Book summary “Blockchain Chicken Farm”: summary

Introduction

You often view modern technology as a universal force that flattens local cultures and replaces tradition with Silicon Valley efficiency. When you look at rural China through standard media lenses, you see either a backward space waiting for modernization or a dystopian landscape of automated surveillance. Xiaowei Wang challenges these simple narratives by showing how everyday people adapt high-tech systems to ancient cosmological frameworks and survival strategies.

Technology and big data in rural China do not simply replace traditional life; instead, they collide with ancient cosmological frameworks, smallholder farming, and political survival in complex ways.

You will travel across agricultural cooperatives, maker spaces, and pig farms to understand how digital tools actually function on the ground. The book examines blockchain food tracking, artificial intelligence in agriculture, and open-source hardware manufacturing to reveal alternative models of technological development.

• How do rural communities reshape high-tech surveillance and data systems?
• What happens when ancient traditions meet corporate platforms and blockchain ledgers?
• Can open-source hardware offer a viable alternative to Western tech monopolies?

1. Ghosts in the Machine and Alternative AI

Family histories and agricultural traditions shape how contemporary technology is built and experienced, offering non-Western alternatives to standard tech models.

Memory and History in Contemporary China

Personal and familial memory of famine alters how individuals experience and express affection through food and abundance later in life. The author visits a food court in Tianjin's Kerry Center with their ninety-year-old great-uncle, where they order an overabundance of dumplings, noodles, and spicy vegetables. The great-uncle survived past hardships and expresses his affection during a family visit by ordering an excessive amount of food, demonstrating that true indulgence after famine is the freedom to waste food.

The hukou household registration system dictates access to social benefits, education, and healthcare, creating a stark divide between urban residents and rural migrants. While urban centers like Beijing offer heavily subsidized healthcare, elite educational opportunities, and lower university admission barriers for locals, rural hukou holders face severe disadvantages. Despite these disincentives, three hundred million rural people left their homes for work in nearby cities to power China's economic growth, making nearly three billion trips during the 2018 Chinese Spring Festival travel season.

Cosmology and Temporality

Town and Village Enterprises acted as agile, indigenous incubators for Chinese capitalism during the 1980s, driving massive economic output outside state-controlled enterprises. Scholars Jean C. Oi and Yasheng Huang highlight how rural residents in poor provinces undertook entrepreneurship through Town and Village Enterprises, operating differently from State Owned Enterprises and focusing on local, village-level decision-making. By 1995, Town and Village Enterprises accounted for about a quarter of China's GDP, two-thirds of rural output, and over a third of export earnings.

Modern Chinese policies combine high-tech infrastructure, blockchain, and e-commerce to revitalize declining rural areas and alleviate poverty. Xi Jinping's Rural Revitalization policies target hollowed-out villages by deploying 4G and 5G networks, mobile payments, big data for welfare distribution, and e-commerce platforms managed by tech monopolies. The government aims to maintain 124 million hectares of arable land for food security while managing an environment where the countryside accounts for 40 percent of the national population and 8 percent of the world's total population.

Agricultural and urban cultures maintain fundamentally different perceptions of time, cosmology, and human duty toward the universe. Sociologist Fei Xiaotong's work From the Soil explains that rural culture is rooted in the belief that the universe is already harmonious and human duty is to maintain it in the present moment, whereas urban culture assumes the universe must be constantly corrected and challenges overcome. A farmer told the author that the future is a created concept and that winter days depend solely on tending to the present moment as an act of care.

Alternative AI and Traditional Medicine

Integrating non-Western theories of the body and traditional medicine into artificial intelligence research offers alternative pathways to overcome generalization limitations in neural networks.

Western AI models focus on brain-centric control and suffer from a generalization problem when faced with unseen data, falling short of promises made by Western companies in 2020 for self-driving cars and sentient machines. By adopting traditional Chinese medicine and Buddhist philosophies—where eleven vital organs work holistically without a central brain—researchers can develop hybrid machines from a 5,000-year-old medical system. In winter 2022, scientists at the Alibaba AI lab used Chinese medical concepts to build a pretrained neural network combining artificial and human organs that performed broader tasks without extra training data.

