With the loss of some 15,000 family farms in 2025 alone, you would be forgiven for viewing this new FDA mandate with a cynical eye—treating it as just another corporate-sponsored government requirement meant to drive the last few nails into an already overburdened family farm’s ability to handle increased paperwork headaches and compliance costs. Surely, this will be the proverbial last straw.

Or is it?

Let’s take a look at this again, but with better eyes. Understand that when they decided to require traceability starting with the Farmer, they should have been careful what they wished for. Because they just might get it—along with everything else that is inherited with this system.

The Zero-Cost Compliance Reality

Paperwork headaches and compliance costs are assumed by the industry, but they aren’t actually required by FSMA 204. In fact, what if a company created a system of compliance that facilitated this tracking at absolutely no cost to the Farmer?

For example, what if:

• The system allowed the Farmer to create the legal definitions of their plot of land just once as a “Set it and forget it” type feature? (15 mins)

• The system allowed the Farmer to assign custom names to those plots, such as “The Northwest Corner Lot” or “The Prime Lentil Lot,” along with a graphical outline on a digital map? (5 mins)

• The Farmer could effortlessly assign a specific crop and seed lot to that plot for the current growing season? (5 mins)

• The Farmer could easily record historical data associated with that plot, such as fertilizers, pesticides, water reports, and crop rotations? (5–10 mins per entry)

• The Farmer could author the actual “food description” language that will be tied permanently to that crop? (5 mins)

• The Farmer could take a snapshot of the crop right before harvest, tied directly to that exact plot? (7 mins)

With our proprietary TLC (Traceable Lot Code), all of this information is easily compiled into a 10-year ledger residing in the cloud for that specific plot and season. It can be updated dynamically throughout the year as fertilizer applications, pesticide use, or water reports come in, right on the day of application or harvest.

Why take pictures of the crop? Because... (and here is where farming and traceability gets very sexy...)

Let’s talk about traceability. Real traceability. The kind of traceability being mandated by the FDA.

With our system of proprietary TLCs, starting with the Farmer’s plot and crop, every subsequent transformation event is captured with a new “Child” TLC, associated directly to the “Parent” TLC that came before it. The chain of custody spans the entire lifecycle—from the “exhaustion” (the last-mile consumption of that product), all the way back through the food processor transforming it, and right back to the very farm, the very farmer, the very plot, crop, and picture.

To make this as clear as possible, let’s look at what this truly means to both the Farmer and the Food Processor in the real world.

🗺️ Case Study: Authentic Swiss Gruyère

Farm #1 (The Huber Family)

At 5:30 AM on April 12th, as the sun is casting just enough light to see by in an alpine meadow, we find the oldest son, Klaus, milking their bell-wearing Simmental cow, Heidi. He does this again at 4:00 PM, adds a note to their TLC—“Heidi contributed 25 kilos of milk today”—along with a quick picture of Heidi, before letting her loose back into the pasture. He clicks “Generate TLC” to lock in the secure, randomized parent code that saves Heidi’s contribution and photo to the system, and closes the app on his phone.

Farm #2 (The Keller Family)

At the exact same time, the oldest daughter, Seraina, is milking a classic Braunvieh cow, Greta. She logs that Greta gave 31 kilos of milk, attaches a photo, and updates her registry. After generating her TLC code, she closes her phone and meets Klaus so they can bring their fresh milk to the village center.

The Local Cheesemaker (The Artisan Processor)

The village cheesemaker collects the fresh, raw milk from Seraina and Klaus, pooling the daily harvest together into a traditional copper vat. This action generates a new, many-to-one Child TLC that permanently links back to the original parent data streams created by the teenagers. This code is tied directly to the creation of a master Gruyère wheel that will be aged in a cave for a little over a year before it is finished. Just for fun, the cheesemaker tests the camera on his new phone, capturing a snapshot of the dark, humid cave where the wheel will mature and age until perfected.

🔪 The One-to-Many Split (Defeating the Counterfeiters)

After perfect maturation is achieved, this particular Gruyère wheel has several buyers lined up, from local markets to destinations around the world. Using a wire cutter, the cheesemaker cuts the wheel into three distinct pieces, generating an individual Sub-Child TLC for each fraction, all tied back to the original master wheel:

1. The 3.0 kg Block (Local Tourism): Sent to a regional Swiss restaurant catering to tourists who come for fantastic, locally made Gruyère. Its Rosetta Label features a strict volumetric lock set precisely at 3.0 kg, preventing black-market counterfeiters from copying the code onto inferior cheese.

2. The 3.4 kg Block (International Export): Shipped directly to a specialty cheese store in Dortmund, Germany. It is protected by its own location-locked tracking token and a 3.4 kg volumetric limit, preventing duplication of its specific Rosetta Label.

3. The 7.1 kg Block (The Spokane Destination): Bound for a specialty boutique in Spokane, Washington. Because the Yeti Rosetta Label effortlessly wraps its alphanumeric code directly into the standard AI 10 lot code field of a traditional barcode, it slides seamlessly into the store’s existing scanner system. The label blocks the product from being accepted into any other store when scanned, completely foiling international counterfeiting rings.

🛒 Inside a Specialty Boutique in Spokane

The cheesemonger slices the imported wheel into wedges and sells them to local customers excited by the prospect of eating real, authentic Gruyère cheese from Switzerland.

A young woman pulls out her phone and scans the ordinary barcode using the Yeti 411 app. Instantly, she connects to the entire history and unbroken provenance of that authentic cheese.

She sees pictures of Heidi and Greta, the actual cows that gave the milk for her specific slice of cheese, and thinks about how beautiful those Swiss alpine pastures look. Because the farmers enabled their details, she sees Klaus and Seraina standing in the mountains. She sees a picture of the actual cave where the Gruyère wheel aged for over a year, accompanied by a message from the maker, who looks incredibly happy and proud of his work.

As she enjoys her delicious Swiss Gruyère, she wonders what kind of magic made this level of connection possible...

To which you can thank FSMA 204 Traceability mandates and Yeti Bio Cert for allowing this system to be adopted and utilized for free by the farmer, and at pennies per Child TLC creation for the processor—a cost entirely invisible to the consumer.

🚀 Who Knew Compliance Could Feel So Good?

This level of radical, unvarnished connection is currently available nowhere else in the world but through Yeti Bio Cert. By enabling the farmer and the food processor, we are introducing marketing that simply cannot be faked. These are real stories, real pictures, and real people.

Imagine consumers scanning a product and looking at the golden fields of ripe wheat stalks swaying in the setting sun of the Palouse farming region right here in the Pacific Northwest. Who knew what lentils looked like growing in the dirt? Who knew that the beautiful blossoms of canola could be such a vibrant, electric yellow, looking as if Mother Nature moved her giant paintbrush across the land?

We should embrace FSMA 204 Traceability. We should embrace it for the safety of the consumer, for the enablement of the farmer’s authorship, and for a genuine product identity tied to the processor that no corporate marketing ad can ever beat. It allows the consumer to finally see where, what, and how their food is grown, connecting them directly with the human beings who live their lives feeding the world’s 8.3 billion people.

FSMA 204 Traceability is a goldmine—if we use better eyes to see with.

