2017 to 2026: What Changed in Indian Products?

From Good Products to Global Products

There is a difference between making a good product and making a product that can compete consistently in the world.

India has never lacked products. It has had skilled artisans, farmers, engineers, manufacturers, designers and entrepreneurs for generations. From textiles and jewellery to spices, handicrafts, engineering goods and agricultural products, the country has always possessed an enormous productive base.

What has changed significantly between 2017 and 2026 is the ecosystem surrounding the product.

The Indian producer is increasingly thinking beyond the question, “Can I make this?” The questions are becoming more sophisticated: Can I make it consistently? Can I meet international specifications? Can I package it properly? Can I certify it? Can I build a brand around it? Can I deliver it reliably? Can I find buyers abroad? And, most importantly, can I make that buyer return?

This is the transformation from “Made in India” to “Made for the World.”

The 2017 product: quality existed, but the complete proposition was often missing

Around 2017, many Indian products could already compete in terms of their fundamental quality.

A handicraft could possess remarkable craftsmanship. A textile could have excellent material. Indian jewellery could have extraordinary workmanship. Agricultural products could have natural advantages. Engineering manufacturers could produce technically sound components.

Yet a good product did not automatically become a successful export product.

The gap frequently existed in the surrounding ecosystem: presentation, packaging, standardisation, certification, branding, market intelligence and distribution.

This distinction is important because it would be wrong to describe the transformation as a simple movement from poor products to good products.

The more accurate description is:

Good product → consistent product → export-ready product → globally competitive product.

That is a much more significant transformation.

Quality is becoming consistency

One of the fundamental requirements of international trade is consistency.

A producer may manufacture one excellent piece of furniture, one beautiful handicraft or one exceptional food product. But an international buyer needs confidence that the next shipment will meet the same specification.

This changes the nature of production.

Quality becomes a process rather than an occasional achievement.

Modern export-oriented producers increasingly have to think about:

• raw-material specifications,
• measurement,
• quality control,
• testing,
• standardisation,
• batch consistency,
• traceability,
• rejection rates.

This is particularly important in engineering, pharmaceuticals, electronics and food processing, where specifications can be precise and regulatory requirements stringent.

The transformation is therefore not merely better quality.

It is repeatable quality.

Precision is becoming a competitive advantage

Precision is one of the less visible but more important changes in Indian manufacturing.

A modern engineering product may need to conform to extremely narrow tolerances. An electronic component has to function reliably. A medical device has to satisfy technical and regulatory requirements. A jewellery product requires increasingly sophisticated cutting and finishing.

Engineering exports illustrate the scale of this transformation. India's engineering exports reached approximately US$122.43 billion in FY2025–26, according to government data.

Engineering exports at this scale require an ecosystem of machinery, skilled workers, testing, materials, design, quality control and logistics.

Precision therefore represents more than technical sophistication.

It represents trust.

An international buyer must believe that the Indian manufacturer can reproduce the same result repeatedly.

Technology is changing the Indian product

Technology has probably produced the most visible structural change in some sectors.

Electronics is the clearest example.

India's electronics production increased from approximately ₹1.90 lakh crore in 2014–15 to ₹13.11 lakh crore in 2025–26. Electronic-goods exports reached approximately ₹4.24 lakh crore, equivalent to around US$47.96 billion.

This represents a dramatic expansion of the country's electronics manufacturing ecosystem.

The significance goes beyond the number of mobile phones or electronic devices produced.

Modern electronics manufacturing requires:

• component suppliers,
• testing,
• precision manufacturing,
• software,
• engineering,
• quality control,
• packaging,
• logistics,
• supply-chain management.

The emergence of these capabilities means that India is increasingly participating in sophisticated global production networks.

Technology is therefore changing not only the product but also the process through which the product is created.

Finishing: the visible face of competitiveness

A product can be technically sound and still look unfinished.

This is particularly important in consumer products.

Finishing influences how consumers perceive:

• quality,
• durability,
• sophistication,
• reliability,
• value.

The improvement in finishing is especially visible in textiles, handicrafts, furniture, jewellery, leather goods and metal products.

A traditional product does not necessarily need a completely new design.

Sometimes a better finish is enough to change its market position.

This is one reason trade fairs are useful indicators of change. A visitor can often see improvements in surface finishing, stitching, colour combinations, display quality and overall presentation without needing a statistical table.

Design: preserving identity while adapting to the market

Design is another area where Indian products have increasingly evolved.

