Four Years. Thousands of Tests. One Goal.

Reinventing Mithai Through Food Science

Replacing sugar was the easy idea. Rebuilding the taste, texture and meaning of mithai without losing what made it special was the real work.

ROHIT'S began with a sentence our family knew too well: “No, you can't eat mithai.”

It was usually said with care. My father was a chef and lived with type 2 diabetes, so the people around him were trying to protect him. But at celebrations, protection often looked like exclusion. A box would be opened, everyone would take a piece, and the person who loved mithai most would be asked to watch.

That experience gave us the reason to begin. It did not give us the recipe.

At first, the problem sounded manageable: make a sweet with less sugar and a more considered nutritional profile. Four years and thousands of tests later, the lesson was much clearer. Sugar was only one part of the problem, and removing it was only the beginning.

A different sweetener could change the sugar. It could not, by itself, rebuild the sweet.

The Brief Was Simple. The Food Was Not.

Traditional burfi can appear uncomplicated: milk, sugar, fat, nuts and flavorings cooked until they come together. That apparent simplicity is deceptive. Each ingredient is doing several jobs at once, and the process matters as much as the list.

Sugar provides sweetness, but it can also contribute bulk, moisture control, texture, color and stability. Fat carries flavor and affects how the sweet melts. Milk solids and proteins shape body. Heat changes aroma, moisture and structure. Cooling determines whether the finished piece is soft, crumbly, dense or firm.

Food-science reviews describe the same difficulty across confectionery. Reducing sugar means replacing more than sweetness. Manufacturers may need to restore lost bulk, manage water, control crystallization, protect texture and address flavor changes. A sweetener that works beautifully in a drink may behave very differently in a solid confection.

That was the first important realization: there was no one-for-one swap waiting to solve the problem.

The Early Tests Tasted Like Compromise

Some early versions looked promising on paper and failed the moment they were eaten.

A batch might be acceptably sweet but leave a lingering aftertaste. Another might taste clean when warm, then become chalky after refrigeration. Increasing protein could improve the nutrition panel while making the texture tighter or drier. More fiber could add body in one trial and create gumminess in the next. A change intended to soften the sweet could mute the cardamom or make the rose feel heavy.

There were versions that were too firm, too fragile, too dull or simply not enjoyable enough. Occasionally a batch worked beautifully at a small scale and changed when made in a larger quantity. Ingredients that seemed compatible in theory did not always behave politely in the bowl.

Those failures were frustrating, but they were useful. Each one made the question more precise. Was the problem the ingredient itself, the quantity, the order of mixing, the temperature at which flavor was added, or the amount of moisture left at the end?

Product development became less about finding a miracle ingredient and more about learning which variable had moved.

Every Ingredient Needed a Job

The formulation gradually became a system built around purpose.

Alternative sweeteners could provide sweetness with a different nutritional contribution, but they also brought their own sensory and functional characteristics. Milk proteins could contribute protein and structure, yet too much could overwhelm the delicate texture expected from burfi. Prebiotic fiber could support the nutritional design and influence body, but it had to be balanced against moisture and mouthfeel. Almond flour, almond oil and traditional spices each contributed flavor and richness while affecting the way the mixture came together.

No ingredient was chosen because it happened to be fashionable. It had to earn its place in the finished sweet.

This is where the food-matrix idea discussed in the previous article became practical. The ingredients could not be evaluated independently. A small change in one could alter the behavior of several others. The only meaningful test was the complete piece after it had been cooked, cooled, stored and eaten as a customer would experience it.

Mithai Has a Memory

Developing a new snack from scratch gives a food maker some freedom. Reinventing a traditional food carries a different responsibility because people already know what it should feel like.

Mithai is connected to weddings, religious festivals, family visits and the box someone brings when there is good news. Its aromas are familiar. So are its textures. Cardamom cannot simply be present; it has to arrive in the right way. Saffron should feel warm and fragrant, not artificial. Rose should be recognizable without becoming perfumed. The piece should have body, but it should not eat like a protein bar.

That cultural memory created a stricter standard. A technically improved nutrition panel was not enough. If the sweet no longer carried pleasure, generosity or a sense of occasion, then the work had missed the point.

The aim was not to imitate traditional mithai exactly. ROHIT'S is deliberately different. But the difference still had to feel respectful rather than clinical.

Process Became Part of the Formula

As the tests continued, it became obvious that the recipe could not be separated from the method.

Batch temperature, cooking time, moisture, mixing order and cooling all affected the result. Flavor added too early could flatten under heat. A mixture handled for too long could tighten. A seemingly small change in the final cooking point could affect how the sweet set in the refrigerator and how it softened at room temperature.

This is common in food development. A formula is not merely a list of percentages; it is a sequence of events. The same ingredients can produce a different food when processed differently.

That meant writing down what had once been instinctive. Weighing carefully. Recording observations. Comparing one change at a time when possible. Revisiting batches after storage rather than judging them only when freshly made. The kitchen slowly became a small research and development space, even when it still looked like a kitchen.