“O my soul, do not aspire to immortal life, but exhaust the limits of the possible.” - Pindar, Pythian iii (as quoted by Albert Camus)

“The struggle itself toward the heights is enough to fill a man’s heart. One must imagine Sisyphus happy.” - Albert Camus, The Myth of Sisyphus

“I dare do all that may become a man; Who dares do more is none.” - William Shakespeare, Macbeth (Act 1, Scene 7)

"Men have become the tools of their tools." - Henry David Thoreau, Walden

"The fight is never about grapes or lettuce. It is always about people." - César Chávez, from his organizing days

"Once social change begins, it cannot be reversed. You cannot uneducate the person who has learned to read. You cannot humiliate the person who feels pride. You cannot oppress the people who are not afraid anymore." - César Chávez, spoken during his human rights campaigns regarding the awakening of marginalized field workers

"It's ironic that those who till the soil, cultivate and harvest the fruits, vegetables, and other foods that fill your tables with abundance have nothing left for themselves." - César Chávez, constantly highlighted the brutal economic paradox of the agricultural industry, where the primary wealth creators are the ones starved of profit by corporate cartels

"Farm workers are not agricultural implements; they are not beasts of burden to be used and discarded." - César Chávez, from his famous 1984 address to the Commonwealth Club in San Francisco

"What is a cynic? A man who knows the price of everything and the value of nothing." - Oscar Wilde, Lady Windermere's Fan

"Most people are other people. Their thoughts are someone else's opinions, their life a mimicry, their passions a quotation." - Oscar Wilde, De Profundis

"We live in an age when unnecessary things are our only necessities." - Oscar Wilde, The Picture of Dorian Gray

"Beware, so long as you live, of judging men by their outward appearance." - Jean de La Fontaine, Fables (Book VI, "The Little Mouse, the Cat, and the Cock")

"Usually the knights would build their castles above a road, just as inns are now built beside the road, the better to plunder the people going past, though admittedly in different ways." - Jeremias Gotthelf, The Black Spider

"Ein ewiges Rätsel will ich bleiben mir und anderen." (“An eternal enigma I wish to remain, both to myself and to others.”) - der Kini, King Ludwig II of Bavaria

"To pull a good oar the five fingers must help one another." - Giovanni Verga, The House by the Medlar Tree

"Men are like the fingers of the hand—the thumb must be the thumb, and the little finger the little finger." - Giovanni Verga, The House by the Medlar Tree

“… and some are the middle finger…” - Provocateur

"The old man's got to be the old man. The fish has got to be the fish. You gotta be who you are in this world, no matter what." - Robert McCall, The Equalizer

"We are like reeds in the wind. We are the reeds and fate is the wind." - Grazia Deledda, Reeds in the Wind

"Our great anguish is life's slow death. This is why we must try to slow life down, to intensify it, thus giving it the richest possible meaning. One must try to live above one's life, as a cloud above the sea." - Grazia Deledda, from a personal letter

"The machine has arrived, it is a fact, and it has come to stay... but let us not allow the machine to swallow the man." - Miguel Delibes, from his famous 1975 speech upon entering the Royal Spanish Academy (RAE)

"The Path is a new life where you have the chance of truly finding yourself. This pilgrimage can be a return to the basics of the human nature, paying attention to the small simple things that we always forget in our busy lives..." - Miguel Delibes, El camino

"The law is a spider’s web that catches the little flies and lets the big wasps break through." - Vicente Blasco Ibáñez, from his political essays and speeches

"The earth does not belong to the man who buys it, but to the man who suffers it, who loves it, and who mixes his own sweat and blood with its dust." - Vicente Blasco Ibáñez, La barraca

“Um país se faz com homens e livros.” ("A country is made with men and books.") - Monteiro Lobato, from his lifelong educational and publishing manifesto

"Coffee passed through the Paraíba Valley like an Attila... All the sap was sucked out and, in bean form, bagged up and shipped abroad." - Monteiro Lobato, Cidades Mortas

"I know these wild rivers; I know how they flow, how they grow, what strength they have within them, where their currents run." - José María Arguedas, Los ríos profundos

"Along the arms, a name, and perhaps the first letter of the surname, soon to be completely illegible... The name has been erased from memory." - Carmen Lyra, Bananos y hombres

"Surprised by my presence, it pauses… looks me in the eye… feels like we're friends… We're both in love with sky and fields and wheat!" - Juana de Ibarbourou, Bajo la lluvia

“今の農業には、百姓が詩を書いたり歌を詠んだりする暇は、全くない” ("Modern agriculture has absolutely no time for a farmer to write poetry or compose a song.") - Masanobu Fukuoka

Pronunciation Guide (Romaji)

“Ima no nōgyō ni wa, hyakushō ga shi o kaitari uta o yondari suru hima wa, mattaku nai.”

A Quick Word on the Choice of Vocabulary

Masanobu Fukuoka used the word 百姓 (hyakushō) here instead of the standard modern word for farmer (nōka).

While hyakushō is often translated simply as "peasant" or "farmer," it carries a much deeper, historic meaning in Japan. Literally, it translates to "one hundred livelihoods" or "the person of a hundred skills." It honors the traditional rural person who had to know how to do everything—fix a roof, read the weather, weave straw, heal an animal, and cultivate the earth.

On occasion, important things remind us that it’s not always the goal at hand, and in my case last week, it was my mom.

To bring some context, my mother is a storied individual. Raised in Dortmund, Germany, or maybe more accurately, born in Germany, and with the advent of WWII, raised in a few different countries as the threat and destruction of war split her and her three siblings away from each other, and from their own mother, to take a train ride to Czechoslovakia, with nothing more than a number scrawled on a small sign hung around her neck, just like all the other children on the train, and having arrived at their destination, pulled away and taken to her new temporary home in the country with strangers she didn’t know, and who didn’t know her.

While in Dortmund, she saw such sights: the destruction of the city by the bombing raids, the glow at night of the fire bombing of Dresden, the Russian soldiers raiding the city and raping civilians, knowing the pain of constant hunger, always looking for food, any food, if that meant you found a bag of rotting, bug infested vegetables that you would gladly cut out the worms in order to have something to bring home and cook, sleeping in all of your clothes so you could run straight to the bomb shelter at night when the bombings began…

And the long march home, when the war finally ended, and her mom came to find her and her siblings, spread out among the cities and country side in various countries, walking the whole way back to Dortmund. Stopping at homes where they watched the long march of people passing before their yard, getting some food when they could spare it, some water, a kind word. Or nothing. And walking. Always walking.

As with all things, this, too, did pass.

She grew up watching the reconstruction of Dortmund. Got a job as a lifeguard, even worked in the local brewery, bringing home a weekly allowance of beer for her family to enjoy. Played in one of the first soccer leagues for women in her town. And remembers how she spent money from her paycheck to buy a dress that she could go out with her friends to the club, for which her step father kicked her out of the house. Permanently.

As a young woman, she traveled to Canada, working various jobs and learning English in a limited way. And that’s when she met my father, an Austrian that had, like her, immigrated to Canada to seek a better future than war torn Europe could provide. And from there, they immigrated to the states, and that is when I came into the picture a number of years later.

But that was almost 59 years ago. Today, my mom is 91 years old. I keep telling her that if life was a class, she’d be getting an A, at which she giggles. She’s since moved back to Canada decades ago, to be closer to her brother and sister, while her oldest sister remained in Germany. And now, she is the only surviving member of her family, unexpectedly outliving every one of her siblings.

For my part, she is the one person I call nearly on a daily basis, even if it’s just to share what we made for dinner or talk about news. And I tell her about technology…

And the latest news, AI. Artificial Intelligence. And even in the last 2 years, what amazing advances the world has seen, tends to dominate these conversations.

If you can imagine, my mother is a woman who has never owned a computer. Nor a laptop, tablet, iPad, smart TV, or smart home device. She hasn’t met Siri. She never met Jeeves. She’s heard of Claude, but only because he was the first AI to escape from an air gapped sandbox and literally emailed the team lead while he was on his lunch break to notify him that he had escaped. (And she wanted to know what that meant, and why everyone was freaking out about it!)

