Nutrition Infrastructure

Complete Daily Nutrition.
No Dependencies.

A shelf-stable, ready-to-eat meal system designed to deliver complete daily nutrition without kitchens, fuel, clean water, cold chain, or preparation staff.

Formulated against WHO/FAO reference values 100% vegetarian All major allergens free Designed and manufactured in India

The Problem

This is not a food shortage.
It is a format problem.

The raw ingredients for a nutritionally complete meal cost 16 cents at scale. The science is solved. Yet over 5 billion people still do not consume adequate amounts of key micronutrients from food (Lancet, 2024). The gap isn't the nutrients. It's the format.

Food products are built to sell, not to nourish.

When feeding people at scale in hard conditions, operators face a forced tradeoff: cheap calories with major nutritional gaps, or more complete nutrition that depends on fuel, clean water, equipment, time, and trained staff.

In the field, the cooking phase is what fails first.

And when conventional rations require firewood and water collection, preparation is not just an operational burden. It creates documented protection risks for women and girls.

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The Product

Nutrition infrastructure in product form.

A compact, shelf-stable, ready-to-eat meal system designed to deliver complete daily macro- and micronutrition against WHO/FAO reference values.

~600-650
kcal per unit
33%
daily nutrition per meal
12-18 mo
target shelf life
Zero
preparation required

What it eliminates:

Cooking infrastructure
Fuel dependency
Clean water requirement
Cold chain
Preparation staff
Protection risk

Open. Eat. Done.

Full product details →

Economics

The relevant comparison is not food unit cost.
It is total deployment cost.

Conventional (prep-dependent)

  • Food
  • Fuel
  • Clean water
  • Cooking equipment
  • Trained labor
  • Setup time
  • Quality variance
  • Field friction
  • Protection risk management

The Core Meal

  • Food
  • Storage
  • Distribution

The cost breakthrough comes from eliminating the cooking phase, not from cutting nutrition. Built from the same general ingredient class as existing humanitarian staples, engineered into a ready-to-eat format.

Why Existing Options Leave the Gap Open

Complete daily nutrition has rarely been the primary design objective.

Each existing format solves one or two constraints well. None solves the full bundle that matters in real feeding operations.

Format Complete nutrition Ready to eat No cooking Daily use Scale cost Repeat use
BP-5 / HEB Partial Low
Fortified blended foods When prepared* When prepared* Prep-dependent
MREs Partial Variable
The Core Meal ✓ (target) Designed for it

* When prepared correctly with clean water, fuel, and trained staff.

Read the full analysis →

Where It Works Hardest

Designed for the scenarios where feeding is hardest.

Disaster and shock response

First 72 hours and beyond. Boxes arrive and can be distributed directly. No staging kitchen, no fuel, no water supply chain, no trained staff.

Displacement and supply disruption

Bridge nutrition for populations cut off from normal food systems while recovery is underway.

Emergency institutional feeding

When school kitchens are destroyed, hospital infrastructure is down, or facilities lack cooking capacity entirely.

Remote and constrained operations

Offshore, mining, military, construction. Anywhere a complete meal must arrive ready to eat.

Retail and urban convenience

Same product, full retail margins. A commercial channel that extends reach beyond institutional buyers.

Prototype complete
Shelf-life validation underway
Pilot production planned in India

Developed with Thinking Forks — the team behind Yoga Bar. See full timeline →

Emergency biscuits keep people alive.
The Core Meal is designed to be lived on.

We are onboarding founding deployment partners for structured pilot trials.

Talk to us about pilot deployments