FOOD
How AI is being applied across key sectors
Artificial intelligence is already helping New Zealand tackle climate change — but what’s working now, what’s ready to scale, and what’s emerging?
During New Zealand TechWeek, Smart Cities Council representative Mark Thomas participated in an online event exploring how AI is being applied across key sectors including agriculture, transport, energy, and the built environment to reduce emissions and build climate resilience.
The session highlighted practical use cases, explored barriers to adoption, and outlined what’s needed to accelerate impact.
Panelists include:
- Louise Aitken (Partner and Sustainability and Climate Lead, Deloitte NZ)
- Auriga Martin (CEO, Farm Focus; NZTech Sustainability Sub-board Member)
- Matt Lythe (CEO, Lynker Analytics; Managing Director, Prism; former NZ AI Forum Executive Committee member)
- Mark Thomas (Managing Director, Serviceworks; Co-Chair, NZTech Sustainability Sub-board; Regional Lead, Smart Cities Council).
Books
MEAT isn’t anti-meat. That’s the point.
MEAT isn’t anti-meat. That’s the point.
Why it matters:
Global meat consumption keeps breaking records—and will keep rising. Arguing people out of meat has failed for 50 years. Science may succeed where persuasion hasn’t.
The misunderstanding:
Many readers expect MEAT to be a manifesto telling people to eat less meat. It isn’t.
“I’m not here to tell anyone what to eat,” writes Bruce Friedrich in the opening pages.
The book:
MEAT: How the Next Agricultural Revolution Will Transform Humanity’s Favorite Food—and Our Future (on sale Feb. 3, 2026) argues something more disruptive: humans will keep eating meat—but we don’t need animals to make it.
Big picture:
Humans have eaten meat for ~2.6 million years and farmed animals for ~12,000. Today we consume 550+ million metric tons of meat and seafood annually, with no sign of slowing. Friedrich’s thesis is pragmatic, not moral:
- Meat demand is structural.
- The current system is inefficient.
- Science offers a cleaner, cheaper upgrade.
What’s actually changing:
Friedrich walks readers through why producing meat by cycling crops through animals is economically obsolete—and how plant-based and cultivated meat can deliver the same product with radically lower costs.
The stakes (chapters 1–4):
- Hunger and malnutrition
- Climate and land-use pressure
- Antibiotic resistance
- Pandemic risk
Why reduction campaigns failed (chapter 5):
People like meat. Culture beats messaging. The book treats this as a design constraint, not a moral flaw.
The innovation arc (chapters 6–8):
Early products are expensive and imperfect. Then science compounds. Friedrich compares alternative meat to once-mocked technologies like artificial ice—and AI—before scale and price unlocked ubiquity.
Who’s backing it (chapter 9):
Not just startups. Incumbents like Tyson, Cargill, ADM, and JBS are investing—because efficiency wins markets.
Security angle (chapter 10):
Food security is national security. Distributed, biosecure protein systems reduce geopolitical and domestic instability—a theme underscored in the foreword by Caitlin Welsh of Center for Strategic and International Studies.
Who’s moving fastest:
Early leaders: Singapore, Israel.
Current scale leaders: U.S., China.
Active investors: India, Brazil, Japan, Korea, Canada, Australia, much of Europe.
What experts say:
- George Church (Harvard): “An engaging treatise on using science to make meat far more efficiently.”
- Michael Kremer (Nobel laureate): Alternative proteins address hunger, climate, and pandemic risk.
- Jane Goodall: “Please read this book… it gives us hope for a kinder future.”
About the author:
Friedrich—founder of The Good Food Institute—isn’t a lab theorist. He grew up around cattle ranches, ran homeless shelters, taught in inner-city schools, and now leads a global science organization spanning six regions.
The takeaway:
MEAT doesn’t ask people to change their tastes. It asks systems to change their methods.
Bottom line:
If humanity won’t give up meat, the next agricultural revolution won’t be about restraint—it will be about redesign.