Taste Was Not the Reward for Good Nutrition

Better-for-you foods are often described as though taste is the prize consumers receive for accepting a nutritional compromise: surprisingly good, considering what is missing.

That was not a standard we wanted to use.

Mithai is eaten for pleasure. It is bought for people we care about. A sweet that requires an explanation before it can be enjoyed is unlikely to become part of anyone's celebration.

Sensory research repeatedly shows why reformulation is difficult. People notice bitterness, cooling effects, changes in aroma, altered sweetness and unfamiliar textures. Even technically successful sugar reduction can fail if the final food does not meet expectations.

So the tests continued beyond the point at which a nutrition claim could have been placed on a box. The flavor needed to feel rounded. The spices needed clarity. The texture needed to be satisfying when cold from the refrigerator and pleasant after softening. It did not need to copy conventional burfi, but it did need to be something we were proud to serve without apology.

What Research Could - and Could Not - Do

Published research helped us understand ingredients, identify likely trade-offs and ask better questions. Work on sugar reduction explained why sweetness, bulk and texture had to be solved together. Research on protein, fiber, rare sugars and food structure helped inform the direction of the formulation.

What the literature could not do was hand us a finished recipe. Studies are conducted in specific foods, under specific conditions, often using formulations very different from ours. A finding in yogurt, bread or a confectionery gel cannot simply be transferred to a piece of mithai and treated as proof.

The research informed the design. It did not clinically validate ROHIT'S.

That distinction matters. Our formulation reflects scientific principles, but the cited studies should not be read as evidence that the product treats, prevents or manages a medical condition. People have different dietary needs, and anyone managing diabetes or another condition should use the current nutrition label and the guidance of a qualified professional.

Common Myth

Why This Matters Beyond ROHIT'S

The lesson applies to almost every reformulated food on the shelf.

A product can be lower in sugar and still be poorly designed. It can be high in protein and unpleasant to eat. It can contain fiber while relying on a formulation that does not suit the person buying it. Front-of-pack claims describe selected features; they do not tell the story of the whole product.

Thoughtful innovation asks harder questions. Has the food improved as a complete experience? Does the ingredient list make sense? Are the claims specific and honest? Is the portion realistic? Would people choose it because they enjoy it, rather than because they feel they should?

Food science is at its best when it expands choice without pretending that one product can be everything for everyone. The goal is not to engineer pleasure out of food. It is to use knowledge carefully enough that pleasure and nutritional intention no longer have to be treated as opposites.

What This Means for Intelligent Indulgence™

Intelligent Indulgence™ did not emerge from a marketing workshop. It became the clearest description of what the four-year development process had taught us.

Indulgence matters because mithai should still bring pleasure, warmth and a sense of care. Intelligence matters because the formulation should reflect more than a single claim. Sweetness, protein, fiber, fats, portion, texture and process all needed to be considered together.

ROHIT'S is not traditional mithai with one ingredient removed, and it is not a conventional sugar-free sweet trying to imitate the original. It is our attempt to create a different kind of mithai: one informed by food science, rooted in a personal promise and honest about the fact that innovation always involves trade-offs.

Four years did not produce a perfect sweet. No such food exists. It produced a sweet we understood much more deeply - and a standard we continue to use every time we make it.

Every ingredient should have a reason. Every claim should be supportable. And the finished piece should still feel like something offered with love.

Continue Reading

Next: Why Feeling Satisfied Matters: What Nutrition Science Teaches Us About Satiety

References

• McKenzie E, Lee SY. Sugar reduction methods and their application in confections: a review. Food Science and Biotechnology. 2022;31(4):387-398. doi:10.1007/s10068-022-01046-7.
• Di Monaco R, Miele NA, Cabisidan EK, Cavella S. Strategies to reduce sugars in food. Current Opinion in Food Science. 2018;19:92-97. doi:10.1016/j.cofs.2018.03.008.
• van der Sman RGM, Jurgens A, Smith A, Renzetti S. Universal strategy for sugar replacement in foods? Food Hydrocolloids. 2022;133:107966. doi:10.1016/j.foodhyd.2022.107966.
• Xia Y, Cheng Q, Mu W, et al. Research advances of D-allulose: an overview of physiological functions, enzymatic biotransformation technologies, and production processes. Foods. 2021;10(9):2186. doi:10.3390/foods10092186.
• Mora MR, Dando R. Consumers respond positively to the sensory, health, and sustainability benefits of the rare sugar allulose in yogurt formulations. Foods. 2022;11(22):3718. doi:10.3390/foods11223718.

Editorial note: The cited research supports the general food-science principles discussed in this article; it should not be interpreted as clinical validation of ROHIT'S or as individualized nutrition or medical advice. Statements about the ROHIT'S development journey are based on the founder's account. Product formulations and nutrition information should be checked against the current label before publication.