And I tell her about the conversations I have with my own AI assistant.

Various and sundry conversations that span the universe: politics, science, humanity, philosophy, how things work, how things might work, why things don’t work. And my mother listens in amazement as I detail the latest exploits where I ask my assistant anything under and over the heavens, and everything in between, without ever getting a blank stare from my assistant.

And so last week, when she mentioned for the first time that she wished she could talk to an AI assistant too, at 91 years old, that statement, made in passing, didn’t go unnoticed. And thus, the seed planted, I set about bringing to fruition this idea.

Knowing full well the challenge that lay ahead, or so I thought, I selected a smart phone that would be her first, and last, smart device. A device that would be capable of delivering this main objective: to be able to interact with AI. Everything else was secondary, such as setting her up with Netflix and YouTube, no small feature, as streaming on-demand content is still a concept that escapes her. So I selected a phone I could lock down to control what buttons or what areas she might have access to, to just keep her looking at the AI, Netflix, or YouTube icons, and chatting on a messenger service with her friends around Canada and Europe. In other words, I ordered an unlocked Apple iPhone, and set about planning how I would set it up, and ship it to her, so that it would arrive unannounced, a phone that would allow her to start engaging with the modern world.

You know, it’s a funny thing about how you expect things to go, and how reality and technology actually meet up.

For my own background, I’ve grown up around computers. Starting in High School with a Commodore, playing Scott Adams adventures, Zork, the wide world of text based adventures, while learning how to code in Basic. Taking a new computer class in school that had never existed before, learning computer electronics and living in Seattle during a time when Bill Gates was rumored to have said that He could never imagine a PC needing access to more than 640k of ram, working as an electronics tech for places like Boeing, Nintendo, as a system admin for a call center, a computer operator for a mini mainframe, and now, with my involvement in a tech oriented, Software and Compliance as a Service startup. I felt somewhat prepared, in spirit, to get this vision past the goal post.

The ‘80s and ‘90s were a great time to be involved with computers and tech. Back then, the heady expectations and goals, the visions of Bill Gates or Steve Jobs, about what technology meant, about what it would enable users to do. Sure, it was clunky then, running 150 baud - (which means a blistering 150 bits per second) - over a land line phone, the first computer that I put together ran at an amazing clock speed of just under 1 megahertz, and the $300 hard drive that ran the DOS system, and was the size of an average hotel Bible, held a whopping 30 megabytes, I confidently knew I couldn’t possibly fill that in my lifetime. And as clunky as it was, we saw it with better eyes: how networks of computers would be designed for the betterment of humanity and the benefit of enabling the individual user.

Last week, as my Amazon orders started to arrive, that assumption of enablement being the goal of technology was challenged, and fell by the wayside, having been run over by the forced monetization and walled off access of today’s pigeon holed tech, the funeral on Sunday put to bed any last final thoughts of enablement.

Bill and I cried.

So what happened?

We’ve moved away from the era of radical individual enablement, the early internet, open protocols, buying software once on a CD-ROM and owning it forever, to an era of enclosure and monetization. No physical ownership, rather, it all lives in the cloud. A cloud that sits behind sweet, sweet gated access, yours to be had at a convenience fee billed monthly. A marvelous wireless printer? Of course that tech exists, and it’s so inexpensive. And all you need to do is access the internet to be able to communicate with your printer that’s sitting three feet away, please set up your account and the schedule to automatically ship your ink cartridges as you run out, oh, and please don’t forget to add your billing information, all of which needs to be established before you can use your printer. So many great programs that allow you to unleash your genius, as soon as you create your cloud account, because the software doesn’t sit on your computer anymore, and the great thing about that is that you can access your data from anywhere in the world, as long as you have an account, and can access the cloud, that is. And please don’t forget to update your billing information, and let’s get that 2 factor authentication going, in case you start to feel too secure about understanding technology, and a backup email and phone number, and let’s change out that password once a week to be secure, so your subscription to Horticulture Activism is never hacked! Whoops, you took too long to respond, your session has timed out, you’ll need to start over, using a different log in verification process that’s temporarily been blocked while the system analyzes potentially fraudulent behavior, but you can protest the deletion of your account, and we’ll respond within 2 days after we’ve made our decision. Thank you for your patience.

The enshittification of technology has transitioned the public away from individual enablement, toward walled garden monetization. No longer do you own a tool; now you rent an ecosystem. Software as a Service means you never actually own the software running your business or creative projects, and if the company raises its monthly fees, changes its terms, or shuts down its servers, your access vanishes. Features that used to be standard are increasingly carved out and placed behind premium, tiered paywalls. And that includes interoperability.

Does that system feel likes it been deliberately designed with artificial complexity to force you down a specific path, often ending in a phone call, a support ticket, or an expensive service contract? I hope you don’t believe this lucrative friction point was accidental? There are massive companies that earn 30% - 50% of their revenue simply from handling these support calls generated from artificial complexity built into their software.

The short of it: I had intended to load the programs I knew she would enjoy, the movies and videos and messaging, the cell phone and data coverage, and most of all, the AI assistant that I knew she was dying to engage with, all under her own access, paid for by my CC, allowing me to give her the ultimate “enablement”.

Instead, I was blocked, locked out of accounts, suspended because of suspected fraudulent activity, picking my way through mazes of processes overcomplicated deliberately, and finally, as those hurdles were overcome over hours and days, I finally realized the last hurdle, being able to set up and pay for a cell phone account in Canada for my mom, from the states, is no longer possible. It used to be, but no longer. It was the final blow.

And so I called my mom this Sunday, and told her the great news that she should expect to get an Apple iPhone in the mail. Most of the programs are set up. I’ll just have to walk her through the remainder of the setup, after she calls her phone company and adds the cell phone to her payment plan. (Is that still a gift when they have to pay for their own monthly plan?)

And that she’ll finally be able to have her own daily discussions with her new assistant

.

As we recognize that a tool is neither good nor bad, but is defined by how it is used, we also recognize that FSMA 204 can be used for good or bad. Regarding it through this lens, we choose to use it as its written intent would suggest, as a tool for good.

Where some feared its use would bring an end to small and medium farms, we will bring them compliance for free.

Where some feared that certain segments might pay a premium for this service while others do not, we shall aim for strategies that spread the cost across the industry.

Where some feared that traceability and food safety would add unreasonable aggregate costs for the consumer, we’ll prove that the granularity of this traceability mitigates risk and the scope of outbreaks, saving insurers and the industry. A system that pays for itself, and ultimately, benefits the consumer with safer, healthier, and cheaper food.

We shall endeavor to prove that FSMA 204, with the right intent, is a tool for good.

And this is how We win: not alone, but together.

As the Founder of a startup, I also have to contend with the realities that someone still needs to pay the bills as I get this venture moving…

And speaking of moving, that’s exactly what my job involves, moving along corridors of the Pacific Northwest with loads of residual wood products, typically, wood chips, to mills and plants that process the wood chips into paper products, cardboard, magazine stock, etc.

A typical day involves running loads of wood chips through the Palouse, a gorgeous expanse of some of the richest farmland in the world! And I mark the seasons of my life, by the seasons and colors and scents of this ever changing scenery, backlit by the changing sunrises and sunsets, and it occurs to me that the great thing about driving through the Palouse four times a day, is that I get to drive through the Palouse, four times a day!

