Research

Peasant Food to Be Proud Of

Peasant Food to Be Proud Of
Photo by János Venczák / Unsplash

Nona's Recipe for Institutional Crypto Adoption

Nona would call it 'peasant food to be proud of', or broke ass minimalism, or do the most with least—it's all the same approach. So when we asked "How do we verify supply chain trust without creating yet another bureaucratic hell dimension?" we knew we needed simple, quality ingredients.

What we discovered was that peasant food minimalism isn't just practical—it's the key to flipping institutional crypto adoption from "too risky to touch" to "competitive advantage to own."

Diagnosing the Malaise

Ever wonder where all the big data experts went? Before them, the mobile app specialists? Now they're all "vibe coders" or LLM experts. What about those people speaking at conferences for their "thought leadership" instead of doing actual work? Or developers who got tired of yet another framework they don't understand and took up ITIL, project management, or governance ? Managers trying to talk tech when they should be, you know managing?

It's all churn-cringe, but it's how one passes the time in the modern enterprise. Let's recognise the pattern: forcing domain experts to become tourists speaking process pidgin at a level that satisfies no one. The big data expert pretends to understand LLMs, the security specialist pretends to understand business strategy, the product manager pretends to understand code architecture.

And it doesn't make anyone happy. Nothing good results. So let's not.

The Peasant Food Philosophy

Our constraint: Use only proven, mature infrastructure—peasant food ingredients. No fancy smart contracts, no complex attestation protocols, no revolutionary blockchain innovations. Just ENS (for naming) and IPFS (for tamper-proof storage).

The insight: So it's our belief that coordination problems masquerade as technical problems, but what if we're wrong? Solution: if you only use technology that isn't problematic, then you're just left with a coordination problem. And what if no one needs 'better' technology—we've been on that Disney ride for too long not to be sick of it—they need better ways to enable their domain experts to collaborate their uniqueness not be assimilated into mediocrity.

So we designed a simple pattern:

  • ENS names: Point to things (secure-auth-lib.ecrl.eth)
  • IPFS content: Store what those things actually are (tamper-proof)
  • Verification: If ENS → IPFS hash matches content, it's authentic

Broke ass minimal. But then something interesting happened...

Nona's Coordination Recipe

Like Nona making lasagna, we discovered you need the right layers in the right order:

Layer 1: Domain Naming Working Groups

software.security.L1.ecrl.eth
dwelling.security.L1.ecrl.eth
food.safety.L1.ecrl.eth

Purpose: "Here's how we'll name things in our domain" Output: Namespace conventions, no actual standards yet

Layer 2: Standards Definition Working Groups

defi.software.security.paypal.L2.ecrl.eth
defi.software.security.ethereum-foundation.L2.ecrl.eth
institutional.dwelling.security.jpmorgan.L2.ecrl.eth

Purpose: Create actual standards with organizational ownership Output: Standards + accepted attestation methods (stored on IPFS)

Layer 3+: Organizational Implementation

aave.defi-kitchen.L3.ecrl.eth  (picks which L2 standards to follow)
5f2a1b.auth-library.L5.ecrl.eth  (implements those standards)

The breakthrough: Layer 2 ownership changes everything. But first we had to figure out the naming...

The Great Naming Tangle (And How We Escaped)

Want to see how genuinely fiddly this gets? We started with:

First attempt: defi.software.security.paypal.L2.ecrl.eth
Problem: Where do I browse DeFi security options? Do I have to know about PayPal first?

Second attempt: defi-security.paypal.L2.ecrl.eth
Problem: This implies I go to PayPal to find standards. Wrong direction!

Third attempt: paypal.defi.software.security.L2.ecrl.eth
Problem: Just whack. How do I even find this?

The breakthrough: Canonical names with organizational implementation services.

Working groups own the canonical standard (defi.security.L2.ecrl.eth), organizations compete on implementation help (paypal.defi.security.L2.ecrl.eth).

