Analyst Insight: Emerging traceability regulations are pushing companies to connect environmental and social data, creating new opportunities to integrate social impacts into product‑level tracking.

Over the last few decades, the issues that today fall under “environmental, social and governance," or what would be included in a company’s impact report, have gone through various iterations: corporate social responsibility (CSR), social impact, sustainability and ESG, and the list will likely continue to evolve.

Despite the name changes, what hasn’t changed significantly is the fact that regardless of how much environment, social and governance issues overlap, for the most part they are still addressed separately and often in silos. For example, a company’s sustainability team could have dedicated environmental experts working on reducing greenhouse gas emissions, and seasoned social compliance practitioners monitoring labor conditions that rarely talk to each other, missing crucial links that could strengthen a company’s overall ESG risk-management approach. While upcoming and current regulations have begun treating ESG issues in a more holistic manner, an area of strong convergence is in traceability regulations.

A wave of new rules is forcing companies to know, with increasing levels of precision, where their products come from and what happens to these products as they make their way through the supply chain. The EU's Corporate Sustainability Reporting Directive (CSRD), the proposed digital product passport (DPP) framework, and supply chain due diligence laws in Germany, France, and Norway have collectively made product traceability a compliance requirement, not just a voluntary commitment.

The same pressure is building on the social side. While modern slavery and forced labor regulations preceded many of those ESG regulations, increased enforcement and visibility have meant that procurement teams are deploying labor mapping and social auditing tools deeper into their supply chain, to get more data on the human conditions under which goods and materials are produced. This has shed more light into the informal labor networks typically at the foundation of global supply chains, where subcontracting and labor agencies blur actual conditions on the ground.

Currently, the tools for mapping product traceability and human impacts across a company’s supply chain are likewise siloed, and few are venturing to capture both. Yet there are multiple ways in which product traceability tools can be enhanced to capture social impacts as well.

Lifecycle analysis (LCA), long the domain of environmental researchers, has moved into mainstream procurement and product design. By tracking a product's inputs, processes, emissions and waste, from raw material extraction through end-of-life disposal, LCAs give organizations a systemic view of environmental impact across its full supply chain. DPPs make this even more accessible to multiple stakeholder groups, including regulators, buyers, and consumers, by encoding environmental data into a machine-readable format that can travel with the product itself.

While tools such as worker voice platforms, social risk indices, and supplier assessment frameworks help organizations track the social impacts of their supply chain, there currently is no central tool that can help stakeholders view these impacts together. The social LCA (S-LCA) discussed in ISO 14075 leans on the structured approach to LCAs to adapt them to tracing social impacts. 

Following are some areas that organizations that are already conducting LCAs can consider to build more integrated supply chain traceability tools:

Stakeholder identification in every step. In the foundational step in which LCAs establish functional units and system boundaries, an S-LCA adds a new critical layer of stakeholder identification and engagement, as well as addressing material social issues.

Quantitative and qualitative data collection. Both quantitative and qualitative social data, such as working hours, wages, local labor rights and community interactions, is included in the social lifecycle inventory, providing a structured system to gather and analyze the data.

Adjusted impact assessments. An S-LCA integrates defined benchmarks (such as national labor laws and ILO conventions) in its impact assessment, comparing actual conditions to these benchmarks through an audit-like lens, then tracing causal chains from social conditions to actual changes in well-being, similar to an LCA.

Mapping supply chains holistically will better anticipate risk and identify where intervention creates the most value. For example, a reforestation program that restores watershed health near a farming community is simultaneously an environmental investment and a social one. A transition to regenerative agriculture reduces emissions and can increase farmer income. These co-benefits are only possible and more efficient when environmental and social data are tracked together using similar tools.

For organizations building holistic supply chain traceability capabilities, the parallel structure of the S-LCA means that environmental and social assessments can now be designed, scoped and reported within a coherent joint framework rather than as siloed exercises.