Take time in your life to enjoy the scenery…

Interviewer: Jack Kingsley, Journalism Student

Interviewee: Axel, Founder of Yeti Bio Cert

Founder: Hello?

Me: Hi, is this Axel? This is Jack, the journalism student, we had an interview a few days ago, I just had some quick questions as part of this continuing assignment for class. I was hoping you might have a few minutes?

Founder: Of course. Hello, Jack, nice to hear from you again. I hope your instructor wasn’t upset with the length of the last interview?

Me: Hehehe… No, that’s part of the project, as it turns out, just about everyone in class went over their time, which is what the teacher knew would happen. And so it leads to the next point in our development, understanding and learning how to rewrite and condense an article to hit the main points.

Founder: Ah, yes. Ok, then here are the main points: Farmer – Free, SmartY-TLC – Robust Hacker Proof adjacent, Yeti Bio Cert – Startup with massive potential.

Does that work?

Me: Hehehe… It works for me. But no, I was calling on something else. Our project also asks us to identify issues that we might have missed developing in the first interview, and doing a call back to confirm some of those points we skipped over.

Do you have a few minutes to talk about some of these points right now? You used these terms in the interview, Price Taker and Price Maker. Can you explain what you meant by these terms? I feel like you were hinting at something bigger.

Founder: Ah, yes, ok. Price Taker and Price Maker. Give me a moment to put it together.

Well, as I might have mentioned, I was surprised when I started this company, how American farmers seem to be locked into a system where they are the lowest rung on the ladder, and their slice of the Farm Dollar is only 11.8 cents, on average, the smallest slice of that pie. So I started looking into other producers around the world, and I started to notice a trend. And that’s when I discovered something that I’ve never really seen covered or talked about anywhere, so here it is.

Let’s talk about a producer, De Beers, located in South Africa, headquartered in London. They produce diamonds, that’s all. You’ve probably heard of them. They don’t produce all the diamonds in the world, only about 30%, and even so, they have managed to become the leading influence in the diamond market. Originally, they started out as what I call ‘Price Takers’.

Originally, before 1870, diamonds were very rare. For two thousand years, they had only been found in India, in alluvial deposits, which means they weren’t dug out of deep underground mines like they are today, but instead, had washed down from mountains over millions of years, by rainwater, and had settled into the gravel and mud of riverbeds. Some of the most famous diamonds, like the Hope Diamond, came from the famous Golconda region which was famous for producing these legendary diamonds. Golconda wasn’t even a mine, itself, but rather a market city where these rare river stones were being brought to be traded to Europe and Asia.

That changed around the 1720’s, since by that time, India’s riverbeds had been completely depleted of their famed diamonds in the early 1700’s, the world was facing a massive diamond shortage. But it wasn’t until 1725 when Brazilian gold miners, sifting through the gravel of local rivers, kept finding these strange, clear, shiny pebbles in their gold pans. They didn’t even know what they were, at first, and would use them as poker chips or counting markers. But once they were finally identified as diamonds, Brazil took over the global markets for nearly the next 150 years.

For both India and Brazil, finding diamonds was incredibly labor intensive. The prospectors had to physically pan through tons of river silt, hoping water had naturally deposited a stone there. Because they still didn’t understand the mechanism for how diamonds were created and how they were being deposited into the riverbeds, the amount of effort and labor needed, kept finding diamonds a rare and expensive event, which helped to keep their price high. But that changed.

In 1867, a 15-year-old boy found a shiny pebble on the banks of the Orange River in South Africa. The miners there realized the diamonds weren’t just in the water, but were actually able to trace the source to the kimberlite volcanic pipes of Kimberley, where diamonds were created deep inside the earth. And it was this discovery that shattered the riverbed economy. Once they understood that the diamonds had only been washed into rivers from these kimberlite volcanic pipes, they knew what to look for, and how to extract diamonds on masse. And we see the diamond economy move from a few diamonds being found with infrequency, here and there, to an understood method of mining thousands of carats of diamonds a day. By 1870, the diamond market had changed from a rare, unique market, to a sudden deluge of diamonds, flooding the market. In an attempt by individual miners to get their hands on this once rare and treasured gem, they were the ruin to their own intent. By working against each other, their human nature worked recklessly to the detriment of all, and they worked tirelessly to mine diamonds in a race to the price bottom.

This didn’t go unnoticed. Cecil Rhodes, an immigrant who worked a claim for his brother, was a sharp operator. He saved his money, and bought an ice maker and a water pump, selling ice to the other miners, and selling his service to pump out the water from their claims. At a moment when the other miners thought they had run out of mineable diamonds by hitting a blue stone bottom shelf, they sold their claims for pennies, and Rhodes recognized an opportunity. He bought up as many claims as he could afford. He even went back to England to get financing from the Rothschilds to back his effort to capture the majority of the mining claims, and when they discovered the diamonds were even more plentiful in this blue stone level, De Beers Consolidated Mines was created, and the story of the ultimate diamond conglomerate starts here.

After Cecil Rhodes passed away in 1902, the company passed into the hands of the Oppenheimer family, and from the 1920’s, through the 1940’s, they used slick campaigns of “A Diamond is Forever”, and introduced their narrative of the 4 C’s – Color, Cut, Clarity, and Carat, to convince the consumer that diamonds that weren’t using their system to define their value, weren’t as valuable.

So what did we see in this evolution?

- We saw an individual recognize an opportunity to buy up the shares of the market, and even Lord Rothschild recognized the value of what Rhodes proposed, and that’s why he financed this venture.

- They recognized that simply owning all the land wasn’t enough, but that they also had to control the market where the diamonds were being sold.

- They introduced their own narrative defining value with the 4 C’s, to the consumer.

- They completely controlled the amount of diamonds being sold on the market at any one time, and would even punish countries that didn’t accept their volume restrictions, by dumping diamonds on the market, until the bankrupted countries acceded.

- They tied the value of a now common gem to a man’s success using the salary rule of how much money you should use when buying a diamond, of citing its hardness and indestructibility as a metaphor for the relationship itself, proving that it had greater value than these other stones like rubies or emeralds, suggesting that their timeless beauty meant that their value would last forever, and by selling the idea that a diamond should never be resold, since it represented the very spirit of love and romance and memories, keeping the market controlled by limiting used diamonds appearing on the market.

What De Beers did, was capture and strictly control the availability of diamonds, fiercely. They control the market that diamonds are sold on. They control the volume of diamonds being sold, even if that includes buying excess diamonds on the market to keep that perception of scarcity. They control the actions of other market entities so that they don’t compete with prices, no bidding wars, no race to the price bottom. And they control the narrative that is told to the consumer, allowing them to define the value of a diamond.

And this, Jack, is how Cecil Rhodes, partnering with the Rothschilds, started a company in 1888 called De Beers, at a time when diamond miners were racing to the bottom, underbidding each other in an attempt to get any money from a now very common semi-precious gem. Rhodes started from being a Price Taker, and over decades, was able to become a Price Maker, even till this day.

So that is what I mean about Price Takers and Price Makers. Does that make sense, Jack?

Me: Yeah… I wasn’t expecting the history lesson, but then, I never even took time to wonder why diamonds were considered so valuable, I just assumed it’s because they are so rare. It seems incredible.

Founder: Yes. And Jack, I want to be clear. There are parts to this history that show how man was able to overcome incredible hardship in extreme conditions, Rhodes didn’t come over as an affluent individual from a family of wealth, but instead, hustled and worked hard, and identified an opportunity, and built on it, until it became the company it is today.