Traditional Indian products often possess strong cultural identity. The challenge is to preserve that identity while making the product relevant to contemporary consumers.

The successful formula may therefore be:

Indian tradition + contemporary design.

This is particularly relevant to handicrafts.

A traditional craft can become:

• home décor,
• fashion,
• lifestyle merchandise,
• premium gifting,
• sustainable consumer goods.

The objective is not to erase tradition.

It is to make tradition commercially understandable to a new generation of consumers.

Packaging: from protection to communication

Packaging may be one of the clearest examples of the transformation.

Earlier, packaging was often treated primarily as a means of protecting the product during transportation.

Modern export packaging performs several additional functions.

It:

• communicates product information,
• protects quality,
• improves shelf life,
• establishes brand identity,
• supports retail distribution,
• communicates the origin of the product,
• influences consumer perception.

This is especially important in food products.

Imagine two products of identical quality. One arrives in a professional package with clear labelling, attractive design and appropriate information. The other is placed in basic packaging with limited information.

The product may be equally good.

The market response may not be.

Therefore packaging is not simply an aesthetic exercise.

Packaging is part of competitiveness.

Branding: from anonymous product to identifiable product

Another major change is the increasing importance of branding.

For many years, Indian producers often functioned primarily as suppliers.

The international buyer knew the product but not necessarily the producer.

Branding changes the relationship.

A brand creates:

• recognition,
• trust,
• differentiation,
• customer loyalty,
• positioning.

This is especially important for village industries and handicrafts.

A traditional product can become more valuable when the consumer knows:

where it came from,

who made it,

what technique was used,

why it is distinctive,

and what makes it authentic.

The story becomes part of the product.

India's enormous cultural diversity can therefore become an economic asset.

Certification: proving that quality exists

A global buyer cannot rely entirely on appearance or verbal assurance.

Depending on the product, international markets may require:

• food-safety certification,
• technical standards,
• laboratory testing,
• phytosanitary requirements,
• environmental compliance,
• origin documentation,
• product-specific certification.

This creates an important distinction between a product that can be manufactured and a product that can legally and commercially enter an international market.

Certification therefore becomes part of the product itself.

The producer is no longer selling only the physical object.

The producer is selling the object plus evidence that it meets the required standard.

Digital technology is changing market access

Another important change between 2017 and 2026 is the ability of small producers to discover customers.

Digital platforms, websites, social media, online catalogues and direct communication have lowered some of the barriers between producer and buyer.

A small enterprise may not have an office in London, Dubai or New York.

But it can increasingly present its products digitally to potential buyers in those markets.

This does not eliminate the need for physical logistics, certification or finance.

But it changes the first stage of the export journey.

The traditional process was often:

producer → intermediary → importer → retailer → consumer.

The emerging process can increasingly begin with:

producer → digital discovery → buyer enquiry → sample → order.

The challenge is then to convert the enquiry into a repeat commercial relationship.

Agriculture: from raw material to product

Agriculture provides perhaps the greatest opportunity for value addition.

India produces enormous quantities of agricultural commodities.

But the export value of a crop can change dramatically depending on what happens after harvesting.

A mango can be sold as fresh fruit.

It can also be converted into:

• pulp,
• juice,
• nectar,
• concentrate,
• puree,
• food ingredients.

Spices can be:

grown → cleaned → graded → processed → packaged → branded → exported.

This transformation creates additional economic activity between the farm and the international consumer.

It also creates opportunities for rural employment.

Instead of the village economy ending at the farm gate, it can extend into processing, packaging, warehousing, transport, marketing and export.

The opportunity in agricultural waste

The next stage is to consider what happens to material that is normally treated as waste.

A fruit-processing unit may generate:

• peel,
• seeds,
• kernels,
• fibre.

Depending on technology and commercial viability, some of these materials can potentially be converted into other products or industrial inputs.

The broader concept is important.

The future village industry need not be based on:

one crop → one product.

It can increasingly become:

one raw material → multiple products → multiple markets.

This increases the value captured from the original resource.

Handicrafts: from local craft to global lifestyle product

India's handicrafts sector illustrates another dimension of the transformation.

The craftsmanship often already existed.

What is changing is the surrounding commercial system.

An artisan increasingly needs access to:

• contemporary design,
• quality control,
• packaging,
• photography,
• cataloguing,
• digital marketing,
• finance,
• logistics,
• international buyers.

