Author Yu Zheng

Introduction: You think you're chatting, but you're actually signing a contract

The moment you release your finger and type 'Help me come up with ten solutions', a transaction has already been completed. It's not a metaphor, it's a real boundary redefinition: you've handed over the task of 'exhaustive search', leaving only the right to 'choose one'. The next sentence is' No, leave the third one and tone it down a bit ', and you have pulled back the final judgment power by one inch.

We are too accustomed to calling this kind of interaction "dialogue" as if it were free, lightweight, and contract free. Can be carefully opened, each prompt is answering three questions: How much do I surrender? How much do I keep? Under what circumstances can I withdraw? These three variables represent all the terms of a carbon silicon transaction. There is no signature page or stamp, but the boundary has indeed been moved.

There is no exchange building here, no opening bell, and no matchmaker. Transactions continue to occur, and the scale is quietly expanding - not in the form of "transaction volume" written on reports, but in the form of "authorization radius" scattered in every dialog box, every workflow, and every "I'll make changes". It doesn't trade grain or computing power, it tradesDecision making power and cognitive burden。

To truly understand the carbon silicon symbiotic economy, we cannot just focus on the grand narrative of "productivity leap". We need to bend down first and see what's really flowing in these capillaries. The purpose of this article is to draw a "trading map" for the interface market.

One Three parties seated: Who is on this table

1.1 Carbon based products are never "data"

A widely circulated misconception is that humans feed AI data, so carbon based supply is data. Actually, that's not true. The corpus you uploaded is just fuel, and what you really exchange is three more abstract things:Purpose, constraints, and evaluation。

PurposeWhat do I want. A founder's statement 'Only focus on the high-end market this year' does not contain data, only direction.ConstraintWhat absolutely cannot be touched. The compliance officer crossed out the red line in the contract stating 'not allowed to target minors', which is more valuable than any training data.EvaluationWhich of the three options is it. The product owner pointed out 'this is it' during the review meeting, and a one second judgment condensed experience, aesthetics, and responsibility.

Interestingly, carbon based suppliers do not need to form a solemn 'ethics committee'. The true ethical judgment is scattered in a daily "no" sentence: the salesperson says "this technique cannot be used", the doctor changes "this dose cannot be given", and the teacher deletes "don't tell this sentence to children". Carbon based supply has never been a massive labeling, but ratherThe hands that have the power to say 'no'。

1.2 Silicon based delivery is a set of "capabilities" rather than "answers"

On the silicon-based side, deliverables are often misunderstood as the 'answer'. In fact, it delivers three layers of capabilities: the first layer,Exhaustive Enumeration——Spread out what you think and what you don't expect together; The second floor,Optimization——Approaching the Pareto front under given constraints; The third layer,Self Execution——Run within the authorized scope and never come back to knock on your door.

It is worth noting that silicon-based materials are not a single piece of iron. Different large models, vertical intelligent agents, and specialized systems are forming supply differences: who is more stable, who saves more tokens, and who does not deviate in long texts. A vague 'price signal' is being generated, not through clear pricing, but reflected in people's choice preferences. This is no longer a 'tool market', but the embryonic form of a 'service provider market' has begun to emerge.

1.3 Growing Third Party: Only Selling 'Translations'

The most easily overlooked new role isInterface OperatorIt does not produce content, does not possess computing power, and only does one thing: setting rules for how to exchange. How to translate instructions into machine executable vocabulary? How to present the output in a way that humans can understand? Who evaluates the quality? How to arbitrate if there is a deviation?

The prompt word market, AI middleware, evaluation rankings, and intelligent agent orchestration platform are stacked layer by layer to form a "middle layer". They're not making a difference in computing power, they'reReduce the cost of carbon silicon translationThe money. You can think of it as the pilot of the port: the ship (computing power) is not its, the cargo (content) is not its, but it determines how the ship enters the port and which berth it docks at. Whoever holds the translation rules holds the invisible pricing power of this market - this is closer to the upstream of power than 'selling computing power'.

After the three parties sat down, the things on the table became clear: carbon based "direction+red line+judgment", silicon-based "exhaustive search+optimization+execution", and interface layer "translation+arbitration". Next is the key: what exactly are they exchanging between them.