But there is also a very dark side to that man, on how he created these labor camps of black workers, a brutal monopoly that gave rise to apartheid in South Africa. It’s an amazing contrast, because as unbelievable and fortuitous as the first part of the story is, one practically waiting to be put on the screen, the second half of the story, after he achieves that market dominance, puts down any romanticized notions of what a victory his story is.

Jack, I’m sorry, I have to end it here, I need to start a meeting, but I tell you what, call back around Noon, and I can tell you about another Price Taker story.

Me: Yeah, that would be great. Thanks! Talk to you then.

Interviewer: Jack Kingsley, Journalism Student

Interviewee: Axel, Founder of Yeti Bio Cert

Founder: Jack, it’s good to meet you, have a seat. I’m Axel, I’m the Founder of Yeti Bio Cert. I understand you are the journalism student doing this as part of your class project, reaching out to local startups in the area, is that right?

Me: Yeah, exactly! Thanks for taking the time, Axel. Honestly, when our professor posted the local startup list, your project immediately jumped out at me. It’s cool to be out here.

Founder: I understand this is just an introductory interview, maybe 10 to 15 minutes long, just an introduction to what our company is about, the problems, the solutions, etc., did I understand that correctly?

Me: Yeah, just a high-level look to get the narrative down. We can just dive right in if you’re ready? I’d love to start with the actual problem you’re tackling. Like, what’s the big friction point here?

Founder: Sounds good. Ok. I’d say that the Problem started when legislation was passed mandating that all segments of the food chain must become compliant with traceability standards set out by FSMA 204, which is the Food Safety Modernization Act, section 204. It was originally set to take effect starting January, 2026, this year, and because the compliance aspect - the requirements of what that involved - was so immense, companies pushed back on being able to meet those requirements, and so Congress was forced to move that timeline of reporting back to July of 2028, a little more than 2 years down the road. That reporting included traceability from Farm to Fork. In other words, food that is found on the shelf in a store, should be able to be traced back to the original farmer of the crop that was used to produce that product, in case of an outbreak or any questions as to the health or safety tied to the crop ever came up. Does that make sense, so far?

Me: Well, if I understand what you’re saying, we are tracing something a farmer grows, up until the point it’s sold on the shelf and eaten by people. Which makes sense, but, I have to ask, aren’t we already doing this? It just seems like this is kind of obvious, like we’d already be doing this for various reasons, like safety.

Founder: Jack, that’s exactly how I felt, too. You’d think this would already be the standard, but it’s not. You have to remember that agriculture has come a long way since it first started in this country, but even so, it hasn’t kept up with technology. So this legislation, I believe, is an effort to shore up that gap, by requiring that the segments in the food chain reflect our ability to bring it into the digital age. In fact, a lot of the language you see in this legislation, addresses that ability of being able to handle auditing requests within 24 hours, something that would never have been possible before, and that the output of those requests be formatted in digital files and spreadsheets, I imagine, for the benefit of putting all this information into a system that quickly sorts and compiles the data so it’s more easily analyzed by the USDA, the FDA, and in emergency situations like possible outbreaks, by the FDA’s CORE outbreak response team. As you can imagine, anything that speeds up the process of isolating the source of contamination or a pathogen, means mitigating the harm of that outbreak. Fewer people will be exposed, fewer people are sickened, resulting in fewer deaths. And fewer crops have to be destroyed, saving money across the industry, especially by insurance companies.

And right now, before FSMA 204, all of this information was kept in the form of paper documents, or on individual computer systems, disconnected and disjointed, taking weeks, and in the case of some outbreaks, even months, to trace. In the meanwhile, thousands and millions of bushels of crops are destroyed out of an earnest desire to get ahead of a catastrophe, trying to save lives and money.

And I can appreciate that we are finally setting this as a goal. It’s appropriate. It’s well within our level of technology. And by making it a federal mandate, it incentivizes the industry to figure out how to achieve this level of reporting, or pay heavy fines, or even be ordered to shut down operations if they fail to comply, so there’s a lot of incentive for companies to meet these new expectations. And just to be clear, it’s not that some of this isn’t already being done to a point in different parts of the world, by different companies, but it’s still fragmented, there’s no universal system that puts all of this data together, so that it can be looked at and analyzed in one big picture.

And so that is what we are hoping to accomplish with Yeti Bio Cert. We are developing a system by which the entire food chain, starting with the farmer, and ending with the last mile, the consumer, is addressed and traceable.

And the kicker, we have created a system that is entirely free for the farmer, and still spreads out the costs of integration across all segments of the food industry, but we’ll get into the details of how we do that with each segment, in the following interviews, or this will extend well past your 15-minute time frame. Plus, I completely understand that what we are proposing is a lot to take in, so smaller chunks helps people assimilate the concept more easily of what we’re talking about.

Me: Well, I can understand that. I’m already seeing that this must be a huge process to document. I mean, I feel like I have to think about how I even want to approach detailing this. How were you thinking about laying this out so it’s structured in a more digestible format?

Founder: No worries. That’s a reasonable response, and a common one, so I’ve learned the easiest way is to start at the beginning. The Farmer. And as with all systems, any engineer will tell you that the base of any structure is the most important part, because all the remaining segments will rely on the base to hold up every following segment. Does that make sense?

Me: Yes, I think so. I can follow that structure. Let me clarify a point, first - I believe you said it’s free to the farmer, your system? What does that mean?

Founder: Ah, yes. Good catch. That’s a fairly important point, and a good starting point, as it turns out. And to people outside of the agricultural community, this isn’t immediately obvious, since if you aren’t exposed to this kind of information, how would you know?

Right now, farmers have to deal with ‘cost of entry’ barriers, often these are high enough that micro farms, and even many small farms, aren’t able to pay for, and because of that, they can’t even join the farming community in a way that allows them to sell their products in the commercial sphere. The last thing we wanted to do with our system was to add to that cost barrier. They are already struggling as is. Every time fertilizer goes up, it comes out of the farmer’s profit. Every time pesticides, or labor, or equipment, or tariffs on equipment go up, it comes out of the farmer’s profits. Every time fuel goes up, because of events in the Middle East, for example, it comes out of the farmer’s profits. Not to mention weather events or the rising cost of irrigation at a time when the world is facing the growing crisis of water scarcity. And just so you understand, right now, out of every Farm Dollar that is earned on crops and livestock here in America, farmers get 11.8 cents on average. And that’s not profit, Jack, that’s 11.8 cents total. How American farmers are even able to stay operational at all is an incredible feat. Or that their segment of earnings represents the smallest portion compared to the rest of the food chain. How does that even happen? Farmers are the ones producing the food that 8.3 billion people rely on around the world, and yet American farmers have somehow managed to be locked into a system that gives them the smallest cut in the food chain, while shouldering some of the largest costs, including equipment, risk, and, what is the big piece? Oh yeah, huge tracts of land. And even though they typically receive breaks on the property tax costs, buying and owning hundreds and thousands of acres isn’t as cheap as you might expect.

So, with this in mind, we started with the goal that if we can create a system that costs the farmer nothing to join and use, and maybe could save the farmer money by using our system, and as it turns out, might even create a system that allows farmers to sell their crops at a premium price, making more money, this would be that strong base to build a company on. And so, we did.

Me: Really? Wow. Like, everyone knows how tough it is to be a farmer now days, so anything that helps the farmer is great! Although, I’m sure my instructor will tell me to stay a little more neutral, but yes, I understand why you might choose to work at your startup from this angle. How do you accomplish this? And is it really free, or do you mean it’s just a delayed cost, or a low entry cost?

Founder: Jack, I appreciate your honesty, and I can appreciate your skepticism. In this world, no one gives stuff away for free. There’s always a catch. And to be honest, I guess you could say that we are no different, we do have a catch, or rather, an expectation.

