Is Your Instant Millet Noodle an Ultra-Processed Food? — A Question Every Parent Should Be Asking

"If your instant foxtail millet noodles cook in just a few minutes, aren't they ultra-processed?"

As a food technologist, manufacturer, and mother, I absolutely love questions like these.

Because they show that consumers are becoming more conscious about what goes onto their family's plates.

For decades, food companies asked consumers to trust labels.

Today, consumers are asking food companies to explain labels.

And honestly, that's a wonderful shift.

Recently, a customer asked whether our Instant Foxtail Millet Noodles fall under the category of ultra-processed foods (UPFs).

To answer that properly, we need to go beyond social media headlines and understand what food science actually says.

First, Let's Separate Two Terms That Are Often Confused

Processing

Ultra-Processing

These are not the same thing.

In fact, if processing were inherently bad, humanity would have struggled to survive.

Think about the foods in a traditional Indian kitchen:

• Rice is dehusked.

• Wheat is milled into flour.

• Dal is dehusked and split.

• Idli batter is fermented.

• Papads are dried.

• Pickles are salted.

• Cold-pressed oils are extracted.

• Jaggery is concentrated from sugarcane juice.

Every one of these foods is processed.

Processing simply means transforming a raw agricultural commodity into a form that is safer, more digestible, more stable, or more convenient.

Food processing has existed for thousands of years.

Without processing, food waste would increase dramatically and many foods would be difficult or unsafe to consume.

The question is not:

"Is it processed?"

The scientific question is:

"What type of processing was used and why?"

Understanding the NOVA Classification

The NOVA food classification system, developed by researchers in public health nutrition, categorizes foods based on the nature and purpose of processing.

NOVA Group 1: Unprocessed or Minimally Processed Foods

Examples:

• Whole grains

• Fruits

• Vegetables

• Milk

• Pulses

Processes include:

• Cleaning

• Drying

• Grinding

• Freezing

• Pasteurization

The food remains fundamentally recognizable.

NOVA Group 2: Processed Culinary Ingredients

Examples:

• Oils

• Butter

• Salt

• Jaggery

These ingredients are extracted from foods and used in cooking.

NOVA Group 3: Processed Foods

Examples:

• Traditional breads

• Cheese

• Curd

• Noodles Pasta

These are made by combining Group 1 and Group 2 ingredients.

NOVA Group 4: Ultra-Processed Foods

This is where the confusion begins.

Ultra-processing is not defined merely by machinery, drying, grinding, or cooking.

It is defined by industrial formulations that contain ingredients and additives rarely used in domestic kitchens.

Examples often include:

• Artificial flavours

• Nature-identical flavours

• Synthetic colours

• Emulsifiers

• Stabilizers

• Texture modifiers

• Protein isolates

• Maltodextrins

• High-intensity sweeteners

• Modified starches

• Ingredients designed primarily to improve texture, shelf-life, hyper-palatability, or manufacturing efficiency

The purpose of many ultra-processed formulations is not nutrition.

It is often product performance, consistency, shelf stability, and consumer overconsumption.

This distinction is important.

So Where Do Our Instant Millet Noodles Fit Scientifically?

Let's understand how millet noodles are typically made.

The process involves:

Step 1: Grain Cleaning

The harvested millet is cleaned to remove dust, stones, husk fragments, and foreign matter.

This improves food safety.

Step 2: Milling

The grain is sprouted and is converted into flour.

This is a traditional processing step that humans have performed for centuries.

Step 3: Dough Formation

Water is added and the dough is hot mixed.

Depending on the formulation, natural ingredients are incorporated, we have sued arrowroot flour and guar gum powder.

Step 4: Extrusion or Shaping

The dough is passed through dies to create noodle strands, simply a shaping process.

Even traditional murukku presses and idiyappam makers operate on the same principle.

Step 5: Drying

Moisture is reduced to improve storage stability.

Lower water activity prevents microbial growth and spoilage.

