can be produced without wasting any resources and can be reused by melting them down into new fabrics again and again;

− Growing Clothes (2019): clothes that grow with a child (from 9 months to 4 years) inspired by space engineering and the folding techniques of origami;

− Algorithmic Couture (2019): AI-based system for pattern cutting;

3. Bio tech

− Incredible Cotton (2020): growing high-quality cotton in a lab, instead of on big farms, using less water and no land;

− Feature Fibres (2020): creating fabrics at the DNA level with natural colors, stretch, durability, waterproofness and other features; the proteins found in coral, jellyfish, sea anemones, turtles, oysters and even cow milk can be used to make biodegradable materials with the desired feature;

− Zero Sludge (2020): jet engine to separate and clean wastewater to eliminate toxic sludge; toxins are separated into a neat, manageable powder while the clean water is turned into a mist that can be released or reused;

− Airwear (2020): transforming carbon dioxide into sustainable polyester;

− Lab Leather (2019): biodegradable lab leather derived from Peruvian flowers and fruits; in the production process it is possible to mimic virtually any desired leather texture, color, toughness and thickness;

− Crop-A-Porter (2018): bio-textiles obtained from left-overs from the food crop harvest;

− Smart Stitch (2018): dissolvable thread makes repairing and recycling easier; a piece of clothing can be easily disassembled and the fabric can be used again;

− Fungi Fashion (2018): textile made from decomposable mushroom roots;

− Manure Couture (2017): textiles made from cellulose extracted from cow manure.

Sustainable Textiles Business: Regional Analysis of Global Trends & Innovations from WIPO Green

Data

The data was gathered from the WIPO Green database, focusing on sustainable textiles across various countries and companies. Through comprehensive analysis, key trends, innovations, and leading organizations in sustainable textile production were identified. This provided valuable insights into how different regions and businesses are advancing eco-friendly textile solutions, highlighting global contributions to sustainability efforts in the textile industry (Figure 1).

Citation: Jankowska M, Pawełczyk M, Bueno JGR. Driving Strategic Growth through Sustainability and FashTech: Maximizing Innovation and Intellectual Property Value in the Textile Industry. Austin J Bus Adm Manage. 2024; 8(2): 1076.