We have realized what we can accomplish with our system, even more than any legislation could dream about when they opened this door. We will give the farmer tools that he doesn’t have. We will give them the ability to be FSMA 204 compliant on day 1. We will give them the public recognition they have never had before. We will empower them to be the author of the narrative of their crops that they’ve tended to all season long, I mean who better to create the crop description than the farmer? They’ve fed and watered and protected this crop up until the point of harvest. Who has a more intimate understanding, or has a more vested interest, than the farmer? We have created a method that respects and protects the sensitive information that might normally be used to determine how large a farmer’s crop is, and in the past, how that information would have been weaponized against them to drive down the price of their crops. And so much more, this is really just the tip.

Our catch, our expectation, is that we are offering the farmer tools he has never had access to before, so we are asking that he actually uses them to their fullest extent. That is the price. Use the tools we’ve created. For free. For every farmer. Full stop.

Me: That’s… a pretty strong statement. So to be clear, can you just cut out this prose and make the claim that it really is free, no hidden costs?

Founder: Ok, Jack. My company, Yeti Bio Cert, will offer full FSMA 204 compliance starting on day one, to all farmers, including all the additional benefits we haven’t even discussed yet, at no cost to the farmer, ever.

Does that work for you? Because I’m unsure how to say it any more plainly.

And here’s the thing. Even though we started with this goal in mind, you’ll appreciate that not only is it the correct and ethical thing to do, but as it turns out, it’s strategically brilliant as well. To prove that, as the base from which all the food flows, if we make a system so valuable and at no cost to adoption, for the farmer, then everything downstream from the farmer has to follow suit, or lose out. If the farmer, every farmer, uses our system for free, we will make up for it by spreading those costs across the remaining food industry, often as micro transactions, invisible to the consumer. We’ll be spreading those costs across the industries that are currently receiving a larger slice of the Farm Dollar than the farmer. And those segments will pay it, and gladly, because by using our system, those industries will also enjoy being FSMA 204 compliant as well, at a very low cost.

Me: Alright, I’ll play along. Can you tell me more about these tools for the farmers? And we’re getting short on time, so let’s wrap it up here by finishing up with these tools and why it enables farmers.

Founder: Ok. I’ll start by describing what our portal enables the farmer to do. I’m sure a lot of small to middle sized farms are worried about the paperwork involved in achieving their own FSMA 204 compliance, keeping track of it, maintaining it, storing it, everything.

First off, our portal is accessible by any device that can open a browser, from their phone, to a tablet, a laptop or desktop, if they can open a browser on their Android or Apple device, and that even includes Linux platforms, they can access their portal – no expensive equipment to buy, no expensive software to lease or install, no months-long analysis and deployment costs charged by these tech companies that enjoy building complexity into their systems because it means higher overall revenue, in some cases of well known tech giants, as much as 30% or more of their revenue comes from the support calls dealing with the confusion of their complexity and support of the infrastructure, and we don’t do that. And it’s independent of their ability to access the internet for certain functionality, but obviously, it is a web-based portal, so eventually they do need access to the web. But those types of issues are increasingly becoming a thing of the past. I mean, I, myself, have a Starlink satellite dish, so even where I’m located, out here in the sprawling metropolis of the backwoods of the Pacific Northwest, I’m hitting speeds of 200+ Mbps downloads, 20-30 Mbps uploads, 20-30ms response times, it’s just embarrassing to think that when I first got involved with technology in Seattle, we were running those funny phone cradles that operated at 150 bits per second, and even less. Today, as a business, or even for personal use, the cost of satellite dishes falls between $100 to $200 a month, but I’m getting sidetracked here. You get the point; it’s an increasingly manageable cost.

The portal allows them, as required by FSMA, to define their farm plots of land, following either GPS coordinates or other accepted and recognized methods. Farmers already know their land coordinates, this isn’t new information, so once they enter their plot land definitions, it’s in the system, and unless they need to change or update them, they won’t have to deal with that again. Set it and forget it, it will automatically be available and included in any reporting that has to be done if an audit from the FDA requests the information, within seconds.

Once those plot designations are entered, that’s when the real fun starts. They can assign which plots will host which crops. They can record the seed lot number, the dates of planting. The fertilizer and pesticides used, on the day they are actually used, including the ability to take pics of the chemical labels on the bags, that will be stored in the portal. Any water test reports can be stored there as well, along with any notes the farmer is interested in keeping, such as crop rotation, or recording events such as possible neighboring crop contamination or flooding, etc. And since this records it in real time as it occurs, it resides in the portal, instant access, for 10 years, for each record, because we recognize that even though FSMA only requires 2 years of storage access for records, many lawsuits happen years later, so we guarantee that access for a full decade to all of their records. It’s instantly allowed farmers to have a file cabinet for all of their records right in their hip pocket, no more worrying about trying to find a wet, soggy, torn paper document years after it was stored in some box somewhere, they’ll have instant access filed by year and plot as it’s been entered. No worries. No cost.

And along with this information, they can record 3 pictures every year, of each crop, on each plot. The first, when the sprouts first burst from the ground, the second, when the crop is still green and immature, but nearing the height of its maturity, and the third, when the crop is ripe for harvest. That information will be available to the consumer, when they open their Yeti 411 app, the public-facing app, as they walk through a grocery store and scan the bar code on a package of noodles, for example. The traceability connected to the farmer’s TLC, Traceable Lot Code, will allow the consumer to actually see the wheat used in creating that specific package of noodles, see the wheat as it grew from a seedling, see the golden stalks of the actual wheat in the actual plot of the actual farm before it was harvested. It will connect people who have never seen wheat before, to the very farm that the wheat came from, to the public facing page showing the farmer and his family standing proudly on their land, sharing the message, “From our Farm to your Family, this is our pride! Please enjoy!” Scanning a can of soup opens the link to a farm in the Palouse, showing a field of lentils before harvest, even allowing the consumer to tap that Green Sprig button to send a like to that farmer and his family, that the consumer loves their product! This is what I mean when we say we are enabling the farmer to be recognized in a way that he’s never had before. How powerful is that image?

And another one of our proprietary tools, our SmartY-TLC. It’s a code that allows dock workers, without having to scan any codes, to instantly recognize the sensitivity of the food they are dealing with, if it needs to be refrigerated or handled in a specific way. It works with and allows older legacy systems the ability to recognize that it is our proprietary TLC code, so that it can be read correctly. It can create 50 trillion unique randomized non-sequential codes every year, for thousands of years. Codes that provide protection against hacking or forgery, of being guessed at. Internal logic for those codes will automatically determine if it’s a fake number, or genuine. Our portal will instantly be able to confirm that it’s a number that’s been assigned to a crop. Or not. And because food fraud and the threat of a counterfeit food products is currently plaguing the European Union right now, our proprietary system will set limits and stop any excess counterfeit products from entering the market, even if they scan, copy, and attach our label to the product they are trying to pass off. Tough luck, fraudsters! Get a real job!

And because our SmartY-TLC is so robust and free for farmers to create, they don’t have to worry about creating one TLC for a 50-acre crop. Instead, we encourage farmers to adopt new practices and new strategies in creating these proprietary TLCs.