You can prepare a nourishing recipe to feed an AI using traditional principles:

• Use dong quai (Angelica sinensis) at 9 g
• Use goji berries at 9 g
• Use ginger cut into coarse slices at 16 g
• Use whole red dates, chopped, at 12 pieces
• Use soy milk at 2,000 ml
• Use uncooked white rice at 200 g
• Use dried apricots, diced, at 100 g
• Ensure the rice-to-soy-milk ratio is 1:10
• Put all ingredients into a pressure cooker, Instant Pot, or a rice cooker with a porridge setting
• Bring the mixture to a boil and then simmer for 1 hour, or run the porridge setting on your Instant Pot

2. Blockchain Chicken Farming and Food Safety

Urban development and economic status in China are quantified through a tiered city classification system. The economic badge of a city is calculated using contributions to GDP, average monthly incomes, and housing prices. First-tier cities like Beijing and Shanghai have dozens of McDonald's, while third-tier cities like Zhenjiang have only one or two alongside knockoffs.

Widespread food adulteration and cost-cutting practices in China pose severe public health risks. Profit-seeking actors dilute or substitute ingredients to cut production costs, leading to dangerous health hazards. Producers used ground-up human hair in soy sauce, plastic green peas for tapioca bubble tea, recycled gutter oil from restaurant waste, and added toxic melamine to infant formula in 2008 when infants died and thousands fell ill.

Food adulteration and structural land pressures in China have driven tech companies to deploy blockchain tracking and private platforms to restore consumer trust.

Private tech companies have stepped in to monopolize food safety verification, shifting consumer trust from the government to corporate platforms. Major tech corporations leverage centralized production, sensors, and traceability data to offer high-priced, guaranteed safe food to the urban middle class. Alibaba's Hema supermarkets and Yimishiji online organic market offer traceable international and domestic produce with strict safety vetting.

China faces structural agricultural challenges due to the vast population density relative to arable land and the reliance on smallholder farmers. Feeding a massive percentage of the world population on a small fraction of arable land places extreme pressure on small-scale farmers to maximize yield and cut costs. Nearly 98 percent of Chinese farmers hold land smaller than the size of two football fields, operating under strict national food security mandates.

Blockchain Chicken Farming

Blockchain tracking projects attempt to solve provenance and trust issues for free-range poultry production in impoverished rural areas. Rural poverty-alleviation initiatives partner tech companies with local farmers to raise monitored livestock, attaching tamperproof ankle bracelets that log movement data onto an enterprise blockchain. Farmer Jiang raises GoGoChicken in Sanqiao village, Guizhou, where chickens wear fitness-tracker-like ankle bracelets and are sold at a premium on JD.com.

You can follow specific guidelines to manage these tracked animals:

• Raise free-range chickens for at least three months under local vegetative canopy.
• Equip each chicken with a tamperproof ankle bracelet tracking steps and location.
• Test chickens every two weeks for antibiotic usage.
• Slaughter and vacuum seal the chicken while keeping the ankle bracelet attached for QR code verification.

The average annual household income in the impoverished Guizhou region is RMB 5,000, which is about US$700. A blockchain chicken sells on JD.com for a maximum retail price of RMB 300, or US$40. The pilot year of the Sanqiao project sold 6,000 chickens. Farmer Jiang earns a net profit of RMB 100 per blockchain chicken before costs, which equals US$14.

Ideology and Mechanics of Decentralization

Blockchain operates as a distributed, cryptographically secured record-keeping system designed to eliminate the need for centralized authorities. Computers validate blocks of data through intensive mathematical hashing functions, chaining them together to make past records practically immutable and tamperproof without central trust. Satoshi Nakamoto proposed Bitcoin in 2008 during the global financial crisis as a peer-to-peer currency utilizing blockchain to record transactions without central banks.

The theoretical foundations of blockchain and cryptocurrency are built on flawed, pessimistic assumptions about human nature and resource scarcity. Enthusiasts frequently cite Garrett Hardin's tragedy of the commons from 1968 and Thomas Hobbes's view of human selfishness to justify automated, technical governance over human institutions. Developers at the Decentralized Web Summit invoke the cynical view that people are inherently untrustworthy and require cryptographic protocols to prevent bad actors from ruining shared systems, ignoring how Elinor Ostrom disproved Hardin's theories with empirical data in 1990 and won a Nobel Prize.

3. When AI Farms Pigs and Educates Youth

Pigs were domesticated in China around 7000 B.C.E. An anthropological survey from 1929 showed that 70 percent of animal calorie intake in China was from pork.

African swine fever and corporate consolidation have paved the way for automated livestock management, while educational experiments attempt to bridge the rural-urban divide.

Pigs and AI

African swine fever (ASF) carries a fatality rate close to 100 percent in pigs. The disease spreads rapidly through human-made vectors such as industrial pig swill containing processed meat and protein powders. Paranoia over biosecurity gave local governments an excuse to eradicate small backyard and midsize operations.

