Localize what benefits from proximity. Connect outward for what benefits from scale.
Carmen Van Kerckhove raises an unsettling possibility in her essay, You are not your job. And soon, you won't have one. For generations, work has provided more than income. It has given people status, belonging, routine, and identity. Now artificial intelligence is beginning to perform tasks once reserved for educated knowledge workers.
Her warning reaches beyond job loss. We have built too much identity around employment. When someone asks what we do, we usually answer with our occupation. Teacher, engineer, accountant, manager, nurse, architect.
Van Kerckhove asks us to prepare for a world where that connection weakens. Jobs may disappear, change, or become less central to life. Her response begins with the individual. Build an identity larger than your occupation.
That is wise advice. But it leaves another question unanswered.
What kind of economy should we belong to when jobs become less dependable?
The Problem May Be Larger Than the Job
Most discussions about AI begin with employment.
Which jobs will disappear? Which careers will remain safe? What new skills should young people learn?
These are reasonable questions. People still need income and economic security. Yet the questions quietly assume that economic life will remain organized much as it is today.
A person develops skills. The larger economy needs those skills somewhere. The person searches for an employer willing to buy them.
Their livelihood then depends heavily on remaining useful within that system.
AI makes this arrangement feel less secure. Perhaps we should not only ask how people can adapt to changing jobs. We should also ask whether more economic activity could move closer to where people actually live.
Bring Some of the Economy Home
Every neighborhood already contains an economy.
People eat, learn, travel, repair homes, raise children, and care for older people. They need energy, water, communication, recreation, and many everyday services. These needs create economic demand every day.
Yet much of that demand connects immediately to larger economic systems. Money enters the neighborhood and quickly travels elsewhere. Local people become consumers at one end and employees somewhere else.
Kevin Cox's Cellular Economics offers another way to think about this arrangement.
Cox observes that economies already contain smaller economic structures. Housing markets are local. Electricity networks serve particular regions. Water systems serve defined communities. His Cellular Economics makes these boundaries more deliberate for certain assets and markets.
A cell does not need to separate itself from the wider economy.
Its purpose is not isolation.
The cell keeps particular assets, financial flows, participation, and ownership connected within a defined economic system. Cox uses housing as one example. Housing stays physically in place while equity can circulate among participants.
This gives us a useful principle for thinking beyond jobs.
Go local, but stay connected.
Localize What Benefits From Proximity
A neighborhood cannot produce everything it needs. Nor should it try.
Modern life depends upon enormous systems of specialization. Semiconductor manufacturing requires tremendous expertise and scale. The same applies to aircraft, telecommunications, advanced medicine, and scientific research.
Trying to reproduce everything locally would make little sense.
But other activities gain something important from proximity. Housing, childcare, eldercare, food, local transportation, maintenance, recreation, and some energy systems are closely connected with place.
So the better question is not whether everything should become local.
It is this.
What benefits from proximity, and what benefits from scale?
Localize the first.
Connect outward for the second.
The neighborhood then becomes one economic cell within larger networks. It can connect with other neighborhoods, towns, cities, regions, countries, and global markets.
Cellular does not have to mean isolated.
It can mean connected from the bottom up.
From Finding Jobs to Finding Needs
This changes the question we ask about work.
The traditional question is familiar.
What job can I get?
The AI era adds another.
What job will remain safe?
A neighborhood economy introduces a different starting point.
What does our community need, and what capabilities can we build to provide it?
That small change moves attention from employment toward participation.
A retired accountant could help several neighborhood enterprises. A nurse could participate in local eldercare. A technician could maintain local energy equipment. Someone skilled with AI could provide services that small enterprises once could not afford.
These are illustrations, not prescriptions.
Every community would need to discover its own needs, resources, constraints, and opportunities.
The important shift is the direction of inquiry. Instead of beginning with available positions, begin with real needs and available capabilities.
AI Could Make Small Economies More Capable
Here the AI story takes an interesting turn.
We usually imagine AI strengthening large organizations first. Large organizations have more capital, data, specialists, and technology.
But AI can also lower some barriers created by scale.
A small enterprise can already access capabilities that once required specialized staff. AI can assist people with research, communication, planning, training, design, and administration.
That does not make human capability unnecessary.
It can make capable people more productive.
