Packaging strategy in developing markets is often treated as a problem of adaptation. Sumit Kumar sees it as a problem of invention. In markets where material streams, supplier ecosystems, cost structures, and consumer expectations do not always match mature market assumptions, the best packaging work begins by designing around the constraint itself. The pressure is growing. UNEP’s 2024 Global Waste Management Outlook projects that municipal solid waste generation will reach 3.8 billion tonnes by 2050, a scale that makes local infrastructure and material realities impossible for packaging teams to ignore.
The work of Sumit Kumar directly inside that challenge. As a packaging innovation leader in hygiene, he has guided packaging strategy in developing markets, including winning the WorldStar Packaging Award, across India, Brazil, and Australia by connecting design feasibility, recycled material use, supplier readiness, and consumer performance. His esteemed Senior IEEE and IOPP memberships reflect the technical discipline behind his work, especially in a field where packaging decisions must satisfy engineering, cost, sustainability, and consumer expectations at the same time.
Sumit, why does constraint matter so much in packaging innovation?
Constraint makes the real brief visible. A packaging concept may look strong in a central review, but the question is whether it can be made with the materials available in the market, whether suppliers can support the format, whether consumers understand the pack, and whether the design can meet sustainability goals without slowing the launch.
In developing markets, those questions appear early. That is a good thing. It forces teams to be more disciplined about what they are solving. The packaging has to be sustainable, practical, cost conscious, and superior for the consumer. When those requirements are handled together, constraint becomes a source of sharper innovation rather than a reason to lower ambition.
How should companies approach packaging strategy in developing markets differently?
The mistake is starting with a mature market assumption and trying to adjust it at the end. In markets such as India and Brazil, the better approach is to build from local realities upward. That means looking closely at material availability, supplier capability, consumer behavior, technical feasibility, and category economics before the design is locked.
For hygiene categories, packaging has to do more than contain the product. It must be easy to use, safe in perception, reliable in performance, and aligned with sustainability expectations. My work is about bringing those requirements into the development process early, so the final format is not just technically possible but commercially useful.
What did that approach look like for hygiene and home category expansion and future ready packaging strategy
The work focused on building a packaging strategy for Hygiene and Home categories across India, Brazil, and Australia, designed to unlock multi‑million GBP innovation pipelines. The challenge was to deliver across multiple priorities simultaneously—reducing virgin plastic, accelerating development timelines, protecting the consumer experience, and enabling category expansion.
The results demonstrated the power of a constraint‑led approach. The program reduced virgin plastic by ~30% across three markets while accelerating development timelines by ~30%, saving approximately 12–16 weeks. Importantly, this was achieved while enhancing packaging superiority.
Overall, it showed that sustainability and speed are not trade‑offs—when built around the right constraints, they become a source of advantage, driving faster, simpler, and more scalable innovation.
Why is reducing virgin plastic especially difficult in developing markets?
Virgin plastic reduction is not a simple material swap. Recycled content has to meet performance requirements, quality expectations, supply consistency, safety needs, and cost targets. In some markets, the question is not only whether recycled material exists, but whether it can be sourced with the right reliability and technical behavior for the category.
That is why supplier collaboration has to begin early. If the supplier’s reality is discovered late, the team loses time and the design may need to be rebuilt. OECD projects that annual plastics production, use, and waste generation could rise by 70% by 2040 compared with 2020, so packaging teams have to treat recycled material strategy as a core development issue rather than a later sustainability adjustment.
Delivering a 25–30% reduction in virgin plastic across three markets required deep technical rigor, strong cross‑functional alignment, and strategic supplier collaboration. Programs like this succeeded not through a fixed plan, but through continuous, data‑driven adjustment as market conditions, supplier capabilities, and technical insights evolved.
How did you accelerate development timelines without weakening technical rigor?
Speed came from reducing late surprises. The development model had to bring cross-functional teams and external partners and external partners into alignment earlier, rather than allowing each function to discover problems sequentially. When the right people are involved at the right stage, the team can identify material risks, tooling questions, consumer requirements, and quality concerns before they become delays.
That is how the work accelerated development timelines by 30 to 35% and saved 14 to 16 weeks. It was not about rushing validation. It was about making better decisions earlier. In packaging, time is often lost because a decision was made without enough technical or supplier input. The goal is to prevent that from happening.
Where does consumer centric design fit into this strategy?
Consumer-centric design is not just about how a pack looks—it’s about whether it performs in the consumer’s actual use environment. In Hygiene Home categories, people expect packaging to feel dependable, easy to handle, and suited to the job they bought the product to do. If a more sustainable pack feels weaker, harder to use, or less effective, it will struggle.
That is why the top-tier packaging superiority outcome mattered. It showed that the strategy was not only reducing virgin plastic or shortening timelines, but also strengthening the overall consumer proposition. In developing markets, that combination is critical, because consumers respond to value, performance, and usability at the same time.
What should packaging leaders learn from developing markets?
They should stop treating developing markets as places where finished packaging ideas are simply deployed. These markets reveal whether a packaging strategy is truly resilient. They test material assumptions, supplier capability, cost discipline, and consumer relevance at the same time.
McKinsey’s 2025 global packaging survey found that the share of respondents who ranked environmental impact as extremely or very important for packaging held at 51%, which makes sustainability relevant but not sufficient on its own. For developing-market packaging strategy, the lesson is sharper: environmental goals still have to work alongside price, quality, safety, durability, convenience, and the realities of local supply.
That is where developing markets can lead. They force packaging teams to build formats that are not only responsible in principle, but workable in practice. Recognition through industry awards reflects the value of packaging excellence, but the larger lesson is that strong packaging must connect technical feasibility, consumer performance, and market reality.
Where do you see the next wave of packaging innovation heading?
I think the next wave will be more grounded in local conditions. Broad sustainability targets will still matter, but the real progress will come from teams that know how to translate those targets into packaging that suppliers can produce, consumers can use, and markets can scale responsibly.
For me, future ready packaging means solving the full equation. It has to reduce unnecessary virgin plastic, move through development faster, meet category needs, and still feel superior to consumers. Developing markets show why that equation matters. They prove that constraint is not the opposite of innovation. Often, it is where the strongest innovation begins.
