The New Human Economy
From labour theory to contribution protocols in an age where predictability is automated
1. The mental model of work is breaking
For most of modern history, work has been mentally coded through a labour theory that assumes a stable relationship between effort and output. Work is something you can describe in advance, teach, instruct, standardise, and manage. It becomes legible through roles, procedures, and performance measures. This model worked because the dominant source of value was the predictable economy: repeatable production, repeatable services, repeatable administration, and repeatable compliance.
In that world, labour could be treated as a legible input and capital could be treated as the risk-bearing mechanism that funds scale. The firm became the stabilising apparatus that combined employment contracts, managerial authority, and capital allocation into a machine for converting predictability into output.
But we are now entering a period where this mental model is becoming systemically inadequate. The issue is not that humans have changed, but that the nature of value and the nature of coordination are changing at the same time.
2. Automation displaces predictability, not effort
Automation does not primarily displace human work in general. It displaces human control of the predictable domain of work—the part that can be formalised, verified against known standards, and managed through throughput. It increasingly takes over repeatable execution, process management, scheduling, compliance, and substantial parts of analysis and drafting.
This matters because most of our institutional stack was built precisely to manage that domain. Labour law, employment norms, organisational hierarchies, credentialing systems, procurement processes, and much of education evolved around the assumption that the most important work is instructable and measurable. As automation expands, the predictable economy becomes less of a human comparative advantage. Human participation doesn’t disappear, but it is pushed toward domains where the bottleneck is uncertainty rather than computation.
3. The centre of gravity moves to discovery
As predictability gets automated, value concentrates in the gap between commitment and the known. Discovery becomes the core production function. Discovery is the bridging of what we are committed to bringing into existence with what we currently know how to do. The unknown is not a residual category; it is the value creation zone.
This shift has a specific organisational implication. Discovery work cannot be cleanly specified in advance, cannot be reliably measured through narrow output metrics, and cannot be governed through classic managerial command without damaging the very conditions that produce insight. It requires the capacity to hold unknowns together without collapsing into either chaos or coercion.
4. Illegible work becomes the primary human domain
The work that remains structurally human is not “creative” in the shallow sense. It is the work that cannot be fully specified ex ante and therefore depends on judgment under ambiguity. It is work that must coordinate plural values and trade-offs, and that relies on trust, legitimacy, and relational continuity.
This includes discovery and invention, but also a wider class of contributions that industrial accounting persistently misrecognises: care, mediation, synthesis, conflict repair, boundary-crossing translation, convening, and the stewardship of shared conditions. These are not tasks in the narrow sense. They are field conditions. Their outputs are often indirect: they expand a system’s capacity to perceive, learn, coordinate, and remain coherent under stress.
5. The human economy becomes a stewardship economy
A usable definition begins to appear here. The human economy is increasingly the production and maintenance of relational, epistemic, and institutional conditions that allow societies to discover, coordinate, and adapt. This is not metaphor. It is a structural claim about what becomes scarce and valuable as volatility rises and predictability is automated.
Stewardship, in this sense, is not an ethical overlay. It is a production function: the maintenance of the conditions under which collective action remains possible. It includes the cultivation of accurate sensing, the resolution of conflict without collapse, the creation of legitimacy around trade-offs, the care and repair of relationships and infrastructures, and the preservation of learning capacity over time. If we cannot fund and govern these capacities, societies lose the ability to act, even when resources exist.
6. Why the labour–capital binary breaks
Industrial society organised itself around a labour–capital binary. Labour sells time and compliance inside roles; capital funds uncertainty and claims upside. This binary manages predictable work relatively well. It struggles with discovery and it fails in domains where value is produced through relationship, legitimacy, and shared learning.
Discovery requires holding unknowns together. Our existing institutions have only a few ways to handle unknowns, and each creates structural failure. One approach externalises discovery risk to third-party capital. This preserves wage stability and labour rights, but it moves evaluation and control away from the problem space. Risk is priced from a distance, leading to underinvestment, distorted incentives, and disproportionate extraction when discovery succeeds.
A second approach internalises discovery risk into the people doing the work. Here the unknown becomes wage variability, insecure time, parallel commitments, and constant informal renegotiation of what is owed. This produces intense invention in some settings, but it commonly produces fractures: some people absorb uncertainty while others are protected, power concentrates, and cultural legitimacy collapses. Labour rights as currently encoded do not map cleanly onto shared unknownness.
A third approach is the startup hybrid. Equity becomes a bridge between wage labour and risk-bearing. This is the dominant modern workaround, but it is also a legal and cultural hack between incompatible regimes. Startups can enable real innovation, but they do so under venture-compatible assumptions and often at the cost of creating systemic precarity, winner-take-most dynamics, and narrow selection effects over what kinds of discovery get funded.
7. The missing institution: vehicles that can hold shared unknowns legitimately
If the human economy is increasingly defined by discovery and stewardship, then the missing ingredient is not motivation or talent. It is institutional form. We lack vehicles that can pool uncertainty legitimately without converting contributors into precarious labour or turning discovery into extractive capital capture.
To hold unknownness legitimately, a vehicle must do several things at once. It must protect contributors from catastrophic downside, allocate voice and responsibility explicitly, sustain learning and integrity as outputs in their own right, and create fair pathways for upside without requiring people to surrender the future value of their contributions to distant capital. Without such vehicles, discovery is either underfunded, captured, or pushed into informal exhaustion.
