Data Traceability Becomes a New Competitive Advantage for Textile Businesses

For many years, traceability was often viewed as a requirement for quality control or for completing export documentation. However, this approach is changing. In the textile industry, data on fibers, dyes, finishing processes, energy consumption, emissions and product life cycles is increasingly becoming part of the value of goods, rather than merely documentation stored behind an order.

This shift is being driven by two parallel factors. On the one hand, international brands and retailers want greater control over environmental, labor and raw-material risks in their supply chains. On the other hand, new policies in major markets are moving sustainability requirements from the scope of voluntary commitments toward criteria that can be verified through data.

For Vietnamese textile businesses, this creates a challenge that goes beyond meeting a set of documentation requirements. Businesses need to know what data must be collected, at which stage the data is generated, who is responsible for verifying it and how information from raw-material suppliers can be connected to the records of the finished product.

From Export Documentation to Data Covering the Entire Product Life Cycle

Textile production chains typically involve multiple layers of businesses. Fibers or yarn may be supplied by one company, while fabric is woven and dyed by another before being sent for cutting and sewing, finishing, packaging and distribution. Each stage generates its own set of data, but that data is not always standardized or connected.

In the traditional model, manufacturers tend to focus on information directly related to an order: product codes, raw-material consumption norms, quality inspection results, delivery documents and export records. These are necessary data, but they do not fully reflect the product’s impact across the entire value chain.

A broader traceability system may include the origin of the fiber, the composition of the materials, the dyeing process, the types of chemicals used, water and energy consumption, wastewater treatment methods, the proportion of waste, and the conditions for repairing or reusing the product. Not all information needs to be disclosed to consumers, but businesses need to be able to determine which data must be provided to customers, regulators or independent assessors.

This is an important distinction between “having documentation” and “having traceability capabilities.” Documentation may prove a transaction or a batch of raw materials at a particular point in time. Traceability capabilities require a business to connect relevant data, update it consistently and explain the relationship between input materials and the finished product.

European Policies Increase the Demand for Transparency

The European Union is developing a policy framework to incorporate sustainability into product design and circulation. The Ecodesign for Sustainable Products Regulation provides a basis for establishing requirements concerning durability, repairability, resource use and product information for specific product groups.

This regulation also lays the foundation for the Digital Product Passport. In essence, a digital passport is a set of data associated with a product that allows relevant stakeholders to access necessary information about its characteristics, origin, resource-use efficiency or end-of-life treatment options. The specific implementation will depend on detailed regulations for each product group.

Textiles are one of the sectors identified by European authorities as being closely linked to the goals of a circular economy and reduced environmental impact. This does not mean that every textile business must immediately comply with a single standardized form. However, the policy direction indicates that product data will play an increasingly important role in design, production, trading and post-use treatment.

The European Union’s strategy for sustainable and circular textiles also emphasizes issues such as durability, repairability, reuse, recycling and reducing consumption based on short-term models. When these goals are converted into technical criteria or market requirements, businesses cannot rely solely on general statements for proof. They need specific data, measurement methods and information that can be verified.

A Digital Passport Should Not Be Equated with a Simple QR Code

In market discussions, a digital product passport is sometimes reduced to attaching a QR code to a product label. An identification code may be a means of accessing information, but the QR code itself does not create transparency. The value of the system lies in the quality of the data behind it, access rights, the ability to update it and the reliability of the information.

If fiber-composition data is inconsistent between the supplier and the garment manufacturer, an attractive identification code will not help the business resolve the risk. Similarly, if information about the proportion of recycled materials is not accompanied by appropriate verification records, the business may face difficulties when customers or assessors request an inspection.

Therefore, investment in traceability should not begin with the selection of a standalone software product. The first step must be to identify the key data, its sources, the responsible parties and the verification process.

Common Bottlenecks in Textile Supply Chains

The first challenge is the fragmentation of the supply chain. A garment manufacturer may have relatively good control over cutting, sewing and finishing, but still depend on information from fabric, yarn, chemical or accessory suppliers. If these partners use different recording systems, the business at the end of the chain will struggle to create a unified record.

The second challenge is the difference between operational data and data used as evidence. A factory may know its monthly electricity consumption, but may not be able to allocate that electricity to each product group. A dyeing facility may have figures for incoming water and wastewater, but it needs additional procedures to determine how the figures are calculated, the measurement scope and the time of recording.