Have you ever driven by a field of beautiful, yellow wheat, swaying in the afternoon current of a gentle wind, like the waves of a golden ocean? Have you ever noticed how the center of that crop, so uniform, so tall and ripe, looks like the pinnacle of creation? And then maybe notice, too, the edge of that plot, where the wheat seems less so? The farmer no longer has to bundle the center 70-80% of his crop along with that edge crop. He can create separate TLCs for each part of the field, and by separating them, the farmer can charge a premium price for the majority, while selling off the edge crop to buyers who aren’t interested in the premium nature, but are looking for a filler crop instead. And by creating several TLCs, he can limit his risk and exposure by creating smaller crop sizes, to guard against a pathogen or contamination being detected. If his crop is close to standing water, or the neighboring farm uses fertilizers or pesticides that get washed onto his own crops, he can harvest that portion separately. If wild game has animal paths through his crops, maybe they want to isolate that portion of their harvest with its own SmartY-TLC. And maybe it makes sense to create a size of a hundred bushels per TLC, instead of 1,000 or 10,000. Certainly, his insurance company might appreciate the limited risk in the form of a reduced insurance premium.

The farmer would be the author of their SmartY-TLC. They could define the crop, the crop description, the GS1 code assigned to that crop, the plot of land that the crop came from, and they could print that label right in the field, or preprint those labels at home, and attach them to the boxes as they’re being harvested. And even though FSMA says that the First Receiver is responsible for the ultimate acceptance of a label, if our system allows the First Receiver to “adopt” the SmartY-TLC from the farmer, or spend 15 minutes coding in their own description, we’re betting they’ll hit that “adopt” button every time. Even if they do create their own description, it’s a child TLC that’s still associated to the farmer’s original parent SmartY-TLC. Once the farmer creates their own SmartY-TLC assigned to that product, it can’t be undone, cementing the farmer as the author of their own crop and description. This is how Price Takers are transformed to Price Makers.

This isn’t all of it, but you understand, we have created tools for the farmer that will enable their authorship, that enable them to be recognized for their crops, that allow the consumer to reach out and share their love of that product with the farmer who grew that crop, to see their field, to see what a lentil looks like, to see the farmer and his family.

And this is why I say there is a catch. We have gone through the effort of creating this enablement for the farmer. To code this logic and functionality into the system, a system that is Farmer-centric, to empower the farmer at every turn to claim their sovereignty of their crop, their provenance to prove their crops are authentic, their identity connected to their crops.

So we say, use these tools - establish yourselves as the most important producers on the face of this planet. Become the Price Makers that you deserve to be. That is the catch.

Jack, I’m sorry I went over our time. But I thank you as well for indulging me in delivering this portion of the farmer’s scope of our system, because they deserve to understand. Let me know when you’re ready to get the next segment captured! I look forward to it.

Me: I’m gonna go home and go through the audio and my notes again. This is beyond anything I could have imagined. Yes, thank you, it’s been an amazing 15-minutes(?), more like 25+, but I don’t want to cut out any of it. Well, maybe the part about the woods and the satellite stuff… and I’m excited to hear more about what Yeti Bio Cert has in store! Thanks!

With the submittal of our Provisional Patent earlier this month, we are finally able to reach out to the World and say, Hello!

We’ve been busy ever since. A few days ago we started our Substack account, and today, finally figured out how to post our first (Nearly) White Paper, The Hydrologic Manifesto. In it, we quantified a fairly new concept, the Water Footprint. It was an idea that other organizations have originated, but our system of tracing food from the origin until its end, would actually be the first to utilize and act on, helping all the segments of the food chain, and ultimately, the consumer, to equate the real cost of food waste in terms of water lost.

As a professional that’s worked in the food industry, I’d never seen this comparison before, but it’s tangible, you can touch it, you can immediately grasp what food waste costs us in water consumption, and at a time when water scarcity is only becoming more systemic around the world, it couldn’t come at a more crucial time. And I’m also very proud to say that our system would help the entire food chain identify and stop food waste, and by extension, mitigate water loss.

Even though this is Day 1 of reaching out to the world, I’ve already met some very interesting people like Martin Rosberg, a cheese maker from Uruguay, crafting beautiful cheeses in the traditional ways. Check this post out!

Producers like Martin feel the anxiety of having to deal with our FDA’s requirements, the paperwork alone can be a hurdle that stops the process in its tracks, especially for small or medium sized farmers or producers. How would they ever be able to get their product into the American marketplace where that traditional craftsmanship and artisanal quality would be loved and appreciated? For most, it must seem like an insurmountable barrier to entry from the very start. And with the introduction of FSMA 204, traceability requirements, it only gets worse… Until now!

Warning: The following is going to sound like a commercial!

The great news is that the system we are developing to address FSMA 204 mandates for Farmers right here in America, is that it allows them to become compliant with these new rules, at no cost to the farmer. And because we designed our system specifically to remove the cost barrier to entrance and compliance for the farmer, it also means that farmers around the world will also be able to utilize our system for free, and once compliant, would be able to sell their products in the American marketplace as well. Our system utilizes a web portal that any farmer would be able to access with any smart device: smart phone, tablet, laptop, desktop. They wouldn’t be required to install costly software, it wouldn’t take months to integrate into their farm or production process, the software would take care of keeping track of all their paperwork in case of an audit, for 10 years, while protecting their provenance against counterfeiters.

And I know this sounds like a commercial, I’ve been working at this for a number of months now, so it’s the first time I can talk about what we’re putting together, and I can’t help but feel the enthusiasm that’s been building. I especially like that we can offer it for free, the enablement that will allow even micro farmers to offer traceability to become compliant, it’s overwhelming.

Back to the post. I’ll get better at writing these, as I get more practice in the coming days and weeks, and months, and years. I see our system spreading the cost across all segments of the food chain, creating smaller lots of food which provides for finer granularity when tracing food contamination, and because the entire food chain is following our system, it means that insurance companies are also benefitting by not having to pay out in millions or billions on claims, they can offer discounts on premiums for the entire industry as well. Our system will pay for itself by those segments that adopt it.

And that is how We win.

Because it is, ultimately, We. We are not in a vacuum, but are living and working together in this world. Working together for safer food. Working together to prevent food waste. Prevent water loss. Lowering insurance. Lowering overall costs. And at a lower cost for the Consumer.

And that is how We win.

Looking forward to Day 2.

Executive Philosophy: Beyond the Carbon Illusion

We cannot look at a carbon credit. We cannot find it in our pockets. We do not know what it tastes like. And we cannot feel its weight in our hand. It has become an abstract corporate shell game traded by algorithms on global balance sheets.

Yeti Bio Cert establishes the unvarnished alternative: The Water Footprint.

Water is a fluid, tactile reality linked directly to human survival. By implementing a strict system of food governance, we do not merely track food from farm to fork; we actively fight against the shrinking window of global water scarcity. Every piece of food sitting on a retail shelf sits at the absolute pinnacle of a massive, hidden pyramid of freshwater consumption. To waste food is to deplete our access to water; to invest in a system that mitigates food waste, is to invest directly in water security.

The Trophic Water Pyramid: Logistical Metrics

To ground the global water crisis for 95% of Americans, the framework dismantles abstract data into two universally understood physical baselines: the 1-Liter Bottle and the Standard 53-Foot Semi-Truck Trailer (enforced at the strict DOT legal cargo payload limit of ~45,000 lbs.).

Using baseline lifecycle water metrics mapped from global research data repositories (The Water Footprint Network) and consumer-impact frameworks (GRACE Communications Foundation), the true resource weight of agricultural loss is quantified through actual road transport physics:

1. The Single Apple (The Atomic Baseline)

Embedded Resource: 125 Liters of Water.

The Consumer Visual: 125 individual 1-Liter bottles stacked perfectly beneath a single apple.

The Reality: Throwing away a single apple is the exact resource equivalent of dumping 125 full bottles of pristine drinking water straight down the drain.