Why this matters: If naming is hard for us to figure out, imagine users trying to navigate a poorly designed namespace. The canonical pattern makes discovery intuitive - browse the standard, pick your implementation helper.

Sometimes you have to get tangled up to find the simple solution!

Composable Attestations: Where the Magic Happens

Here's what we almost forgot in all that naming excitement - the final products need to compose multiple attestations:

notomato.pizza.joepizzeria.ecrl.eth → IPFS containing:
├── Kitchen Policies Followed:
│   ├── allergen.tracking.L2.ecrl.eth (nightshade-free requirement)
│   └── organic.sourcing.L2.ecrl.eth (organic ingredient requirement)
├── Attestations Achieved:
│   ├── "No nightshades detected" ✓ - Vampire's Nightshade Awareness Society
│   ├── "Organic ingredients verified" ✓ - Organic Certification Council  
│   └── "Gluten-free preparation" ✓ - Celiac Safety Standards
└── Attestor Details:
    ├── Vampire Society: QmVampireProof... (why they're qualified)
    ├── Organic Council: QmOrganicProof... (their certification process)
    └── Celiac Standards: QmCeliacProof... (testing methodology)

The composability: Joe's pizza can prove it meets nightshade-free standards (imported from allergen tracking) AND organic standards (imported from sourcing) with independent attestations from specialists in each domain.

Why this matters: Customers can verify exactly which policies the pizza follows and who vouched for each claim. No more "trust us, it's organic" - you get cryptographic proof from recognized experts.

The market dynamics: Attestors compete on quality within their expertise domains, products compete on how many credible attestations they achieve.

ENS makes this possible: Stable names let smart contracts and other systems reference these composite attestation packages reliably.

About those ENS costs: Businesses already pay for DNS names for websites nobody visits. Now they need ENS names for services that actually make them money. Joe's pizzeria pays $12/year for joespizza.com (gets zero customers), but paying $50/year for notomato.pizza.joepizzeria.ecrl.eth (enables nightshade-sensitive customers) is a no-brainer business decision.

The economics flip: DNS = cost center for vanity, ENS = profit center for verification.

The Accidental Institutional Flip

When we added organizational ownership to L2 standards, we accidentally created institutional competition dynamics:

Instead of avoiding crypto risk...

PayPal: "We're launching our DeFi security standard" JPMorgan: "Our institutional-grade standard is better than PayPal's" Goldman Sachs: "Both of yours are amateur hour—watch this"

Instead of waiting for regulations...

Organizations proactively create compliance frameworks that regulators can evaluate and potentially adopt.

Instead of "crypto is uninsurable"...

Year 1: PayPal backs their standard with $100K insurance
Year 3: Market adoption grows → $1M insurance coverage  
Year 5: Critical infrastructure → $4M insurance backing

The magic: Insurance companies become independent validators of standard quality through market-driven premiums.

The Biblical Economics

The most beautiful discovery was how helping newcomers becomes economically optimal:

L2 working groups are incentivized to onboard newbies because:

  • More adoption = more valuable standard
  • Network effects reward accessibility
  • Late bounty accountability requires sustained quality over time
  • Competition forces balance between rigor and teachability

Example: PayPal's L2 standard includes:

  • Beginner pathway: "Start here if you're new to DeFi security"
  • Soft attestation: "Checklists so you won't embarrass yourself with auditors"
  • Time-escalating bounties: "$4M if anyone breaks our 5-year-old standard"
  • Insurance backing: "Lloyd's of London covers our quality claims"

Result: Doing good for others becomes the most profitable strategy. Not through guilt or mandate, but through economic design that makes virtue profitable and vice unsustainable.

