Food miles, measured in steps

Food miles measure the distance food travels from where it's grown to where it's eaten. Most of the food on a shelf has travelled an extraordinary distance to get there. Food grown at the store hasn't.

Where the concept comes from

The food miles concept emerged in the early 1990s as a way to start a conversation about something that had long gone unspoken: the carbon cost of moving food across the world.

As global trade made imported produce year-round and cheap, the distance between farm and plate grew and grew quietly. Food miles gave that distance a name. The lower the number, the shorter the supply chain. Less fuel burned, less shelf life lost in transit. Local food became a measurable preference, not just a feeling.

Growing at the store takes that idea as far as it goes: not fewer miles, but a few steps.

Why the miles matter

Distance in a food supply chain isn't just a carbon problem. It's a freshness problem, a reliability problem, and a resilience problem. Three separate costs, all born from the same root cause.

• Freshness is lost in transit before the food arrives. Produce harvested for long-distance transport is picked before peak ripeness, chilled, loaded, shipped, unloaded, packaged, warehoused, and distributed. Each step consuming days of the shelf life that was supposed to belong to the customer.
• Reliability breaks down because every link in the chain is a point of failure. The food that arrives is what survived the journey not what the plant produced.
• Resilience erodes as supply becomes concentrated in distant sources. When a region supplies most of a country's produce and that region has a bad season, the shortage is structural. No local alternative exists to absorb it.

The traditional chain

In winter, a head of lettuce on a Stockholm shelf has usually been through a long chain before it gets there:

1. Grown in southern Europe
2. Harvested early for transit
3. Packaged and chilled
4. Refrigerated truck north
5. Repackaged
6. National warehouse
7. Regional distributor
8. Delivered to store

Often thousands of kilometres, and days in transit — days that come off its shelf life.

The Freshborne model

The Freshborne model collapses that chain:

1. Grown on site
2. Collected and shelved today

A few steps. Same-day harvest.

What near-zero actually means

Growing at the store isn't a claim about sourcing region. It describes the model: the farm stands at the point of sale, so the food doesn't travel to the store — it grows there. The distance between growing and selling is a few steps, with no truck in between.

This is a different kind of claim from "local" or "regional". Local food might travel 50 kilometres. Regional food might travel 500. Food grown at the store travels the distance from the growing system to the shelf it's placed on measured in metres, not kilometres.

The consequence goes beyond the kilometres: the freshness and reliability problems of the long trip don't arise. Freshness is structural, not managed. Reliability doesn't depend on a long supply chain.

Near-zero food miles, defined: food grown at the point of sale — a few steps from the shelf, with no truck in between.

How Freshborne achieves it

A Freshborne Growing Pod is an autonomous vertical hydroponic farm installed at the retailer's site. It grows under the podIQ platform, fully automated from seed to packaged plant. Freshborne owns the pod and runs it remotely; the store gets the produce.

The result: produce harvested the same morning it reaches the shelf. No logistics network between growing and consumer. No cold chain between growing and shelving. No days of freshness lost in transit.

Freshness same day. No time spent in transit. Harvested the same morning it hits the shelf.

"Growing at the store isn't a sourcing preference. It's necessary. When the farm is at the point of sale, the miles don't just shrink — they turn into steps."