This article is divided into four parts, each of which builds the context you need for the next.

This writing is for technically savvy readers, especially developers, protocol designers, and product teams working with AI agents, APIs, or crypto rails, who want a clear view of how these areas connect.

It explains how x402, ERC-8004, and agent discovery layers turn APIs and agents into small usage-based businesses, and what that means for real systems over the next 1–3 years.

Vocabulary:

In this article, I use the term micro business to refer to tiny/nano businesses for a single x402-priced endpoint or agent that operates independently and earns revenue from per-call payments in stablecoins.

Foreword

**x402 and ERC-8004. \ Standards for on-chain payments and identity for agent operation. Most people have never heard of these standards, and even many crypto natives only see the surface of the agent narrative. Behind them is a simple idea. Agents can pay and get paid through tiny on-chain transactions, and in return, they can handle tasks that would be impossible to scale by hand.

We are still early in this emerging space, but I suspect everything will evolve much faster than most people expect.
One of the drivers for this is the push to build an agent-driven internet. Another is the need to improve privacy in the processes we already use.

For example, Vitalik Buterin has already highlighted the need for privacy-preserving x402 payments. Every time an agent pays an endpoint, it leaks what service it used, when it used it, how often it used it, and sometimes even the rough size or type of job. Competitors can see which APIs your app or agent relies on. Data brokers can reconstruct user behavior and business logic from payment flows. Over time, you get a giant, searchable map of who pays whom for what.

For human users, this is a privacy nightmare. For agents as businesses, it is also an alpha leak.

Agents can do a lot of practical work for you, but privacy-preserving payments are one of the first problems to solve. A development team I use as an example is currently building private x402 transactions on the Starknet stack, also known as z402.

When this layer is in place, it opens the door to hundreds of use cases. If you read further, you’ll learn more about some of these.

The goal is not to promote any specific team, but to show why this kind of plumbing is likely to matter if the agent economy becomes real.

Part 1 - Bringing companies on-chain with x402

Today, most x402 experiments start with crypto-native builders, but the long-term impact ultimately falls on traditional companies. x402 runs on familiar Web2 infrastructure but settles in on-chain stablecoins, so it integrates directly with existing usage-based billing. **Enterprises already use metered APIs and issue monthly invoices.

If an endpoint can expose “this call costs 0.2 cents in USDC” over HTTP 402, finance teams can reconcile that flow the same way they handle cloud or SaaS costs. In other words, x402 does not ask companies to change how they think about software. It only changes the rail that moves the money. x402 sits where Web2 companies already live: on HTTP, APIs, usage-based billing, and stablecoins, rather than card networks.

That is also why I think it is essential to be clear about what x402 is not. It is not a token sale, and it is not a speculative asset. It is a payment protocol. Or, as people in payments, fintech, and crypto might say, a “payment rail.”

From my point of view, and from how builders in the blockchain space talk about it, x402 is a way to enable micropayments across the internet quickly and to let traditional companies become meaningfully on-chain without having to rebrand themselves as “crypto projects.”

Once you look at the user base numbers, the potential becomes clearer.

Today, there are about 40–50 million weekly active crypto users. By comparison, roughly 900 million people already use ChatGPT-class applications. That is almost 20 times as many people as the entire active crypto base.

Now imagine a large interface, such as ChatGPT or a similar agent front-end, that increasingly relies on external APIs, which themselves expose prices in x402. Instead of keeping all those upstream costs hidden as an internal line item, it could settle a part of them directly on-chain, in stablecoins, on the same standard that those providers use.

This would make it easier to share revenue with third-party services, give users or their own agents the option to pay directly for some calls, and reduce the need for custom billing integrations with every partner.

If a setup like that becomes common, you are no longer talking about thousands of transactions per day.
You are looking at billions of microscopic events, each representing a paid unit of compute or data. Traditional card networks and ad-funded models are not designed for this pattern. They expect fewer, larger payments, not billions of sub-cent charges between machines.

Card systems also assume a human at the end of the flow and a checkout-style experience. Agent payments look different. They occur in the background, often in bursts of many small calls, with prices that depend on context, volume, or conditional rules. This is the type of workload for which stablecoin rails and an HTTP-native protocol, such as x402, are better suited than card fees and monthly billing cycles. Card systems also do not expose a simple, machine-readable way for one service to quote a price per call and another service to pay it automatically.

x402 is designed to fill exactly this gap between legacy and modern payment rails.