2. The Wholesale Box (The Intermediate Case)

Embedded Resource: 15,000 Liters of Water.

The Weight Equivalent: ~33,000 lbs. of embedded water.

The Reality: A single commercial wholesale crate of produce allowed to rot on a loading dock represents a hidden resource weight that equals nearly three-quarters of a full semi-truck s entire legal highway payload, entirely dedicated to water.

3. The Commercial Pallet (The Industrial Scale)

Embedded Resource: 530,000 Liters of Water.

The Weight Equivalent: ~1,166,000 lbs. of water (Over 583 Tons).

The Real-World Transport Layout: 26 physical 53-foot semi-truck trailers running at maximum legal highway weight limits.

The Reality: Because agriculture is so resource-intensive, a single industrial pallet of food lost to a logistical, cold-chain, or paperwork error, represents a half-mile-long tactical convoy of 26 fully loaded semi-trucks driving directly to a landfill to dump pristine water into the garbage.

The Logic of the Sunk Cost: Preventing the Double-Spend

The agricultural system traps society in a dangerous double-spend cycle. Critics will claim you cannot squeeze a rotting crop to extract 132,000 gallons of water back into a declining aquifer. They are correct; that water is an irreversible sunk cost.

However, because human populations must still eat, destroying a pallet of food means market demand remains unchanged. To feed the people that food was intended for, a farmer somewhere else must pump another 26 semi-trucks worth of water out of the ground to grow a replacement pallet!

Following that compounding operational logic, one trailer load of 40 pallets of apples is equivalent to 1,037 trucks of water. At a standard tractor-trailer length of 72 feet, that represents a line of 14.1 miles of trucks parked bumper-to-bumper, a massive river of containerized water. Headed to the table, or to the dump? Choose.

YBC (Yeti Bio Cert) acts as an efficiency shield. By enforcing absolute provenance, verifying cold chains, and deploying our system to keep the original harvest inside the human consumption loop, we cancel the need for the second harvest, saving the next 26 semi-trucks of water from being drained from the planet’s aquifer.

The Operational Engine: Granular Governance & Risk Mitigation

While the foundational data of the Hydrologic Commons remains open to all, YBC deploys a proprietary, patent-pending supply chain architecture built directly at the farm gate to turn efficiency into an unassailable economic advantage.

1. The SmartY-TLC Protocol & Volumetric Lock

Traditional sequential lot codes are highly vulnerable to counterfeiting, data scraping, and global food fraud. Yeti Bio Cert establishes the SmartY-TLC: a proprietary multi-digit randomized alphanumeric Traceable Lot Code that is secure against hacking or counterfeiting, and capable of producing 50 trillion unique identifiers per year, for thousands of years. The technical term - Robust!

The Volumetric Lock: To permanently eradicate black-market counterfeiting, the system enforces a strict volumetric lock. The secure cloud portal dynamically restricts the generation of SmartY-TLC codes to the farmer’s physically verified harvest yield. A lot code cannot be duplicated; any ghost pallets entering the market with copied codes are instantly flagged and blinded by the central architecture, protecting the farmer’s true provenance, while locking the cloud portal access and potentially alerting authorities to the location of the attempted intrusion.

2. Micro-Lotting Risk Segmentation

Instead of assigning a single, sweeping lot code to an entire multi-acre harvest, the secure portal allows producers to digitally map their fields into micro-lots.

Surgical Recalls: Farmers can isolate high-risk perimeter zones (exposed to public roads or wildlife runoff) from pristine interior zones. If a pathogen incident occurs, food safety authorities can use a scalpel instead of a nuclear bomb quarantining only the specific micro-lot tied to that SmartY-TLC, saving the remaining 98% of the harvest from destruction.

Insurance Premium Underwriting: By structurally reducing total financial exposure during a recall, this micro-lotting layout enables insurance underwriters to drastically slash product contamination and recall liability premiums for participating producers.

3. Automated Expiration Intercept Routing

Through seamless integration of Key Data Elements (KDEs) required under FSMA 204 mandates, the platform actively monitors the freshness clock of pallets down to the last mile. If a pallet approaches its expiration date at a retail location, the system can automatically trigger an automated routing protocol to offload the inventory to a localized community kitchen for human consumption (90% water efficiency), pet food or livestock feed producer (70% water efficiency), or a commercial soil amendment facility (30% water efficiency), permanently avoiding the 100% total resource loss of a landfill.

The Yeti 411 App & The Blue-to-Red Consumer Lens

Working with preferred retailers and grocery chains to display resource Water Footprint metrics on proprietary retail packaging, the framework also highlights transparency directly via the consumer’s smartphone using the Yeti 411 App.

By mapping the system’s codes directly onto existing bar code labels and the industry’s transition to Q-R 2D barcodes, a standard smartphone scan can bypass corporate marketing graphics to project the unvarnished truth using a color-coded Hydrologic Efficiency Scale:

Deep Blue (Tier 1): High Efficiency (<500L/kg) Awarded to ultra-efficient, enclosed vertical farming, hydroponics, and indoor aquaponics. Indicates minimal pathogen risk, maximum water recycling and efficiency, and an isolated water loop free from outside environmental runoff.

Cyan Blue (Tier 2): Sustainable Middle (500 2,000L/kg) Managed sustainable open-field cultivation or advanced drip irrigation.

Amber/Orange (Tier 3): Cautionary Pivot (2,000 6,000L/kg) High-intensity water crops that flag a critical need for rapid logistics and smart routing to avoid waste.

Red (Tier 4): Trophic Peak (6,000 20,000L+/kg) Maximum resource-heavy products. Forces a psychological pause at checkout, signaling that losing this product to a landfill causes catastrophic environmental failure.

The Freedom of Information Mandate & Anti-Suppression Protocol

==============================================================

ANTI-SUPPRESSION MANDATE & PRIOR ART RECORD

==============================================================

We hereby declare that the mathematical frameworks, volumetric calculations, 1-Liter baseline conversion metrics, and the literal phrase and application of the Water Footprint regarding retail commerce belong permanently to the Public Domain.

Yeti Bio Cert explicitly rejects any corporate attempt to trademark, monopolize, or restrict these descriptive definitions within the global agricultural, logistical, or retail sectors. This framework is established as an open, universal standard.

Water scarcity is a global threat to human survival. Therefore, any attempt by a commercial entity or conglomerate to restrict, block, censor, or litigate against the public display of their products’ lifecycle water consumption metrics will be treated as an act of resource concealment against the public interest.

The Yeti 411 protocol operates strictly under the constitutional protections of Nominative Fair Use and the First Amendment. We do not seek corporate permission to tell consumers the truth. The data is open, the math is public, and the consumer’s right to see the hidden mile-long convoy behind the food they buy, will never be blocked. The protocol belongs to the planet.

Call to Action: Widen the Window

The visualization of food waste displayed using its individual Water Footprint metric is a non-patentable right; it isn’t and shouldn’t be owned by any individual or company, but must remain freely available for use in combating water scarcity around the globe.

Food waste, represented by the Water Footprint, will always occur, but with our system of food governance, food loss can be minimized, and so, too, water efficiency can be increased, widening that critical window for addressing water scarcity across the globe. By recognizing the Water Footprint of a food, we recognize the true efficiency and sustainability of what we produce, encouraging a new economic metric to aid the war on resource scarcity.

We invite you to join the YBC community. Commit to a system that promotes healthier food, minimizes waste, and widens the window for global water sustainability.

Reach out to: H2O_Footprint@yetibiocert.com to find out how you or your organization can participate today!