Xiaowei Wang notes that in Xiangyang village, preserved pork was eaten for every meal, yet live pigs had completely disappeared because local governments preventatively slaughtered small-scale operations due to ASF fears.

Internet gaming companies are entering the agricultural sector to build sterile, technology-driven pig farms that guarantee food safety through vertical integration. NetEase founder Ding Lei began worrying that blood tofu in hot pot was fake, prompting his company to build a precise, electronics-factory-style pig farm in Lushan, Zhejiang, since 2009.

To achieve high-yield pork production without human labor bottlenecks, systems such as Alibaba's ET Agricultural Brain use closed-circuit video, temperature sensors, and unique QR-code-like body markers to track health, detect disease, and automate farm management. Alibaba Cloud partnered with the Tequ Group to utilize AI for raising pigs, using training data collected over three months by cameras and sensors to monitor real-time conditions.

Bounded Rationality and Optimization

Economist Herbert Simon's concept of bounded rationality describes how humans face information and time constraints. Tech companies use this as a justification to replace human farmers with error-proof AI models. However, this quest for optimization generates vulnerable closed systems that provoke unforeseen zoonotic diseases.

Evolutionary biologist Rob Wallace showed how highly optimized industrial meat farming leads to the creation of devastating new pathogens. Currently, 80 percent of new pathogens come from top pork-producing countries.

Buffet Life and Educational Streaming

Agricultural service teams using precision drones are creating new vocational pathways and economic mobility for rural youth in China. Sun Wei, a vocational high school graduate from Anhui Province, became a licensed drone operator, founded his own farm service company, and traveled over thirty thousand kilometers in his SUV spraying crops across China.

Chengdu Number 7 High School began livestreaming its classes to impoverished rural students in Yunnan and Guangxi. After a three-year livestreaming experiment by Chengdu Number 7 High School, eighty-eight rural students were accepted into Tsinghua and Peking University, compared to only two students in previous years.

The Chinese government promotes rural revitalization and educational upgrades to prevent political instability caused by alienated migrant workers displaced from urban villages. In 2017, a fire tore through a Beijing migrant-worker village known as an urban village, leading the city government to remove workers whom it labeled a low-end population and to demolish the settlement.

4. Made in China and Open Source Hardware

Cloud computing data centers consume massive electricity and rare earth minerals. In fact, 2 percent of the world's electricity use is consumed by data centers. To counter this, researchers have explored encoding data into DNA. Combining food security with data localization, genetically modified crops like soybeans could serve simultaneously as food reserves and data reserves, with a half-life of five hundred years.

In 2017, Microsoft researchers pioneered data storage inside DNA, and later BGI Genomics in Shenzhen partnered with Bayer Crop Science to encode data into GMO crops. You can experiment with these biological concepts at home.

If you want to prepare cloud soybeans, follow these steps:

• Sort dried soybeans carefully and remove green or non-yellow beans indicating data bit rot.
• Soak beans overnight in a large glass bowl.
• Drain beans and blend on high with water until smooth.
• Boil and simmer the soy milk mixture for at least 10 minutes to cook through.
• Pour mixture over cheesecloth placed on a colander and strain out solids.
• Pour milk back into the pot, bring to a boil, simmer, and skim off the tender bean curd skin.
• Mash leftover soybean lees with tofu, mayonnaise, cornstarch, and salt to form balls.
• Fry balls in hot oil in a wok until crispy golden brown.

For this recipe, you will need 150 g of dried soybeans for the soy milk, 2,000 ml of water used for the soy milk, 400 g of silken tofu for the fritters, 120 g of mayonnaise for the fritters, 60 g of cornstarch for the fritters, and 11 g of salt added to taste.

China's manufacturing ecosystem relies on continuous innovation, open-source shanzhai hardware networks, and community-based agricultural cooperatives rather than Silicon Valley models.

Made in China and Needham's Question

The phrase Made in China historically functioned in the West as a derogatory symbol of shoddy craftsmanship and cultural inferiority, masking global manufacturing dynamics. Low-cost manufacturing requirements set by American corporations forced Chinese factories to cut corners, resulting in cheap goods that were then marked up heavily in the US. This dynamic fueled xenophobic tropes about Chinese workers as mindless drones and reinforced Western biases against Chinese innovation.