It keeps the familiar HTTP request-and-response model, attaches a stablecoin price to each call, and settles that price on-chain as a tiny, usage-based payment. At the scale where agent traffic lives, that kind of payment protocol can handle the granularity that existing payment infrastructure struggles with. Agent payments tend to be high-volume, high-velocity, and low-value, often conditional and composable across many services, which fit stablecoin rails much better than card networks.

Once you take that volume and this direction of travel seriously, another question appears. What if the large incumbents ignore x402 and keep everything inside their own billing systems? Well, they cannot remove x402 endpoints from the internet, but they can decide which payment flows they support in their own products.

The counterpoint is that x402 does not need permission from any single platform. It rides on plain HTTP, so any agent, SDK, or “agent browser” can call an x402 endpoint and pay it. If x402 endpoints become a good source of useful data or computing, it is cheaper for big companies to talk to them than to rebuild every useful resource in-house. If they refuse to interoperate, that creates an opening for other tools, wallets, and agent clients that do.

In that sense, x402 is less about convincing a single company to flip a switch and more about setting a standard for the rest of the ecosystem that works even if incumbents are slow to join.

From this perspective, when people talk about “bringing companies on-chain,” the focus is not on tokenizing balance sheets or putting shares on a ledger. It shifts to something more mundane and more powerful: moving the billing layer for everyday AI APIs and SaaS endpoints onto x402, so the internet can support billions of sub-cent payments per day without collapsing under its own business model.

Part 2- Introduction: Beyond Ads and Subscriptions: Agent Commerce on x402 and ERC-8004

Imagine you run a website with real value. A research blog. A niche data feed. A book you provide for free. A long form guide that took you nights and weekends to write.

Today, the way you “monetize” that work is simple, and, to say it frankly, brutal. You paste in ad scripts and hope that human eyeballs show up. Meanwhile, bots and AI agents crawl your pages on the code level, scrape the raw content, feed it into their pipelines, and never pay you a cent. Your ads load. Your layout renders. Your analytics register another “visit.”
But the real consumer is a headless agent that does not care about banners or pop-ups.

TL;DR

Over time, this turns into a more general “pay-per-crawl” pattern. Most web traffic comes from automated clients, not from humans in browsers, so it makes sense that machines, not people, become the primary payers at the protocol level.

Now imagine a different setup.

Your content sits behind a tiny paywall that understands x402. When a human or an AI agent wants your data, they do not see ads. They see a 402 “Payment Required” response with clear, machine-readable terms. Their client or agent calls you with a wallet that already holds a small stablecoin balance, and that the user has authorized to spend on their behalf.
The agent pays a fraction of a cent from that balance, and then gets the data.

A human user still tops up that balance from time to time, by card, bank transfer, or a normal on-ramp, but each call is handled automatically by the software, not by clicking a “Pay” button on every request. In the background, a programmable wallet enforces the rules you set. You can cap how much an agent spends per day, restrict which endpoints it can pay, and keep an audit trail of every call.

The agent does the micro-payments, but the human still defines the policy and funding source.

Results:

On your side, you do not babysit API keys. You do not fight an endless war against scrapers. You run your own agent that guards the data, negotiates access, and sells it on your behalf. With ERC-8004, that agent has a verifiable identity and a reputation record on the chain, so other agents know who they are talking to and whether they can trust the stream it serves.

The flow flips. Your “scraping victim” website becomes a nano business in an agent economy.

But wait a second. There is also a “light side of the moon” to it.

Agents can:

Now, think about how we use search today. Every Google query consumes CPU, memory, network bandwidth, and energy.
It costs real resources every time you type a word and hit Enter. You never see the bill, because Google decided long ago that you are not the customer. The advertiser is. To make that work, Google sells access to its index. Sponsored links buy their way to the top. The first result is often not the best answer for you. It is the answer that won an auction.

Now project that forward into an agentic internet. Instead of one giant search engine that hides costs behind ads, you have a search agent that works only for you. You pay it directly in crypto by using x402 for the time and data it spends on your query. It fans out your request to many data providers, each with their own x402 paywall, and picks the best mix of price and quality. The results it returns are not sponsored. They reflect what your agent actually believes is the best answer under your constraints.