A traditional handicraft can therefore move from a local object to a global lifestyle product.

Its Indian identity can become its competitive advantage.

The product does not have to become Westernised to become global.

It needs to become understandable, accessible and commercially reliable to the global consumer.

Jute: from traditional material to diversified product

Jute provides a useful example of this transformation.

Historically, jute was strongly associated with sacks and industrial packaging.

Today, the possibilities extend into:

• shopping bags,
• handbags,
• home décor,
• floor coverings,
• decorative textiles,
• lifestyle products,
• sustainable packaging.

The economic opportunity lies in moving from the raw material to higher-value applications.

The question is not simply:

How much jute can India produce?

It is:

How much value can India create from each unit of jute?

This principle applies to many traditional Indian materials.

Engineering and electronics: from manufacturing to global value chains

The transformation is not limited to handicrafts and agricultural products.

Engineering and electronics show that Indian manufacturing is becoming increasingly integrated with global value chains.

A component made in India may be incorporated into a product assembled elsewhere.

A machine manufactured in India may be used by an international company.

An electronic device assembled in India may contain components sourced from several countries.

This means global competitiveness no longer requires every component to be produced domestically.

The important question is:

What valuable part of the global value chain does India occupy?

That could be:

• manufacturing,
• engineering,
• design,
• software,
• testing,
• components,
• logistics,
• after-sales service.

The role of MSMEs, cooperatives and village industries

Perhaps the most significant opportunity is to bring small producers into these global value chains.

An individual artisan may not be able to supply 10,000 units.

A cooperative of 500 artisans potentially can.

An individual farmer may not be able to export.

An FPO can aggregate production.

An SHG may not have its own packaging facility.

A cluster can provide shared infrastructure.

This creates a new economic chain:

Village producer → SHG/FPO/cooperative → cluster → exporter → global buyer.

The Districts as Export Hubs initiative is relevant because it attempts to identify export opportunities at the district level and address infrastructure, logistics and market-access constraints.

What the trade fairs reveal

The most interesting evidence of this transformation is sometimes visible without a spreadsheet.

At trade fairs, the product itself becomes evidence of changing producer expectations.

A comparison between the products visible around 2017 and those increasingly visible in 2025–26 can reveal changes in:

• packaging,
• finishing,
• display,
• product range,
• branding,
• design,
• digital presentation,
• export orientation.

The scale of the exhibition is not necessarily the important factor.

A smaller regional fair can reveal the same transformation at the grassroots.

A product may be produced in a village or district but presented with the sophistication expected in an international marketplace.

That is an important signal.

What has not changed

There is another side to the story.

India did not suddenly acquire craftsmanship in 2026.

Indian artisans were skilled in 2017.

Indian farmers produced high-quality crops.

Indian manufacturers had technical capabilities.

Indian jewellery makers possessed extraordinary craftsmanship.

Indian textile producers had deep knowledge.

Therefore the transformation should not be described as:

bad products becoming good products.

It is better described as:

good products becoming better organised, more consistent, better presented and more connected to global markets.

That distinction gives the transformation its real meaning.

What still needs to change

The process remains incomplete.

Indian producers still face challenges involving:

• certification,
• logistics,
• finance,
• standardisation,
• scale,
• branding,
• market intelligence,
• international distribution.

And there is a crucial distinction between market access and market penetration.

Getting permission to sell in a market is one thing.

Making one shipment is another.

Getting the same buyer to place another order is much more significant.

The ultimate export test is therefore:

First order → repeat order → regular customer → established market.

The real transformation

Looking back from 2026, the most significant change in Indian products is therefore not a single technology, machine or packaging innovation.

It is a change in mindset.

The producer increasingly asks:

Who is my customer?

What standard does that customer expect?

How should I package the product?

How do I prove its quality?

How do I communicate its value?

How do I deliver it reliably?

How do I make the customer return?

Those questions represent a fundamental change in the relationship between Indian production and the global market.

India already knew how to make products.

The emerging capability is knowing how to make products for global consumers.

That is why the journey from 2017 to 2026 is best understood not as a journey from poor products to good products, but as a journey from:

Product → Quality → Consistency → Precision → Design → Packaging → Branding → Certification → Market Access → Repeat Order.

The Indian product is increasingly becoming more than something manufactured within India's borders.

It is becoming a global commercial proposition.

And that is the real meaning of the transition:

From Made in India to Made for the World