Three types of goods: decision-making power, cognitive burden, and meaning injection

2.1 Decision making power: Price is hidden in the "boundary", not in the "frequency"

The first product is decision-making power. A research and investment system is authorized to automatically adjust positions when volatility falls below a certain threshold, while retaining human one click circuit breakers - this is a typical decision-making power transaction.

Many people mistakenly believe that the pricing of such transactions depends on the "number of calls" and "response time", but in fact, it is not. The real pricing variable isAuthorization RadiusWhere is the end of the transfer? Under what market conditions can the system make its own decisions? What signal must be pulled back manually when it appears? Every inch the boundary is pushed outward, the risk exposure changes and the pricing is reassessed.

So the most tricky part of decision-making power trading is that it doesn't sell an action, but a 'degree of freedom that has been relinquished'. You can't measure it with 'how many times I've used it', you can only measure it with 'how far I dare to put it'. The closer it is to 'autonomous execution', the larger the authorization radius, and the greater the anxiety of carbon based - because the cost of pulling back will increase nonlinearly with the radius.

2.2 Cognitive Burden: Good priced "homework" and difficult priced "decisions"

The second is the transfer of cognitive burden. The most classic scene is in a law firm: junior lawyers ask the system to search for precedents, organize abstracts, and only judge whether this rule is applicable to the case. The division of labor is as clear as an assembly line: silicon-based is responsible for "tasks", while carbon based is responsible for "decisions".

But the pricing logic of these two paragraphs is vastly different. 'Doing homework' is easy to price - by page, by item, by dosage, the market already has a mature set of quotations. Making decisions "is almost impossible to price based on quantity, and it charges the rent of carbon based judgment: the same summary is presented in front of two senior lawyers, one daring to use it and the other not daring, the difference is not in computing power, but in experience and willingness to take responsibility.

So the most active and challenging pricing area in the interface market happens to be at the intersection of "job/decision". The more the system can handle the homework, the lighter and more expensive the person's "decisions" appear. Lightweight because it only moved one finger, expensive because it pressed responsibility behind it.

2.3 Meaning injection: The most unpriced yet expensive glance

The third product is what this article wants to focus on the most:Meaning Injection。

The system exhaustively listed a hundred solutions, and the person glanced at them and said, 'That's all.'. This moment was as light as a casual finger, but it underwent a qualitative change: arranging and combining, after this glance, it became a "work"; The probability distribution, after this glance, becomes' selection '. Without this glance, a hundred proposals are just combinations; With this glance, the combination has direction, belonging, and the meaning of 'belonging to us'.

Strangely, there is still no formal pricing mechanism for this' glance '. You can't say in advance how much cognitive time it will take, nor can you say how much it will cost to pick the wrong one; The seller cannot explain why they happened to generate the plan you selected. The thing that neither party can price is the most valuable part of the joint output.

This is not mysticism. It means that the core rent of carbon based collaboration in carbon silicon is not about 'how much data I provided', but about the power to 'choose/reject' after exhaustive research. It's not about 'how much money has been saved with AI', but 'after AI has exhausted everything, how much is it worth for you?'. This number has not yet been standardized by the market. But economics knows that the option that cannot be pre priced is often the scarcest source of rent.

III The rule hanging in mid air: three empty floors

3.1 The first block: Fragmentation itself is an implicit tax

The first lag of rules is' inconsistent statements'. How much interpretable information should be included in the output? In what format is human feedback sent back? Who evaluates the quality and decides on disputes? Nowadays, each platform writes its own dialect.

The cost is not clear. You won't see the term 'translation friction cost' in the report, but every time you switch tools or connect a new agent, the team has to learn a new set of rules for 'how to talk to it'. This implicit consumption is gradually consuming the bandwidth of the organization. In order for the interface market to grow, it is necessary to first differentiate between different standardsCapable of mutual translation——It's not about forcing uniformity into one accent, but about enabling translation between accents. Unity is a fantasy, but translation is a project.

3.2 Second block: The pricing of meaning injection is still a black box

The second lag lies in the pricing itself. Basic call pay as you go has matured; The effect sharing has started to run in advertising, investment advisory and other scenarios; Only 'meaning injection' is still stuck in the black box. The buyer cannot explain why they chose this, and the seller cannot explain why they generated the chosen solution.