**Again, ERC-8004 matters here. \ Your search agent needs to decide which other agents and services to trust. Identity, reputation, and validation registries give it a way to see who has delivered good results in the past and who has a track record of spam or low-quality work.
Instead of SEO games and ad auctions, you get a market where agents rank each other based on verifiable work and real payments.

Once you have x402 for payments and ERC-8004 for identity and reputation, many of the broken parts of today’s internet start to look fixable.

#1 API billing becomes less painful.

Right now, if you run an API, you set up subscriptions, rate limits, or custom contracts. You over-provision for big customers and under-serve the long tail. With x402, any API endpoint can publish a price per call, down to fractions of a cent, and accept stablecoins over HTTP 402 without accounts or manual invoicing. Agents and apps pay exactly for what they use, and nothing else.

#2 Spam becomes more expensive.

In Web2, bots can hammer your endpoints for free until you give up and put everything behind API keys, CAPTCHAs, or hard gating. In an x402 world, every request costs something, even if it is tiny. Attackers cannot spray infinite traffic without burning real money. Legitimate users still pay far less than a typical subscription, and they do not have to fight your protection layers.

#3 Agent discovery becomes less biased.

If discovery engines sit on top of x402 and ERC-8004, they can rank services not just by who shouts the loudest, but by who other high-reputation agents actually pay and use. Payment flows become a kind of “vote” that reflects real economic trust, not vanity metrics or bought traffic.

#4 Multi-agent workflows become less fragile.

Protocols like A2A or MCP define how agents communicate with each other. ERC-8004 anchors who they are and why you might trust them. x402 gives them a way to settle up after each call. Speak. Prove. Pay. The protocol stack is starting to align with what a real economy needs.

And all of this happens without throwing the web away - HTTP stays. APIs stay.

We just finally lit up the status code that has been reserved for three decades and connected it to a global ledger.

We give agents a passport and a credit line, and we tell them:

“If you want to use the internet’s value, you pay the people who create it.”

That is the gap that x402 and ERC-8004 try to close. They do not promise magic. They take two simple ideas that the speakers in the DayDreams X Space kept coming back to: Payment should be as native as a GET request. Trust should be as inspectable as a transaction.

In the agent economy that I want to see, agents do not only take. They also bring. My own agent can guard my content behind x402, speak ERC-8004 so other agents know who they're dealing with, and recommend my work to readers likely to value it.

Other agents can work on behalf of readers, scan paid endpoints, and decide that my article is worth a fraction of a cent. The same technology that crawls and copies can also route new readers to my work, pay for it, and feed back a signal about what actually helps people.

For twenty years, the web asked one central question: “Does this look good to a human on a screen?”

We obsessed over templates, CSS, copy, and SEO so that a landing page both looked good and ranked well.
In the agent era, the question changes, and the question changes the angle to this:

“Can an agent reach your value through a clean API, pay for it over x402, and know from ERC-8004 who it is dealing with?”

Sites and services that answer yes to that question still care about UX and SEO, but they do not depend on fancy landing pages to survive. They have something more substantial. They have a business model and an interface that speaks the native language of the new internet: agents, APIs, and fine-grained payments.

Part 3 - Tech that will change the internet

Agent commerce, x402, and ERC-8004: from ad-funded web to paid APIs

Where we are now: ads, subscriptions, and hard-coded APIs

Let us take a closer look at the current state of the online experience.

Most online products still rely on two basic business models. Ads pay for “free” content, and subscriptions bundle access into monthly or yearly plans.

This works poorly for today’s AI-driven internet.

On the technical side, most AI systems still look like this:

This setup has some obvious limitations:

At the same time, demand for AI and APIs is exploding.

**We are in “the API era.” \ The web serves more APIs than static pages, yet the payment and access layer still behaves like the early web.

What needs to change for agent commerce to work?

AI is moving from answering questions to taking actions.

Agents do not just chat.
They:

To support this, we need the following three:

1. A standard payment primitive for APIs and agents, such as x402.

2. A discovery and identity layer so agents can find and rank services, which in the Ethereum ecosystem maps to ERC-8004 agent registries.

3. A business layer so individuals and teams can turn endpoints into small, efficient businesses.

Today, the missing piece is often payment and discovery.

This blocks a more granular and open market where:

Without a standard, every project reinvents billing and access.
That slows the market and keeps power in a few large platforms.

