On The Chain That Decides The Plate

Henok is a typical 24-year-old in Addis Ababa. He notices that the food he has been eating has not been doing much for him, and he wants better value from the effort he puts into the gym. So, he tries to change his diet for the better. He starts optimizing for more protein, better fibre, and vegetables that actually feel worth eating. But after a few weeks, the plan starts breaking down. His options are inconsistent, and his budget cannot sustain the new routine for very long. When the food he wants is available, it is expensive. And when it is affordable, the quality is not always reliable.

Henok’s problem stops being a question of discipline and becomes a question of practicality. It is not that he cannot commit, it is that the food system around him does not make that commitment easy, nor affordable, to sustain. And this is not just a personal frustration. It is a systemic issue that starts much earlier, from the farm and from how food moves.

The Value Leaks

A crate of produce, freshly harvested from the farmlands of Sidama, leaves the farm in good condition at the back of Tesfaye’s truck. But by the time it reaches Addis Ababa, it no longer carries the same value. Some of that value has been bruised away, some of it has been lost to time, and the rest has been weakened by heat and storage conditions that were never strong enough to protect it in the first place.

A 2022 study on post-harvest losses in Ethiopia puts this into perspective. It estimates average crop losses at around 25.81 percent nationally, with fruit and vegetables reaching losses as high as 33.38 percent. The study links those losses to poor storage, weak market access, and distance from roads and markets. That is not a small detail, it means that a large share of food never arrives in a condition that still fully reflects its original value.

This puts farm-to-shelf scarcity into better context. The problem is not only that there is too little food being produced, it is also that too much of what is produced gets damaged before it reaches the urban market in usable form. Every breakdown along the way adds another cost, and by the time the food gets to Henok’s plate, it already costs more than it should have.

But the problem does not stop with how food moves, it also appears in how the in-between is understood.

The Miscommunicating Middle

At the edge of Addis, Tesfaye is arriving with his batch of fresh produce. He already has a budget in mind for how much he’ll sell the produce for, but the price the merchant from Addis calls will put him at a severe loss. This part of the miscommunication doesn’t only stay with him though, it stays with the farmer that wants certainty that Tesfaye will come back to take his produce next time, and it stays with the merchant that buys from Tesfaye who is getting frustrated by Tesfaye’s inconsistent timing. So the food exists, but the chain works in a series of guesses with no one in control and everyone paying for the confusion.

The previously mentioned Ethiopia’s post-harvest study links losses to weak market information, higher transaction costs, and distance from roads and markets. This is not a small administrative issue, it means that the middle of the system isn’t reading itself clearly enough. And in this scenario, where prices don’t arrive consistently, where demand is not always visible in time, and where information arrives unevenly, people make decisions based on partial knowledge. This matters because this system cannot work well when the middle is full of uncertainty.

But the miscommunication doesn’t only impact the middle, it also impacts the innovator at the next step of the food system chain.

The Scalability Trap

Bezawit, based in Adama, loves experimenting with food. She loves coming up with concoctions, mixes, juices, anything and everything that gives diversity and health to her diet. So, she decides to pursue her passion and open a small food business that she finds out, very soon, people around her love buying from. But when she decides to expand her operations, she finds herself stuck.

Bezawit faces the problem every food entrepreneur in Ethiopia faces, that of the scalability trap. The problem here is that every small step forward creates a new problem behind it. Inputs, as seen before, are unreliable, transportation is messy, and storage is expensive. Bezawit finds herself building these systems from scratch, and instead of scaling smoothly, she finds her energy redirected towards optimizing the system for her need.

Ethiopia’s own agro-industrial park model shows why this matters. In the Yirgalem corridor, UN Data shows that more than 65,000 smallholder farmers are now connected to the avocado value chain through structured supply systems, with better market access, and better technical support. The point here is not just that of higher output, it is also the fact that growth becomes possible when producers like Bezawit are plugged into shared infrastructure instead of being forced to improvise everything alone.

Seen together, these patterns are not separate problems, even though they are treated as if they are. What these represent is different sides of the same underlying issue: a system that loses value as it moves, struggles to communicate in the middle, and places too much burden on individual actors to compensate for what it lacks.

The solutions, then, shouldn’t be solutions that focus on one part of the system and ignore the others, they should be solutions that create systematic shifts.

Sealing The Leaks

Now imagine Tesfaye’s journey differently. A crate leaves a farm from Sidama, but this time, it reaches a nearby collection point faster. It is cooled before decay spreads too far, and it is also packed in a container that does not bruise the produce on the way out. By the time it reaches Addis, much more of its value is still intact, which means that the price Henok buys it by reflects the food itself, not the damage done to it along the way.

A practical fix here is to stabilize this through local aggregation and basic preservation. An example here could be solar cooling at cooperative levels, which could keep perishables cold for 24 to 48 hours. Another one is reusable crates that reduce mechanical damage and microbial contamination compared with wooden crates. Simple direct solutions like these stop value from leaking before sale, which means that more of what is harvested remains marketable.

Aligning The Middle

Tesfaye, once again, arrives at the edge of Addis, but this time, he’s not in the dark about what price to call when the merchant finally shows up. He checks the dashboard on his phone and sees a price reference list, and he understands what is going on in Addis’s market much more clearly than he did before. Here, it’s not that the market has changed and has become perfectly stable, it is that for people like Tesfaye, it has become comprehensible.

This is where Ethiopia’s digital market tools matter, and where progress has already been made. ATI’s National Market Information System already collects weekly data from 311 marketplaces and shares it through the web and email, while OpenAgriNet is also being developed as a more interoperable digital public infrastructure for agriculture. The point here isn’t digitization for its own sake, it is shared visibility so that farmers, traders, and buyers are responding to the same market rather than their own parallel versions of it.

Here, when the middle can see itself more clearly, fewer decisions are made blindly, which, in turn, means that less value is lost to confusion.

Letting Growth Sit on Structure

Now imagine Bezawit expanding her business, but this time, the expansion does not require her optimizing or rebuilding everything around her. There is already a system that she trusts. This system has her inputs arriving within expected ranges, processes and storage systems that are already set up well to handle her needs, and distribution routes that exist beyond her alone. Demand could still fluctuate, but that wouldn’t matter much, because it does not break the system it is held through.

The final practical solution here is to build shared infrastructure that businesses can rely on without owning. Processing spaces, storage facilities, and logistics services that operate as independent layers allow multiple businesses to plug into the same system. This also means standardizing how different parts of the chain interact. Clear quality grades, packaging formats, delivery expectations, and payment timelines help to reduce friction at every exchange. The combination of these solutions, i.e., shared infrastructure and better standardization, means that growth will sit on structure instead of improvisation, which is the type of ecosystem Bezawit exactly needs.

For a young person like Henok, the difference between struggling to afford his next good meal and stability doesn’t just lie in his money-making abilities and income, it also lies in the food system around him preserving value, communicating clearly, and giving growth something solid to stand on.

This is where the food system should improve on, because without this, many like Henok will continue feeling like eating better is a heroic and costly personal project, rather than something that should feel like a normal choice.