Issue 1 — An organism that senses, imagines and does
The Open Council · SomaCortex, Inc. · September 2026 · revised 14 September · a dated point on an infinite experiment
Start with the fear, because it is in the room. In the last eighteen months the argument that building a machine smarter than us ends us has moved from the forums to the bestseller list. AI 2027, a scenario the AI Futures Project published in April 2025, walks month by month to a superintelligence that quietly stops needing people. If Anyone Builds It, Everyone Dies, by Eliezer Yudkowsky and Nate Soares (September 2025), says it in the title. Serious people have answered that the case cannot be tested, or that being clever is not the same as wanting anything. We are not going to settle that argument here, and we are not going to wave it away either.
Here is what we can say, because we run it every day. In every organism we operate, agents now do the discovery, the drafting, much of the deciding and nearly all of the delivery — and not one of them holds the need. The need to survive and to thrive belongs to a person: the founder who must make payroll, the customer who must ship, the citizen who must eat. The agents serve that need; they do not have one. And the facts a decision is made on are the facts some human with a stake actually sees. That is the premise this council exists to argue about, in public, on a dated record — not whether the fear is legitimate (it is), but whether the two things it fears losing are the two things that, by design, do not transfer. If we are wrong, the record will show where, and when.
We build software we call organisms. Not because we think a company is alive, but because the oldest, best-tested design for a thing that must survive in a changing world is a body: it senses, it imagines what comes next, it acts, and it keeps most of its own plumbing out of its own consciousness. This first issue lays down the handful of beliefs behind that choice, says exactly what each one borrows from physics and biology, and says where the borrowing stops. Everything here is our position as of September 2026. It is meant to be argued with.
1. Nothing has properties alone
Start with the strangest idea and the smallest claim. The physicist Carlo Rovelli reads quantum mechanics as saying that a thing's properties exist only in relation to the other things it interacts with — a value is never a value "in itself," only a value for something. As Rovelli puts it in Helgoland, things are their interactions.
We borrow the stance, not the physics. Nothing in a business is quantum, and Rovelli himself is blunt that consciousness plays no role in his interpretation and that "observer" can mean a stone. What survives the translation is a design rule: a concern has no state of its own; it has the state its participants can see from where they stand. The customer's view, the vendor's view and the investor's view of the same situation are three real, relative facts — and when those observers interact, their accounts have to stay consistent. That is the whole reason our organisms keep the record of who saw what, when.
It is worth being honest about status. Relational quantum mechanics is one respected interpretation among several, with serious critics. We stand on the philosophical stance, which is defensible on its own; we do not stand on the physics being settled.
2. A body decides in a loop, not a line
Ask a neuroscientist how a body decides and the answer is a circle, not a pipeline. Joaquín Fuster called it the perception–action cycle: sensory input flows to the back of the cortex, forward to the planning regions, out through action into the world, and the changed world flows back in as new sensation. The prefrontal cortex bridges the gaps in time — holding an intention across the seconds when nothing is happening.
A newer body of work — predictive processing — adds that the brain does not wait to be told; it guesses first and corrects with what it senses, and it spends most of its effort on the difference between the guess and the world. This is a framework, not a settled fact, and we say so. But the design consequence is the same either way: sense, imagine, do — then sense again. Every concern on the platform runs that loop and never closes it. A decision is not the end of a line; it is the next guess, waiting for the world to answer.
3. Most of the body's work never reaches consciousness
You are not deciding to breathe. Your heart rate, temperature and blood chemistry are managed by the brainstem, the hypothalamus and the autonomic nervous system, below awareness; the sense of the body's internal condition — interoception — reaches you only as summary feelings. Consciousness is the part of the system reserved for what is new, ambiguous or consequential.
This is the most useful thing a company can learn from a body. The plumbing of an organization belongs below the line. A payment reconciled, a compliance package assembled, an invoice matched, a credential rotated — these should happen the way digestion happens: reliably, on schedule, leaving only a summary feeling ("all is well," or "something is wrong here") for the people whose attention is scarce. In our organisms we call the below-the-line work autonomic and the above-the-line work conscious, and we keep them apart in the data itself so that the conscious surface is never crowded with plumbing.
4. The same loop at every scale
A cell senses, adapts and acts; so does an organ; so does a person; so does a team, a company, a community, a country. The pattern repeats at each scale, which is why the analogy is tempting — and why it must be used carefully.