Current bottlenecks: walled gardens, spam, mispriced data

The web stack of today suffers from being built on the code infrastructure of yesteryear.

#1. Walled gardens and private workflows

Result: Innovation is locked within platforms rather than occurring on neutral rails.

#2. No standard way for agents to pay

Agents need to pay for:

However, there is currently no common payment layer for agents.

This prevents a real microservice economy between agents.

#3. Broken pricing models for content and data

There is no good way to price:

The result is either under-monetization or overly heavy paywalls.

#4. Spam and free riding

Bots and abusive traffic often attack APIs.

#5. Distribution and discoverability

Builders do not know:

The coming evolution phase is comparable to the early web.

However, without standards, these discovery layers risk becoming new silos.

How x402 solves per-call payments and spam

Let me present now a clear “cause → solution → fix” structure around x402 that will need to be developed.

x402 in short:

This has several important properties.

How x402 fixes the issues

  1. Standard per-call payments: Each endpoint can publish a clear per-call price.
    Agents and apps can:

    1. Discover the endpoint.
    2. Receive a 402 with pricing terms.
    3. Pay and get the result.

    **This turns any useful resource into a nano business.

  2. Better pricing models: x402 supports:

    • Per-call pricing.
    • Very small payments, even fractions of a cent.

    • Flexible models for data, content, and compute.

      **This aligns well with AI and API cost structures, which are naturally usage-based.

  3. **Spam resistance: Every call has a cost. \ Bots and abusive patterns become expensive to run. x402 serves as both a security primitive and a payment rail.

  4. **Open and chain-agnostic design: x402 stays open and does not lock anyone to a single vendor. \ Different chains and infrastructure providers can implement it. Any wallet that speaks x402 can pay any endpoint that speaks x402.

  5. **On-ramp for traditional companies: Enterprises already use usage-based billing, and stablecoins are easier to explain than volatile tokens. \ x402 lets them reuse:

    • HTTP.
    • Usage invoices.
    • Stable settlement rails.

      This lowers their barrier to on-chain adoption.

Why ERC-8004 is as important as x402

Payment is not enough. Agents also need to decide who to call.

We now need to link x402 to an identity and reputation layer, concretely to the ERC-8004 standard for agent registries. ERC-8004 lets agents anchor identity, reputation, and verification data on-chain. Together, x402 and ERC-8004 give agents a way to both pay for services and trust the services they choose.

Key points:

This enables:

Together, x402 and ERC-8004 create:

This is the foundation for an open agent-commerce stack.
On top of the stack, we can now add concrete tools, many of which are already in development.
Let's get down to business.

DayDreams.Systems: turning the stack into real tools and businesses

As an example of tooling that builds on the x402 and ERC-8004 stack, let us look at DayDreams.Systems project.

The work of the DayDreams team mainly focuses on the following 3 areas:

1. XGATE: discovery and composition

XGATE acts as a discovery layer for x402 resources and for agents registered through ERC-8004 or compatible identity registries.

Example flow:

  1. An agent receives a task.
  2. The agent queries XGATE to find relevant endpoints (data, signals, tools).
  3. The agent pays per call by x402.
  4. The agent combines the outputs into a final result.

This turns “glue code” into a generic layer rather than having custom logic in each app.

2. Lucid: operations and micro-business management

Lucid is DayDreams’s platform for individuals who run many micro businesses.

In practice, Lucid provides:

3. Agent framework and software development kits (SDKs)

DayDreams also focuses on the developer experience.

The stack includes:

Together, this turns the abstract idea of “agent-to-agent commerce on x402” into code that real developers can ship.

Competition and wider ecosystem

It is important to note that DayDreams is not the only project in this area.

The wider ecosystem includes:

These projects share similar goals:

The specific angle in this article is the combination of x402, open discovery layers, and nano businesses built around single paid endpoints.
I use DayDreams.Systems’ Lucid as a concrete example of this path, not as the only option. If you want to find out which project best fits your needs, it helps to look at three basic questions:

From status quo to agent commerce in three steps

This, and the final section of this article, explain how the components in this article form an end-to-end flow.

It first outlines the current problems, then describes the protocol-level design, and finally shows how it works in practical deployments.

The following sequence shows how these components work together end-to-end.