Flip the Script
Restoring Food Systems Health
Who Feeds Us—and Who Decides? The Fight for the Future of Food
Why it matters: The global food system—dominated by a handful of corporations—creates hunger, chronic disease, ecological collapse, and exploitation while claiming to “feed the world.” The truth: It feeds profit first. People and the planet are paying the price.
The shift: Communities are reclaiming food production through regeneration, decentralization, and next-gen proteins that make factory farming obsolete.
Where We Went Wrong
- Industrial design failure: Food became a commodity, not a human right. Nutrition was replaced by yield, and diversity by monoculture.
- Consolidation: Just 4 companies control 90% of global grain trade, 5 companies control most seeds, and 10 control nearly every grocery brand.
- Vertical capture: Corporations now own the seeds, chemicals, patents, and supply chains—farmers became renters on their own land.
- Policy capture: Trade deals, subsidies, and farm bills were written for agribusiness—not local farmers or human health.
Bottom line: Hunger is not a lack of food. It’s a lack of democratic control over food.
The Damage
- Health: Processed calorie-based diets drive 2 billion cases of diet-related disease.
- Climate: Industrial agriculture produces 26% of global greenhouse gases—more than every car, plane, and ship combined.
- Soils: We’ve lost one-third of Earth’s topsoil—the basis of real food security.
- Water: Factory farms and fertilizer runoff create 5,000+ dead zones in rivers and oceans.
- Ethics: Factory farming traps 80 billion animals a year in cruelty-based supply chains.
- Inequality: Farmers go bankrupt while corporate profits hit record highs.
Protein Problem: The Factory Farm Trap
Today’s protein system is built on:
- Land abuse: 77% of the world’s agricultural land is used for livestock—but provides only 18% of calories.
- Food waste: 80% of soy and corn go to feed animals—not people.
- Pandemic risk: Crowded animal operations are disease factories.
So What’s Next? Precision Fermentation + Cellular Agriculture
These aren’t sci-fi—they’re here.
| Tech | What it is | Why it matters |
|---|---|---|
| Precision Fermentation | Microorganisms that produce proteins, fats, enzymes | Make milk proteins, collagen, insulin—no animals |
| Cellular Agriculture | Growing meat directly from cells | Real meat—without slaughter |
| Biomanufacturing | Local protein production hubs | Enables food sovereignty |
✅ Not GMO crops – No gene-modified seeds. No pesticides. No monocrops.
✅ Cleaner + safer – Sterile, tracked, transparent.
✅ Massively efficient – Uses 99% less land, 96% less water, and slashes emissions.
Proof It Works
- Perfect Day makes animal-free dairy proteins used in ice cream and cheese—no cows.
- Upside Foods grows real chicken from cells—FDA approved.
- Solar Foods produces protein from CO₂ and electricity—literally turning air into food.
- Formo (Germany) is making real cheese—minus cows and methane.
What People Can Do Locally (Now)
You don’t have to wait for corporations or politicians:
✅ Start community-owned food co-ops
✅ Build local greenhouse networks + soil farms
✅ Launch farmer-to-neighbor food hubs
✅ Join land trusts to protect local food sovereignty
✅ Support right-to-repair for farmers + open-source seeds
✅ Advocate bans on foreign land grabs + monopolies
✅ Pilot local precision fermentation hubs for schools & hospitals
✅ Connect with bioregional food alliances
Real food security = local + regenerative + distributed + democratic.
Yes, but…
“Is this anti-farmer?” No—this liberates farmers from debt + Big Ag contracts.
“Is this safe?” Safer than factory farms—no hormones, no antibiotics, no pathogens.
“Will it kill rural jobs?” No—it creates more local jobs in fermentation, greenhouse farming, logistics, and fabrication.
“Does this end animal agriculture?” No—but it can end industrial cruelty while supporting ethical, small-scale farming.