The author recalls selling cheap import-export trinket toys like toy plastic birds at a Boston street stall in the 1990s, where an older customer dismissed the items because they were made in China. Tianjin Museum exhibits display nineteenth-century Chinese machetes and crude guns alongside Western rifles, highlighting historical narratives of technological divergence. Western technological discourse often relies on the premise that true innovation is rare outside Silicon Valley, viewing Chinese technology through the lens of state surveillance or intellectual property theft. In reality, Chinese firms specialized in optimizing existing processes through continuous innovation and rapid adaptation, drawing upon long histories like the 300 years of history documented in the Tianjin Museum exhibit and early Chinese complex geometry achievements around 100 B.C.E. When Google left China, its market share was 33 percent.

The Shanzhai Ecosystem

Naomi Wu exemplifies the collision between Shenzhen's hardware manufacturing ecosystem and digital self-expression, challenging stereotypes about Asian women in technology. While Asian women make up a large portion of technical engineering roles, they face systemic barriers to leadership and are often stereotyped as obedient model minorities. Wu adopts the persona of a cyborg and DIY maker, using her platform to showcase engineering prowess and critique traditional notions of intellectual property.

Naomi Wu designs Wi-Fi mini drones and retro Game Boy kits while openly discussing her physical body modifications and custom LED-lit corsets.

The shanzhai phenomenon represents an open-source, decentralized alternative to Western intellectual property regimes that democratizes technology production. Originally denoting pirated or knockoff goods from mountain strongholds, new shanzhai has evolved into a hyper-fast collaborative ecosystem where designers and engineers repurpose, remix, and build upon each other's work. This approach provides affordable repairable tools and decolonizes technology for communities locked out of expensive proprietary systems such as commercial 3D-modeling software at a 400 USD price point or proprietary phones repairable only by experts priced at 300 USD. David Li and Silvia Lindtner research the shanzhai ecosystem at the Shenzhen Open Innovation Lab and the Huaqiangbei electronics market.

Rice Harmony Cooperative

The Rice Harmony Cooperative in Yangguang village demonstrates that sustainable agricultural innovation relies on community cooperation, care, and ecological renewal rather than venture capital scale. Faced with soil degradation and pesticide overuse, local farmers formed an organic rice cooperative using ancient practices like the rice-fish-duck system. Through a random lottery system that rotates field allocations every five years, farmers negotiate irrigation and weed management collectively, proving that technical infrastructure can prioritize social cohesion over centralized authority. In 2007, 70 percent of Guangdong rice was found to have high cadmium levels. Farmer Qiu, who is 60 years of age, and Xinghai, who is 33, built customized agricultural machines by working with local blacksmiths to modify existing blades, creating Frankenstein machines shared among cooperative members.

If you study the cooperative model, you can adopt these practices:

• Use a random lottery system every five years to rotate farming paddies among cooperative members.
• Deploy fish and ducks into flooded paddies to act as natural insect and snail repellents.
• Drain paddies during harvest season to catch and preserve fish in wine.
• Hold village meetings to debate weeding strategies, estimate yields, and resolve interpersonal conflicts collectively.

5. Surveillance, Databases, and Platform Capitalism

State surveillance and gig delivery platforms rely heavily on manual human ground-truthing and rigid database assumptions that generate precarity and predictive bias.

Surveillance and Informal Settlements

Urban management and policing systems rely on human ground-truthing rather than fully automated computer vision to track populations in informal settlements. In Guiyang, the Real Population Platform aims for total population control by gathering biometric data, ID numbers, and criminal records, focusing primarily on informal urban villages. Because these areas lack formal addresses and numbers, the system depends on community police assistants and landlords using WeChat mini programs or paper booklets to manually register residents.

Police officer Xiaoli showed the author how aerial drone photography by SuperMap assigns arbitrary numbers to unmapped houses in Guiyang's urban villages, requiring manual data entry by local assistants. The Real Population Platform recorded 60000 people registered after about a year of operation. About 80 percent of Guiyang's migrants live in urban villages, and 70 to 80 percent of all Guiyang crime occurs in urban villages.

Data Compatibility and Algorithmic Policing

Database architectures require engineers to make rigid structural assumptions that encode social inequalities and complicate data reconciliation. Databases force human attributes into predefined columns and rows, translating complex lives into granular data. In China, multiple fragmented databases with conflicting formats make tracking migrant workers difficult because individuals often use different addresses for work papers and utility bills.

Predictive policing acts as a form of crime production rather than objective prevention, reinforcing observation bias and systemic punishment. Assigning more police patrols to designated problem areas based on historical data naturally leads to observing more crimes, creating a circular logic. This technological solutionism mistakes complex social welfare issues for technical optimization problems, ignoring that crime data reflects policing priorities rather than unbiased realities.

Firms like Megvii supply algorithms that detect faces, measure facial distances, and compare them against databases, but they claim neutrality by storing no data on their own servers. At the Megvii office in Beijing, the author experienced a showroom displaying real-time camera tracking, age and gender classification algorithms, and integration with the Skynet surveillance system.