The third challenge concerns the quality of environmental claims. Terms such as “green,” “sustainable,” “environmentally friendly” or “recycled” may be used with different meanings. Without accompanying definitions, scope and evidence, such claims can easily become vague while increasing the risk of questions from customers or regulators.

The final challenge is the cost of coordination. Effective traceability requires the participation of purchasing, engineering, production, quality, environmental, information technology and business departments. If the task is assigned only to a small group, the system may lack data from stages that the group does not directly control.

How Should Businesses Prepare?

First, businesses should map their supply chains by product group rather than implement the system across the board. A pilot program could begin with product groups that have high traceability requirements, use substantial amounts of specialized materials or are supplied to customers demanding deeper transparency. This approach allows the business to test the process before expanding it.

Next, businesses need to develop a minimum data inventory. This inventory may include material codes, suppliers, fiber composition, batch numbers, production locations, key processes, relevant documents and quality inspection information. For product groups subject to higher environmental requirements, the inventory may be expanded to include energy, water, chemicals, emissions and waste treatment.

It is important to distinguish mandatory data from data that provides additional value. If a business tries to collect too much information at the outset, it may create a complex system that is difficult to maintain. Conversely, if it stores only the information it is already accustomed to recording, the system may fail to meet new customer requirements.

Businesses also need to standardize coding rules and manage data versions. A fabric batch, a dyeing formula or a finished product must have a consistent identification method across the relevant departments. This may sound technical, but it determines the ability to trace information backward when a quality problem, an origin-related complaint or an inspection request arises.

For suppliers, contracts and assessment procedures need to add data requirements, not just requirements concerning price, delivery deadlines and quality. Businesses can specify the types of records to be provided, the update frequency, how discrepancies will be handled and the responsibilities when information is inaccurate. This is how traceability becomes part of supplier relationship management rather than merely an internal requirement.

Technology Is Effective Only When the Process Is Clear

Production management software, enterprise resource planning systems, supply chain management platforms and digital identification tools can support traceability. However, technology does not replace process standardization. A system that automates incorrect data will only help a business produce incorrect information more quickly and on a larger scale.

Businesses should evaluate technology based on practical criteria: its ability to connect with existing systems, data-control rights, the ability to assign access rights to suppliers, change-tracking mechanisms, backup arrangements and long-term operating costs. For small and medium-sized businesses, a suitable solution may begin with a clearly structured database and then expand as the volume and requirements of the data increase.

People are also an important factor. Warehouse, engineering, quality and production employees are the ones who generate data at its source. If they do not understand the purpose of recording information or have to enter data through overly complex processes, data quality will decline. Training and designing easy-to-use forms are therefore no less important than selecting a technology platform.

Implications for the Competitiveness of Vietnam’s Textile Industry

Data transparency may increase preparation costs in the initial stage, especially for businesses that need to review their suppliers and internal processes. Nevertheless, it is also an opportunity to improve production control. Well-organized data helps identify discrepancies in material consumption norms, reduce documentation errors, respond more quickly to complaints and support evaluations of material-use efficiency.

For businesses participating in global supply chains, the ability to provide reliable data can become a factor in retaining orders. When brands need to demonstrate their environmental and supply-related commitments, they will favor partners that can respond quickly and consistently and provide verifiable records.

However, traceability should not be implemented solely to respond to the requirements of one market. If data serves only one customer or one assessment, the system can easily be neglected after the contract is completed. The greater value lies in turning data into a management tool that supports raw-material purchasing decisions, technology selection, production-efficiency measurement and the identification of cost-reduction opportunities.

At the industry level, data standardization could also help smaller businesses participate more deeply in supply chains if common guidelines, affordable solutions and clear information-sharing mechanisms are available. Conversely, if every customer requests a different data set without interoperability, compliance costs will rise and create a wider gap between large and small businesses.

Issues to Monitor in the Coming Period

What needs to be monitored is not only when new regulations will take effect, but also their technical content and how compliance will be assessed for each product group. Data requirements may vary according to product type, market, sales channel and the business’s role in the supply chain.

Businesses also need to be cautious about environmental commitments that exceed their ability to provide evidence. Publishing fewer claims with supporting evidence is generally safer than making many broad statements when the available data is insufficient for verification. Information related to recycled materials, emissions, recyclability or production conditions needs to be stated accurately in terms of scope and method of determination.

In this context, traceability is no longer a standalone project for the quality department. It is a capability that connects production, commerce, technology and risk management. Textile businesses that prepare early will have more time to test, correct errors and align with suppliers before transparency requirements become a mandatory condition of an order.