Signals of the Future Food System
- Co-op owned grain mills in the U.S. + Latin America
- Indigenous food sovereignty networks restoring native crops
- Biofood hubs in Singapore + Finland
- Regenerative grazing + agroforestry scaling in Kenya + Brazil
- Community cold storage + micro-distribution in Detroit + Portugal
- School bioreactors (coming within a decade)
The Bottom Line
Our food crisis didn’t begin in the field. It began with a system designed for control—not nourishment.
To fix food, we must decentralize it, democratize it, and regenerate it.
Food is power. Power must return to the people.
Call to Action
Mobilized News is tracking:
✅ Community food revolutions
✅ Decentralized food sovereignty
✅ Precision fermentation + regenerative farming
✅ Open-source biomanufacturing
✅ Co-op food infrastructure
Want to help build a just and resilient food system?
Join us at MobilizedNews.com — where food systems meet solutions.
FOOD
Food Reports
Recent Reports & Studies: Plant-Based Proteins & Precision Fermentation
| Report / Study | Date / Publisher | What It Covers / Key Findings |
|---|---|---|
| Plant-Based Protein Market Size & Forecast [2025-2030] | MarketsAndMarkets (2025) (MarketsandMarkets) | Estimates the plant-based protein market at USD 23.89 billion in 2025; projected to reach ~USD 34.97 billion by 2030. Growth rate estimated at ~7.9% CAGR. Drivers: rising consumer demand, sustainability concerns, etc. |
| Plant-Based Protein Market: 2025-2035 Outlook | Future Market Insights (Future Market Insights) | Projects growth from USD 20.3 billion (2025) to ~USD 46 billion by 2035, CAGR ~8.5%. Highlights that isolates dominate (around 41% form share), conventional (non-novel) plant-proteins remain larger share. Key growth regions include East Asia. |
| Alternative Protein Ingredients Market: Through 2030 | Grand View Research (Grand View Research) | The alternative protein ingredients sector (used in both plant-based and other protein-alternative foods) was valued ~USD 22.95 billion in 2024; forecast to reach ~USD 50.22 billion by 2030 (CAGR ~14.1%). North America holds a large share; Asia Pacific growing fast. |
| State of the Industry: Fermentation for meat, seafood, eggs, dairy & ingredients | GFI (Good Food Institute) (The Good Food Institute) | Provides a broad overview of the fermentation-enabled alternative protein sector through end-2024: covering number of companies, investment levels (all-time investment ~USD 4.8 billion in fermentation-enabled alt. protein firms), regulatory developments, new facilities, strategic partnerships and product trends. |
| Global Precision Fermentation Market Size & Forecast | Fortune Business Insights (Fortune Business Insights) | Valued global precision fermentation market at USD 3.03 billion in 2024; forecast to grow to ~USD 4.31 billion in 2025, and to USD 54.04 billion by 2032. CAGR over forecast period very high (~43.5%). Europe had a large share in 2024 (~49.8%). |
| Precision Fermentation Market: 2025-2034 | Custom Market Insights (Custom Market Insights) | Similar forecast: ~USD 3.10 billion size in 2025; projected to reach ~USD 34.9 billion by 2034 (CAGR ~27.94%). Emphasis on functional ingredients produced via precision fermentation (proteins, enzymes, fats, etc.). |
| “Can precision fermentation offer a safe & sustainable …” | FAO (Food and Agriculture Organization) (FAOHome) | This report examines safety, regulatory frameworks, vocabulary/nomenclature, production principles of precision fermentation. Discusses what kinds of regulatory oversight are being used globally, how naming and messaging matter, and what remains to be clarified. |
| Precision Fermentation Trends in F&B – Challenges & Opportunities | Consultancy.eu (2025) (Consultancy.eu) | Offers insight into industry practice: shows that 75% of firms using precision fermentation are focusing on proteins (especially dairy proteins), the rest on fats, flavors, etc. Also identifies cost as a major barrier. |