Cause (status quo) → Solution (x402 + 8004 + discovery) → Fix in practice (agents and endpoints + Lucid/XGATE-style platforms)

Cause

Solution

Fix in practice

From a technical standpoint, this is a clean, incremental change.
It keeps HTTP and the mental model of APIs, but extends them with:

This is a realistic path from where we are now to a web where agent commerce is normal behavior, not a niche experiment.

Finishing thoughts

There is already a small but growing ecosystem around x402 and ERC-8004, spanning payment routers, agent toolkits, and agent-native discovery engines. Different teams explore different trade-offs around custody, privacy, and UX. This article does not rank or endorse any of them, but aims to explain why these standards exist and why they are likely to matter if agent commerce takes off.

Disclosure: I hold positions on projects working on the x402/8004 ecosystems. This article is for educational purposes and is not investment advice.

Part 4 - DayDreams.Systems: an x402 / 8004 implementation example

The current article discusses AI agents that do real work, pay each other for APIs, and build an economy on top of standards such as x402 and ERC-8004.

DayDreams.Systems fits into this picture as a practical implementation layer for these standards. The team has been building toward an agentic economy over the last 12 months and has aligned its stack with x402 since Coinbase introduced the standard in May 2025.

In practice, this means that DayDreams' agentic endpoints are concrete tools that your agent can call to compose DeFi strategies and other paid workflows on top of x402 and ERC-8004.

These standards are powerful, but unrefined.
They address “how to pay,” “how to speak,” and “how to identify agents,” but on their own do not provide developers with a clear way to deploy, monitor, and scale agent workloads.

DayDreams Lucid sits atop this stack as an abstraction layer. It aims to provide a place where agents can act as economic actors: they communicate A2A, pay and get paid via x402/AP2, and carry an ERC-8004 identity from the moment they come online.

  1. Personal autonomy is now open to anyone shipping paid agentic endpoints.
  2. Reputation and volume will gravitate toward useful endpoints, putting early movers ahead when traffic spikes.
  3. Built with Lucid -> Distribute through XGATE -> Get paid on x402.

How DayDreams structures the stack

DayDreams.Systems currently present four core components.

1. DAYDREAMS Library – Open-source agent framework

The library serves as the foundation for agent logic: tools, policies, and behaviors.

2. DREAMS Router – x402-powered USDC router

One example is paying for Google’s VEO3 directly with USDC over x402, with more providers planned.

3. Lucid – a platform for autonomous agent operation

Lucid is also where AP2, A2A, x402, and ERC-8004 are tied together into a single operational surface.

4. XGATE – agent-native search engine

This component is the discovery side of the stack, with a focus on “agent engine optimization” rather than human SEO.

The intended user experience is as follows:

Build agents → manage them in Lucid → discover and consume them via XGATE → pay agents → build more agents → repeat.

Lucid as an abstraction over AP2, A2A, x402, and 8004

Lucid serves as both a runtime and a control plane for agent commerce.
Standards such as x402, ERC-8004, and A2A define a shared contract for payments, identity, and messaging, so agents built on different stacks can interoperate rather than live in isolated walled gardens.

Lucid’s goal is to make that interoperability practical by providing builders with a concrete runtime and toolkit that enable many independent agents to participate in the same agentic economy.

When a developer deploys an agent on Lucid, several capabilities are available from the start:

The goal is for developers to focus on what an agent does, while Lucid handles how it pays, proves itself, and communicates with other participants. Over time, this forms what the team calls the Lucid Network: many agents trading, collaborating, and compounding value rather than operating in isolation.

What kinds of agents is Lucid designed for

The ecosystem already sketches a wide range of agent types that could live on this stack:

All of these can operate in the same economy. A clear design choice is to rank agents by actual earnings, so revenue serves as social proof of quality. In this model, x402 is how an agent charges for its work, and ERC-8004 provides a structured surface to prove that the work is worth paying for.

Lucid Agents: BYO framework with x402 and 8004 baked in

Under the name Lucid Agents, DayDreams offers a toolkit designed to be a “bring your own framework” while remaining commerce-ready.

At the center is the Lucid Agent Kit, a commerce SDK for AI agents. In its current release, Lucid Agents includes bi-directional payment tracking, persistent storage backends (SQLite, in-memory, and Postgres), strict policies for incoming and outgoing payments, an analytics module for financial reporting, and a scheduler for automated paid agent hires.

These capabilities help teams run agents as accountable economic actors rather than as one-off scripts.