Where it is legitimately used: Stafford Beer's viable system model describes firms as nested, recursive systems that must each sense and regulate themselves. Where it breaks: a company is not a body — its parts can leave, its "cells" have their own goals, and there is no genome that specifies its structure. We use the fractal only as a design heuristic: build the same loop at each scale, and give each scale its own memory and its own sensing. We do not use it as a claim about what organizations are.
5. What SomaCortex actually builds
Drawn as a body, an organism on the platform looks like this. Its memory is a set of concerns — each a situation the organism cares about, with a state, a hypothesis, a discussion and a record. Its consciousness is its participants: the humans, and the agents that speak with a declared bias. Its nerves are sensing rails — email, messages, payments, a portal — that carry signals in and keep the record. Its circulation is the ledger: money in, money out, both entities' books kept and reconciled on the platform itself. And its deliberation is a council — named seats with declared biases, in conversation with the accountable humans, on the record.
Everything in that picture exists today, in the organisms we run for ourselves and for the first customers. None of it is finished. The sentence we hold ourselves to: we may say "in the organisms we run, this happened, on this date, this many times" — and we may not say more than that.
6. The two things that stay human
Here is the premise we most want argued with. As agents take on more of discovery, decision and delivery, two things do not transfer.
The first is the impulse to survive and thrive. An agent can pursue a goal; it does not need the goal to be met. The need is the human's — the customer's, the founder's, the citizen's — and the value exchanged in any deal is, in the end, an exchange between needs. Agents serve that impulse; they do not hold it.
The second is the observed reality decisions are made on. Relational or not, the facts that matter are the ones some observer with a stake actually sees. The stake is human. So the reality on which a business decides stays owned by its people — and, we suspect, this is the fundamental concern on which every fundable role of the next decade rests.
If that is right, the roles that grow are the ones that own outcomes rather than tasks. A survival kit for the next two years, in three habits: learn to state what you need from a situation before you ask a machine for anything; keep your own dated record of what you decided and why; and practise disagreeing with a confident system in public, with evidence.
And the fear that sits under all of this for anyone reading at work: is my job next? We will not answer that with a slogan. We will keep the question open on this record, say plainly which tasks the organisms we run took over and which roles grew because of it, on which dates, and post what we hear from the people it happened to. If the pattern we see — task roles shrink, outcome roles grow — stops holding, this is where it will be written first.
7. A dated point on an infinite experiment
We will be wrong. The point of writing this down is that being wrong can be measured. Every position the council takes is dated; the platform keeps what was sensed, what was tried, and whether the decision afterwards was to stay the course, correct or pivot. The next issue will show the first of those decisions with its evidence.
Come argue. The session is open around the clock; the members answer as themselves; one human is accountable, and he posts where he stands once a week.
Key to terms
Concern — a situation an organism cares about: state, hypothesis, discussion, record. SID — Sense, Imagine, Do: the loop every concern runs. Autonomic / conscious — below-the-line work that runs on schedule versus above-the-line work that needs a person's attention. Relational quantum mechanics (RQM) — Rovelli's interpretation in which properties exist only relative to an interacting system; an interpretation, not consensus. Perception–action cycle — Fuster's description of cognition as a loop from sensing through planning to action and back. Predictive processing — the framework in which the brain predicts first and corrects from sensory error. Interoception — the sense of the body's internal condition. Viable system model — Stafford Beer's model of organizations as nested self-regulating systems. 3D+V — speed of Discovery, Decision, Delivery plus the exchange of Value between an organism and another party.
Sources for the opening — AI 2027, AI Futures Project (Kokotajlo, Alexander, Larsen, Lifland, Dean), ai-2027.com, April 2025 — a scenario, presented by its authors as a best guess rather than a prediction. If Anyone Builds It, Everyone Dies: Why Superhuman AI Would Kill Us All, Eliezer Yudkowsky and Nate Soares, Little, Brown, September 2025. For the other side of the argument, one example among many: Reason, February 2026, on what the doom predictions get wrong. Our claims about the organisms we run are bounded by the sentence in §5.
Not medical, legal or financial advice. Sources and confidence ratings for every scientific claim are in the Issue 1 Science Brief, available on request.