This could matter greatly at neighborhood scale. Small enterprises often struggle because they cannot maintain specialized departments. AI could help a few people perform work that once required much larger organizations.
The technology disrupting some forms of employment could therefore strengthen other forms of local participation.
But Local Is Not Automatically Better
There is an important warning here.
Moving economic activity closer to home does not automatically create a fair economy.
A local enterprise can exploit people. Local ownership can concentrate. Powerful families can dominate institutions. Poor governance remains poor governance even when everyone knows each other's name.
Cox's model therefore goes beyond geography.
Cellular Economics concerns how assets, capital, ownership, participation, and financial flows are organized. His Fair Points work, for example, explores systems where ownership circulates rather than remaining permanently detached from participation.
His Permanent Asset Markets extend the idea toward durable assets. These include housing, energy systems, infrastructure, and other resources communities depend upon over long periods.
These remain proposals requiring real-world testing.
That matters.
The attractive idea is not enough. Legal structures must work. Accounting must work. Governance must work. People must actually participate. Capital must enter and exit under workable rules.
The neighborhood should therefore be treated as a place for experimentation, not romanticism.
The Neighborhood as an Economic Cell
Now imagine the neighborhood differently.
Not merely as houses beside one another. Not merely as consumers sharing streets. Not merely as workers leaving every morning to participate in economies somewhere else.
Imagine it as a productive cell.
People bring different things into it. Some bring skills. Some bring capital. Some bring property. Some bring technology. Others bring labor, knowledge, relationships, organization, or demand.
The same person can occupy several roles.
You could be a customer in one enterprise and a worker in another. You might invest in a shared asset. You might teach someone a skill. Later, you might learn something from that person.
Economic identity becomes wider than employment.
This is where Cellular Economics reconnects with Van Kerckhove's original argument.
You Are More Than Your Job
If our economic identity rests entirely upon employment, losing a job can feel like losing our place in society.
Van Kerckhove asks us to build lives larger than our occupations.
Cellular Economics suggests we might also build economies larger than employment.
You might lose a position while retaining skills, relationships, knowledge, ownership, reputation, and productive capability. You remain connected to people who need things you can do. You also remain connected to people whose capabilities you need.
Your economic role can change without your economic participation disappearing.
That does not eliminate insecurity. It cannot guarantee income. It certainly cannot make technological disruption disappear.
But it creates another possible source of resilience.
Go Local, but Stay Connected
The future does not require choosing between the neighborhood and the world.
We need both.
Neighborhoods offer proximity, relationships, local knowledge, and direct participation. Larger systems offer specialization, technology, knowledge, capital, markets, and scale.
The real challenge is designing the relationship between them.
Perhaps too much economic life has moved upward and outward. AI gives us another reason to reconsider that architecture.
Not everything should return home.
But more things might.
Instead of asking only which career can survive artificial intelligence, we can ask another question.
What does my community need, and what capabilities can we build together?
Then connect those communities outward.
Neighborhood to neighborhood. Cell to cell. Local networks into regional networks. Regional networks into national and global systems.
Go local, but stay connected.
Build what benefits from proximity close to home.
Reach outward whenever scale makes us stronger.
Resources
For readers interested in Kevin Cox's Cellular Economics, these are useful starting points.
Cellular Economics, Table of Contents
Kevin Cox's main collection introducing Cellular Economics and its related ideas.
Read Cellular Economics
Cellular Economics Version 2, Table of Contents
A newer organization of Cox's work, including shared structures, housing cells, Fair Points, and related designs.
Explore Cellular Economics Version 2
How a Cell Works in a Cellular Economy
A direct explanation of economic cells, using housing to show capital, ownership, and participation within a defined system.
Read How a Cell Works
Cellular Economics, A System That Balances Itself
An introduction to Cox's wider argument about cells, ownership, money, and economic participation.
Read A System That Balances Itself
PAMs, Where Money Finds Meaning
Cox's longer exploration of Permanent Asset Markets and community-held productive assets.
Read PAMs, Where Money Finds Meaning
Credits
Inspired by Carmen Van Kerckhove's essay, You are not your job. And soon, you won't have one.
The Cellular Economics discussion draws from the work of Kevin Cox, particularly his writing on Cellular Economics, Fair Points, and Permanent Asset Markets.
Tags
#Artificial_Intelligence #Future_Of_Work #Local_Economy #Community #Economics
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