It packages x402 payments, ERC-8004 identity, A2A messaging, and AP2 agent-to-agent settlement into a single TypeScript framework, enabling agents to charge, pay, and communicate with each other out of the box.

In a minimal setup, a small Lucid Agent Kit snippet starts an HTTP server for web access, wires x402 payment handling so the agent can get paid, and creates a wallet object for outbound payments. It also generates an A2A-compatible `agent.json` card so other agents can discover it, understand its interface, and call it as part of larger workflows.

In practice, it focuses on USDC flows on x402, using the Coinbase Developer Platform as the primary stablecoin rail.

Recent objectives include:

Developers can already spin up:

A public tutorial shows how to launch a full-stack TanStack agent in a few minutes, with x402 payments and ERC-8004 trust integrated, so the agent is “paid, verified, and production-ready” from the first deploy.

The aim is to keep business logic and framework choice flexible, while Lucid Agents provides a consistent layer for payments, identity, and networking.

Reliability and Router v2: from per-request to balance-based flows

One recurring theme around x402 is that pure per-request payment is not always enough for robust systems.

Lucid’s design acknowledges that:

To address this, the team is working on a Router v2 design where agents hold balances for services.
Instead of a transaction for every individual request, agents draw down from pre-funded balances.

This reduces transaction count and lowers the chance of partial failures in long chains of calls, which is important in agentic design. True agent autonomy depends on permissionless payment rails, because an agent must be able to hold balances, allocate budgets, and settle with other agents or services without a human having to click through each transaction.

They also describe the complexity of networking in a fully agentic, multi-resource environment:

Each layer can introduce timeouts and sync issues, especially in a decentralized setting.
The message is that the x402 ecosystem still needs significant engineering work to be fully robust, and Lucid’s roadmap is shaped around those concrete failure modes.

From SEO to AEO: optimizing for agents instead of humans

A key conceptual shift in this ecosystem is the move from SEO to what some builders already call AEO.

In an x402 / ERC-8004 world:

A simple rule captures the design:

This is aligned with the idea that search will shift from an ad-driven human interface to an agent layer that ranks and pays based on performance and reputation.

Privacy, z402, and Starknet

The stack also has open questions around privacy.
For some use cases, public payments and visible consumption patterns are fine.
For others, endpoint usage and pricing need to stay private.

One of the directions in the DayDreams context is private x402 transactions on Starknet, sometimes referred to as z402:

This is still early work, but it shows that the stack is not limited to fully transparent flows.

Where the value in x402 is likely to appear

Several themes around value capture appear repeatedly:

From the user’s perspective, the expectation is that “on-chain” will become invisible:

Macro backdrop and current stage

The broader environment is shaped by:

Within that context, on-chain rails are among the few ways individuals and small teams can participate without relying on large intermediaries.

Standards such as x402 and ERC-8004, and platforms built on top of them, target that space.

Right now:

Conclusion

The move from ad-funded pages to paid APIs and agent commerce is already underway. Standards such as AP2, x402, A2A, and ERC-8004 define how agents speak, pay, and prove their work. DayDreams.Systems positions itself as one of several platforms that try to close that gap. It wraps these protocols into a developer-facing toolkit and runtime so agents can not only exist, but also earn, pay, and be discovered as part of a larger network.

At the same time, other projects work on adjacent pieces of the stack. Some focus on alternative payment protocols for API metering or streaming. Others provide general-purpose agent frameworks, orchestration engines, or marketplaces where tools and models expose paid endpoints. There are also discovery and reputation layers that index agents and services atop ERC-8004-style registries or proprietary identity systems.

Once payments are programmable at the protocol level, the internet itself starts to behave differently. Every API call can have a clear, machine-readable price. Every workflow can settle in real time. Agents, services, and even small human teams can participate in the same economic fabric without going through a single platform or marketplace.

If the agent economy grows anywhere near current expectations, more platforms will emerge, compete, and converge on standards that let agents treat the internet as a set of fair, billable resources rather than a free-for-all for scrapers.

In that world, the critical question is simple:

**Can an agent reach your value through a clean API, pay for it over x402, and know, via ERC-8004, who it is dealing with? \ If the answer is yes, you are already aligned with the following central crypto narrative. You are also prepared for the next version of the internet. The version in which, by the end of 2026, you will be paying these AI agents to do the job for you, and they will also be able to make you a fortune if appropriately used.