Platform Capitalism and Ethics

Digital delivery platforms offload operating risks onto workers through strict fine structures, low base pay, and gamified performance incentives. Delivery apps like Meituan rely on machine learning and location-based data to optimize delivery times, operating in a highly competitive market environment. Workers face stringent financial penalties for late deliveries, bad reviews, or refused orders, creating extreme economic precarity while the platform avoids responsibility.

At a Meituan branch office in Xifeng, the author observed recruitment flyers, salary breakdowns listing specific fines, and awards for top couriers like Luo Re Ding and Wang Yun. Couriers receive a 2000 RMB or 280 US dollars monthly base salary, earning 4 RMB extra per delivery. Fines include 5 RMB for being late, 20 RMB for a bad review, 100 RMB for refusing an assigned order, and 500 RMB for being too early. Top couriers receive bonuses, such as a 300 RMB bonus for first place courier Luo Re Ding and a 200 RMB bonus for second place courier Wang Yun.

The acceptance of mass surveillance relies on the false equivalence of privacy forfeiture with safety, masking historical ties to race, class, and social control. Surveillance has historically categorized populations based on race, ethnicity, and class to enforce social boundaries. Accepting corporate or state tracking under the premise of having nothing to hide normalizes carceral logic and shifts systemic economic risks onto marginalized individuals.

Advanced agricultural technologies and automated moon farming emerge to serve upper-middle-class demands for elite nutrition amidst earthly ecological collapse. As climate change, pollution, and toxic soils degrade earth-cultivated foods, automated farming on the moon develops to provide high-nutrient, premium-priced foods for those who can afford them. Private companies utilize unmanned autonomous vehicles and specially engineered crop cultivars to establish self-contained lunar agricultural ecosystems.

The China Lunar Exploration Program's Chang'e 4 moon lander conducted the first successful biological growing experiments on the moon, leading to commercially developed moon-maize cultivars by Syngenta. If you want to prepare food items in this speculative future, you can follow specific preparation steps:

• Combine 45 g of glutinous rice flour, 45 g of water-milled rice flour, 20 g of wheat starch, 30 g of powdered sugar, 130 ml of coconut milk, and 18 g of vegetable oil in a bowl and whisk until smooth.
• Steam the wrapper mixture in a deep metal plate on high for 15 minutes.
• Knead the hot dough vigorously for 5 to 10 minutes on a surface dusted with glutinous rice flour.
• Cover the dough tightly in plastic wrap and refrigerate for 2 hours.
• Combine 45 g of butter, 40 g of moon-maize meal, 40 g of powdered cream, and 30 g of powdered sugar in a double boiler over boiling water, stir until melted, add eggs, and whisk until it thickens into a paste.
• Transfer the filling to a container, cover with plastic wrap, and refrigerate for 2 hours.
• Measure wrappers into 20-25 g balls and filling into 25-30 g balls, flatten wrappers with a rolling pin, assemble inside a mold, and press gently.

10 Key Ideas

1. Integrating non-Western theories of the body and traditional medicine into artificial intelligence research offers alternative pathways to overcome generalization limitations in neural networks.
2. Food adulteration and structural land pressures in China have driven tech companies to deploy blockchain tracking and private platforms to restore consumer trust.
3. African swine fever and corporate consolidation have paved the way for automated livestock management, while educational experiments attempt to bridge the rural-urban divide.
4. Agricultural service teams using precision drones are creating new vocational pathways and economic mobility for rural youth in China.
5. China's manufacturing ecosystem relies on continuous innovation, open-source shanzhai hardware networks, and community-based agricultural cooperatives rather than Silicon Valley models.
6. Cloud computing data centers consume massive electricity and rare earth minerals, leading researchers to explore encoding data into genetically modified crops like soybeans as biological data reserves.
7. The shanzhai phenomenon represents an open-source, decentralized alternative to Western intellectual property regimes that democratizes technology production and provides affordable, repairable tools for marginalized communities.
8. Database architectures require engineers to make rigid structural assumptions that encode social inequalities and complicate data reconciliation by translating complex lives into granular columns and rows.
9. Digital delivery platforms like Meituan offload operating risks onto workers through strict fine structures, low base pay, and gamified performance incentives that create extreme economic precarity.
10. Modern Chinese policies combine high-tech infrastructure, blockchain, and e-commerce through Taobao villages to revitalize declining rural areas, alleviate poverty, and manage an environment where the countryside accounts for a massive portion of the national population.