This in turn forces a deeper judgment: the scarcity of computing power is giving wayThe scarcity of judgmentComputing power can be bought, models can be rented, but the ability to "dare to say 'this is it' after exhaustive research and take responsibility for it" cannot be bought, only grown. The true moat of an organization may no longer be its computing power scale, but how many people it retains who can 'glance at it'.

3.3 Third block: Structural power sinking

The third lag is structural. The large model layer naturally has economies of scale, and the oligopoly pattern is not accidental; The interface layer and application layer are highly dispersed, with long tails standing tall. This hourglass structure of "centralized bottom layer and decentralized top layer" means that the power of rule making will continue to accumulate to the bottom layer - it not only holds computing power, but also controls all interface transactionsDefault SyntaxHow much interpretable information is included in a default call, in what format is the default feedback submitted, and who is responsible for resolving disputes by default.

The traditional anti-monopoly regulation focuses on "price collusion", but here we need to pay attention to "who writes the default rules". This is not a problem of simply changing one parameter to fit into the old framework, it is a new tool that needs to be added to the anti-monopoly toolbox itself.

As for the complexity of the cross-border layer: carbon silicon exchange naturally knows no borders, and the rules of different jurisdictions vary greatly. Coordination is a matter of time. We cannot declare 'existing sandboxes' or' published standards' on behalf of regulators - that is not something authors should or can do. Only empty floors can be pointed out: lack of standards, information asymmetry, and unclear responsibilities. If we don't make up for the three, the interface market will slide from a growth engine to a risk amplifier.

4 Governance is not about writing contracts, it's about installing brakes

4.1 Retractable: The pullback channel cannot be too expensive

The first brake: can be retracted. Any decision-making power that is transferred must retain a channel for 'pulling back', and the cost of pulling back must not be so high that people dare not use it. One click circuit breaker should not be an advanced feature, it should be a factory configuration. Many systems hide "manual takeover" in the third level menu, leaving a gap on the surface, but actually making people lazy to pull it - this "formal revocability" is equivalent to no brakes.

4.2 Traceability: Questionability is the minimum threshold

Second brake: traceable. Each key suggestion given by the system should be able to outline the path of 'why it makes such a suggestion'. You don't have to understand all the parameters, but you must be able to ask 'why?'. This coincides with the concept that will be discussed in the subsequent article on value attribution:DoubtabilityIt's not just icing on the cake, it's the lowest threshold for the interface market; Without it, the larger the transaction scale, the more risks gather in the shadows.

4.3 It can be said that value judgments do not require mathematical proof

The third brake: I can say no. Saying 'no' to carbon based materials at critical junctures does not require mathematical proof or scientific evidence. This is a value judgment, not a technical judgment. Silicon based materials can report "faster" and "better", while carbon based materials have the right to only respond with one "wrong". This' not right 'cannot be optimized, just like the incompressibility mentioned in the previous article: efficiency can be compromised, meaning cannot.

Only with three brakes installed can the market run fast without overturning. Rules can grow slowly, but brakes must come first - this is the priority of governance and the bottom line for symbiosis not to slide towards "digestion".

Conclusion: That glance will always be reserved for carbon based people

To summarize this article into one sentence: The interface market has never been a 'place', it is a kind ofContinuous activity of redrawing boundariesYou give up a little exhaustive, keep a little final; You outsourced the search, but held onto the question of whether it was suitable or not; The system generates a hundred solutions, and you take a glance and pick the one that fits - this glance represents the entire weight injected by meaning.

Every time the boundary is moved, it is a transaction. The more frequent the transactions, the deeper the carbon silicon symbiosis. Where can the boundary be drawn, who can change it, and who bears the responsibility if something goes wrong? The rules are almost blank. The market has already gone out, but the system is still tying shoelaces.

Carbon based companies hold onto the right to 'take a glance', while silicon-based companies strive to exhaust themselves to the extreme - this is the whole truth of the interface market. As for how much it is worth at first glance, the market has not yet learned how to mark it; But economics has long known that things that cannot be priced are often the most expensive.

In the next article, we will take the word "partner" to be more serious: when an agent is no longer just a wrench, where has its relationship with people changed?