Why This Works When Everything Else Fails

Current Crypto Adoption Approaches

  • Technical evangelism: "Web3 is the future!" (Institutions don't care)
  • Regulatory lobbying: "Please approve us!" (Reinforces supplicant position)
  • Use case pitching: "Look what you can do!" (Increases perceived risk)

ECRL's Approach

  • Quality competition: Organizations compete to create best standards—not competing on price but on status!
  • Market validation: Insurance companies independently assess quality—but isn't this all just hype? It's backed by major insurers
  • Institutional positioning: "Own the infrastructure" not "use the technology"—better to appear on TV than watch it!
  • Progressive proof: Start accessible, scale with market validation

The Market-Moving Implications

When PayPal announces: "Our DeFi security standard—$4M backed, insured by Lloyd's"

Stock market reaction: PayPal stock jumps on "crypto infrastructure leadership" Competitor response: JPMorgan announces competing standard
Regulatory response: "These institutions are competing on crypto security quality? Interesting..." Enterprise adoption: "If PayPal backs the security, we can use it"

The flip: Institutional-quality crypto becomes competitive advantage rather than regulatory liability.

Veridical Economics: The Real Breakthrough

Here's where it gets really interesting - the real money isn't in PayPal vs JPMorgan competing for the obvious big markets. The real money is in veridical economics, and that's exactly what we just enabled!

Traditional economics: "Trust us, it's organic" / "Believe our security claims" / "We promise it's authentic"

Veridical economics: Every claim cryptographically verifiable, every niche market economically serve able

Before ECRL: Serving specific requirements was uneconomical

  • Nightshade-free pizza verification? Too expensive for the small market—and yet this is a question of life and death
  • Pharmaceutical supply chain verification? People die from counterfeit medications, contaminated manufacturing, wrong dosages—but end-to-end verification is prohibitively expensive for smaller producers of life-altering drugs
  • Luxury luggage authenticity? Only for the biggest brands, and from the luxury goods authenticity crisis to social science replicability crisis, whole sectors are on the brink of collapse—not just inconvenience, but economic collapse
  • Vampire society nightshade expertise? No way to monetise specialist knowledge...

After ECRL: Every specific need becomes economically viable

  • Joe's pizzeria can affordably prove nightshade-free to sensitive customers
  • Small luxury brands can achieve what Hermes, Dior and all the rest can only dream of—the economic advantage of veridity
  • Vampire society monetizes their nightshade expertise across food, pharma, cosmetics

Veridical economics insight: When verification becomes affordable and trustworthy, the long tail explodes. Instead of one-size-fits-all solutions, infinite customization with cryptographic proof. Every weird requirement someone has can now be economically served.

This is where the volume is: Millions of small, specific markets vs. dozens of big generic ones. Veridical economics makes truth profitable, not just claims.

From Broke Ass to Billion Dollar

We started with broke ass minimal because complexity kills coordination. What we discovered is that broke ass minimal enables market dynamics that complex systems prevent:

  • Clear ownership → accountability and competition
  • Progressive insurance → market-validated quality
  • Time-escalating stakes → sustained excellence incentives
  • Composable standards → institutional differentiation opportunities

The insight: Sometimes the most powerful systems are the simplest ones that get out of the way and let market forces work.

Nona's Wisdom

Like Nona's lasagna recipe, the secret isn't exotic ingredients—it's getting the basics right and letting each layer build naturally on the last.

Broke ass minimal infrastructure + clear ownership + market competition + progressive validation = institutional adoption mechanics that work.

Not because we forced institutions to adopt crypto, but because we created infrastructure that makes institutional crypto ownership a competitive advantage.

And it all started with just ENS names pointing to IPFS content. Sometimes broke ass minimal is exactly what you need.

Want to help build this? The ECRL working groups are forming. Whether you're from traditional finance looking to own crypto infrastructure, or crypto teams wanting institutional adoption, there's a place for your expertise in creating standards that actually work.

Because the future of crypto adoption isn't about better technology—it's about better coordination. And better coordination starts with broke ass minimal infrastructure that gets out of the way and lets domain experts do what they do best.