This is a food safety measure.

Step 6: Packaging

The product is protected from moisture and contamination.

None of these steps automatically create an ultra-processed food.

"But It Cooks in Just a Few Minutes!"

One of the biggest misconceptions in nutrition today is that quick-cooking foods must be ultra-processed.

Scientifically, cooking time has little to do with NOVA classification.

Consider:

Rice

Whole paddy takes hours of processing before becoming rice.

Yet rice is not ultra-processed.

Vermicelli

Cooks in minutes.

Not ultra-processed.

Poha (Flattened Rice)

Ready within minutes.

Not ultra-processed.

Idiyappam Flour

Can be prepared rapidly.

Not ultra-processed.

Quick cooking is often a result of:

• Reduced particle size

• Structural modification

• Moisture reduction

• Heat treatment

• Increased surface area

Not necessarily additives.

What Happens During Drying?

Many consumers assume drying is a harsh process.

In reality, drying is one of the oldest preservation techniques known to humanity.

Reducing moisture lowers water activity.

Water activity determines whether microorganisms can grow.

When moisture is reduced appropriately:

• Shelf life increases.

• Microbial spoilage decreases.

• Safety improves.

This is why our ancestors sun-dried vegetables, grains, papads, vadams, spices, and fruits.

Drying is science.

Not ultra-processing.

The Ingredient List Tells the Real Story

As food technologists, one of the fastest ways we evaluate a product is by examining its ingredient list.

A useful question is:

"Could I find these ingredients in my kitchen?"

If a noodle contains:

• Millet flour

• Natural ingredients

• Spices

• Salt

Consumers can easily understand what they are eating.

Compare that with products containing multiple emulsifiers, stabilizers, flavour enhancers, artificial flavours, colours, and processing aids.

The nutritional philosophy becomes very different.

Why We Chose Millets

Millets are not merely alternatives to wheat.

They bring unique nutritional advantages.

Foxtail millet contains:

• Dietary fibre

• Protein

• B vitamins

• Magnesium

• Iron

• Phytochemicals

• Slowly digestible carbohydrates

Its lower glycemic response compared with many refined cereal products has made it an important grain in traditional diets.

However, modern families often struggle to cook whole millets regularly.

This is where responsible processing becomes valuable.

Processing can increase accessibility without necessarily compromising nutritional integrity.

The Forgotten Truth About Traditional Foods

Ironically, many traditional foods celebrated today would be considered "processed."

Consider:

• Sprouting

• Fermentation

• Roasting

• Pounding

• Milling

• Drying

• Stone grinding

These methods improve:

• Digestibility

• Nutrient availability

• Shelf life

• Taste

• Functionality

The goal of processing has always been to work with nature.

Problems arise when processing begins working against nature.

Goodness Farm's Philosophy

At Goodness Farm, we do not view processing as the enemy.

We view irresponsible processing as the problem.

There is a significant difference.

Our approach is built on three principles:

Preserve Nutritional Integrity

The ingredient should remain recognizable.

Improve Practicality

Modern families need convenience.

Avoid Unnecessary Additives

Every ingredient should serve a meaningful purpose.

When we create millet noodles, vermicelli, flours, flakes, malts, or breakfast products, the objective is not to mimic industrial snack foods.

The objective is to help traditional grains fit into modern lifestyles.

The Final Question

If a mother makes fresh noodles at home using millet flour and dries them for later use, most people would consider that traditional food.

If the same process is scaled hygienically, standardized for safety, tested for quality, and packed professionally, does it suddenly become ultra-processed?

From a scientific standpoint, the answer is no.

The determining factor is not whether machinery was used.

The determining factor is the nature of the ingredients and the purpose of processing.

As consumers, we should absolutely ask questions.

But perhaps the most important question is not:

"Is this processed?"

Instead ask:

"Was this food processed to nourish me, or processed primarily to sell more of itself?"

That single question often reveals more than any label ever can.