8. From employment contracts to contribution protocols
This is the organising shift. Employment contracts buy time under managerial authority in return for wage certainty. That model is optimised for predictable tasks. Discovery and stewardship require a different grammar: contribution protocols. These are explicit agreements that coordinate people’s contributions into a shared field of work, with rights, responsibilities, and returns matched to contribution and exposure rather than to role-title and hours alone.
A contribution protocol recognises that the real inputs into discovery include more than labour time and capital money. They include proximity to the problem space, judgment, convening power, care, repair, relational labour, reputational exposure, and institutional legitimacy. If those are real inputs, then the economic form must be able to recognise them as such—not through informal gratitude, but through enforceable participation rights.
9. Multi-capital participation rights and the end of “jobs” as the sole unit
The industrial economy had a payroll for time and a cap table for money. The new human economy needs something closer to a plural contribution table: a way to account for contributions across multiple capitals and to allocate governance rights and economic returns accordingly. This is where the concept of gradient participation becomes essential. People should be able to participate at different levels of exposure over time, rather than being forced into a binary choice between employee and investor.
This points toward organisational forms that look like innovation partnerships: innovation LP structures with general partners and limited partners, where limited partners can contribute not only capital but capacity, and where governance is designed to hold uncertainty with integrity. The specific wrapper matters less than the functional requirement: a legitimate way to participate in unknownness without being coerced into precarity and without allowing capital to monopolise optionality.
10. Risk pooling as the precondition of broad participation
There is a hard constraint here. If we want the human economy to shift toward discovery and stewardship, we must prevent that shift from becoming a risk dump. Without risk pooling, only those with private buffers can participate in the unknown. Everyone else is forced into whatever predictable labour remains, no matter how degraded or tightly monitored it becomes. The result is a caste economy: the buffered discover; the unbuffered comply.
This is why insurance-like layers become foundational. We need mechanisms that pool downside risk while preserving upside participation. This makes discovery participable at scale. It turns innovation from a privilege into an institutional capability. Without it, “the new human economy” collapses into a romantic story that only applies to the already-secure.
11. The new triangle: labour, capital, stewardship
One way to express the shift cleanly is to recognise that the old binary was incomplete. Capital remains necessary. Labour remains necessary. But stewardship becomes a primary production function: the work that holds coherence, learning, legitimacy, and relational continuity under conditions of volatility. Stewardship must be given economic form, or it will remain informal, feminised, and exhaustible—precisely the pattern that undermines systemic resilience.
When stewardship is treated as real work—funded, governed, insured, and held accountable—it becomes the scaffolding that allows discovery to occur without capture and coordination to occur without coercion.
12. A definition of the new human economy
The new human economy is an economy organised around relational coordination and discovery, governed by contribution protocols and risk-pooling vehicles, with multi-capital participation rights that make stewardship legible, protected, and investable.
This is a shift in the base layer of how work is understood. It moves from tasks to field conditions, from roles to commitments, from wages alone to contribution mixes, and from firms as command machines to vehicles that can hold shared unknowns with legitimacy.
If we do not build this deliberately, the system will still evolve, but through the worst available substitutes: deepening precarity, intensified capture, and authoritarian substitution for legitimacy. The question is therefore not whether a new human economy emerges, but whether we shape it into forms that preserve broad agency and keep multiple futures live.

If AI through automation and robotics captures most of what has traditionally been called labor, I have trouble believing that Stewardship will a. Provide a sufficient quantity of work to pick up the slack and b. The capacities alluded to in your essay are not evenly distributed and most have not yet developed them, so this economy would as envisioned seems to live many people without satisfying or remunerative work.
Tackling the question of a human economy with this level of seriousness, care, and structural ambition is rare and deeply appreciated. These pieces name what is breaking without reaching for simplistic fixes, and that rigor and moral clarity really show.
One suggestion: it may help to distinguish more explicitly between self-organization, energy regime, and work.
Socially speaking, commitments are given to self-organizing systems, not to their economies, because self-organizing systems are capable of producing and maintaining conditional independence from their environment and can persist through multiple economic collapses.
Historically, new self-organizing systems become viable by interoperating with existing systems while expanding both the number of risk-takers and risk-sharers, and deepening the temporal horizon of their goals (thus generating a hierarchical temporal structure of social subsystems). Funding commitments at the economic level alone tend to attract early adopters, who rarely withstand dispersion long enough to generate durable change.
The core task, then, is to clearly narrate why commitment should shift from existing systems (the Leviathan) to Earth’s living systems. Declarations of independence offer a useful precedent: they explicitly articulate the reasoning for withdrawing allegiance and re-committing elsewhere.
This brings us to the energy regime largely absent, yet the crucial bridge between a new self-organizing system and a new economy, and the real source of motivation for change. Capital is redeployed only when successful agents grasp that their legacy evaporates if the current energy regime persists. Capital held in USD becomes metabolically inert unless deployed into a system that enables a new energy regime, one grounded in Earth’s living systems and their capacity to stabilize, support, and generate surplus.
The economy is thus derivative of self-organizing boundaries and the energy regime. While much is unknown, the self-organizing boundaries are clear (Earth’s living systems), as is the direction (climax communities capable of producing redistributable surplus). The economy’s role is to digest uncertainty and power by distinguishing between activities that lose time (extractive) and those that buy time (regenerative).
Because time is finite, how collective time is allocated becomes a meaningful measure of an economy’s metabolic cost. And since all types of capital can be accumulated, the share one stakes toward shared goals can translate into decision-making power. A billionaire contributing millions earned in seconds offers money, but gains only seconds’ worth of legitimate authority.
The tools, frameworks, and motivations are already surprisingly mature. What remains is less invention than execution: writing the code and moving to deployment.