The Real Story Behind Quick Commerce’s Food Safety Crackdown

Why Speed and Food Safety Broke Apart — and How the Industry Can Put Them Back Together

Over the last few weeks, food safety authorities across India have sealed quick-commerce warehouses in major metropolitan cities and flagged serious storage and hygiene lapses at several facilities.

The headlines have understandably focused on the violations.

The more important question, however, is what made these failures possible—and what it will take to prevent the next round.

Because the issue goes beyond hygiene.

It is fundamentally about how rapidly evolving food supply chains are being designed, operated, and scaled.

What actually happens when cold storage fails

A phrase like "cold storage operating at an unsafe temperature" can sound like a minor compliance issue.

It isn't.

Temperature control is one of the fundamental barriers protecting perishable food from deterioration and microbial growth. When refrigeration systems drift outside their intended operating range, that protection is compromised. Certain pathogens, including Listeria monocytogenes, can grow under refrigeration, while temperature abuse can create conditions that increase food safety risks.

And once a product has been exposed to unsafe conditions, speed at the delivery stage cannot undo what happened during storage.

This is where the quick-commerce model presents an interesting challenge.

The industry has optimised aggressively for the visible half of the supply chain—the last mile.

Orders are picked quickly. Routes are optimised. Delivery windows have been compressed.

But the less visible half of the operation—storage conditions, temperature control, product zoning, handling processes, and monitoring inside the dark store—has not always received the same level of engineering attention.

The result is a fundamental mismatch:

A supply chain designed for speed cannot afford infrastructure designed as an afterthought.

The regulatory framework wasn't designed for today's operating model

Dark stores operate at the intersection of retail, food storage, fulfilment, and rapid distribution.

Yet the underlying food safety framework was developed for a very different operating environment. India's primary food safety regulations date back to 2011, long before today's high-frequency quick-commerce model became mainstream.

The challenge, therefore, is not simply that regulations exist or do not exist.

It is that the operating model has evolved extremely quickly, while the infrastructure, inspection practices, and operating standards around that model have had to catch up.

This is not a story about any one company deliberately cutting corners.

It is a story about an industry that scaled faster than the systems supporting it could mature.

And unlike many of the challenges facing the sector, this is a solvable problem.

It is an infrastructure problem, not just a hygiene problem

Reports of expired stock, poor storage, or temperature deviations can easily be interpreted as housekeeping failures.

In many cases, the root causes sit further upstream.

Consider what happens when a facility is designed around a launch deadline rather than its long-term operating requirements:

• The layout may not reflect the actual SKU mix.

• Temperature zones may not correspond to product requirements.

• Refrigeration capacity may be sized around initial demand rather than sustained throughput.

• Equipment and vendors may be selected primarily for speed of deployment.

• SOPs may exist on paper but not translate effectively into daily operations.

• Temperature monitoring may rely on periodic spot checks rather than continuous visibility.

• Receiving, storage, picking, and dispatch processes may not adequately protect temperature-sensitive products.

These are not simply housekeeping issues.

They are design, engineering, and process issues.

And design, engineering, and process issues have design, engineering, and process solutions.

The questions worth asking

For any business handling perishable products, the important questions aren't only about what happened at another facility.

They are about whether your own infrastructure would stand up to the same scrutiny.

Is your cold chain designed around your actual SKU mix, or adapted from a generic layout?

Would your storage and handling processes hold up under an unannounced inspection tomorrow?

Are your SOPs designed for real operating and audit conditions, or primarily for documentation?

Do you have continuous temperature monitoring and defined escalation protocols, or are you relying on periodic spot checks?

Are your refrigeration vendors and equipment selected for sustained operational requirements, or primarily for speed of installation?

And perhaps most importantly: has food safety been considered at the facility design stage, or added later as a compliance layer?

Building it in, not bolting it on

Speed and food safety were never actually opposites.

The businesses that get this right understand that food safety is not something that should slow down a well-designed supply chain.

It should be built into it.

Cold chain integrity needs to be considered from the earliest stages of facility planning—from layout and temperature zoning to equipment selection, monitoring systems, operating procedures, and ongoing verification.

When these elements are engineered together, speed becomes more sustainable rather than more risky.

That is the gap we work in at ASNA Consultancy.

We help warehousing and cold chain networks address these challenges by design—through facility planning and temperature zoning, refrigeration and equipment selection, vendor evaluation, operating processes, and SOPs designed to withstand real-world operations and regulatory scrutiny.

Because the objective isn't simply to deliver faster.

It is to build a supply chain that can deliver fast, safely, and consistently.

Speed gets you to the customer. Food safety keeps the customer coming back. The strongest supply chains are engineered for both.