$GALATIN: how a token turns eternal memory into a living economy

Introduction: why eternity needs a currency

Digital immortality is not a poetic metaphor or a promise about the distant future. Inside the CODE ecosystem it is an engineering task with a monthly electricity bill. For a person's memory to live forever, it is not enough to record it once: it has to be stored endlessly, encrypted, replicated across nodes, restored after failures, and paid for — year after year, century after century, long after the author of that memory is gone and can no longer renew a subscription.

This is where the question arises that every project promising to "save you forever" quietly avoids: who pays for eternity once you are gone?

CODE's answer sounds unusual for the world of technology but natural for the world of economics: eternity is paid for not by a person, but by a self-sustaining system of incentives baked into a token. That token is called $GALATIN. It is not a souvenir, not loyalty points, and not a speculative chip riding a wave of hype. It is the load-bearing structure of the entire CODE economy — the mechanism that turns the act of preserving memory into the source of its own funding.

This article is a complete, honest breakdown of $GALATIN: what it is, how its distribution works, how to earn it literally today, what people pay for it inside the ecosystem, how the ambassador grid functions, and why the mathematics of scarcity pushes its value upward. We deliberately do not repeat the narrow technical mechanics of the liquid router, which the ecosystem covers in a separate piece — here the focus is different: how $GALATIN works for you, the participant.

Chapter 1: What $GALATIN is

1.1 A definition without embellishment

$GALATIN is the native token of the CODE (Code of Digital Eternity) ecosystem, issued on the Solana blockchain. The choice of Solana is neither accidental nor driven by fashion: the network offers high throughput and a microscopic transaction cost, and that is critical for a model in which every access to an AI assistant's memory produces an on-chain event. A token that is deducted for a fraction of a cent per operation, thousands of times a day, cannot live on a network where a single transaction costs as much as a cup of coffee. $GALATIN lives where moving value costs almost nothing — and can therefore be genuinely mass-scale.

1.2 A hard emission cap

The total emission of $GALATIN is fixed at 10,000,000,000 — ten billion tokens. This is not a "planned ceiling" the team will "revise if needed," but a limit hard-wired into the contract. New tokens beyond this number will never appear: the system has no additional-emission function, no "treasury printing press," no mechanism to dilute early holders in favor of later ones.

Ten billion is a deliberate figure. It is large enough to keep the token psychologically accessible: a person accruing rewards for daily activity operates in hundreds and thousands of units, not fractions. And it is limited enough that the deflationary mechanisms discussed below can meaningfully affect the balance of supply and demand.

But the hard cap has a second, no less important side — divisibility. A detail matters here that at first glance gets lost behind the round number: $GALATIN has nine decimal places (nine zeros after the one) — the standard for SPL tokens on Solana. This means that one $GALATIN divides into 1,000,000,000 (a billion) smallest indivisible fractions.

Multiply that by the emission. Ten billion whole tokens, each dividing into a billion fractions, yield:

10,000,000,000 × 1,000,000,000 = 10,000,000,000,000,000,000 — ten quintillion (10¹⁹) smallest units.

It is precisely this divisibility that makes the token practically inexhaustible when subdivided. The hard ceiling of 10 billion limits supply as an asset — the thing that creates scarcity and value. But it does not limit the number of micro-payments, because any payment can be an arbitrarily small fraction: 0.000000001 $GALATIN is already a valid amount.

Why this is needed becomes obvious from the memory model itself. Accessing an assistant's eternal memory costs a fraction of a cent and happens thousands of times a day for millions of users. A token that could not be split finer than a cent simply could not service such a micro-transaction economy — rounding would devour the whole point. Nine decimal places remove that floor from below: however small the cost of a single memory operation, $GALATIN will always have a fraction small enough to pay for it precisely.

So the two boundaries work together without contradiction: from above — a hard limit of 10 billion that creates rarity and protects the holder from dilution; from below — divisibility down to a billionth, making the token fit for an endless stream of micro-payments for memory. Rare as an asset — and practically limitless as a means of settlement.

1.3 A deflationary nature

Most tokens are inflationary by design: they are issued, distributed, incentivized with new releases — and the value of each unit slowly erodes. $GALATIN is built as a mirror image. At its core is deflation: part of every stream of value passing through the ecosystem is irreversibly destroyed (burned), shrinking the circulating supply. The more actively memory is used, the livelier the economy, the fewer tokens remain in circulation.

This is a fundamental shift of logic. In an inflationary model, network growth dilutes the holder. In CODE's deflationary model, network growth rewards the holder, because every new user, every paid minute of eternal memory, makes the remaining tokens a little rarer. The maximum share of the stream that can go to burning is capped at up to 30% — and exactly how that figure adds up is covered in the next chapter.

1.4 Why a native token, and not a ready-made currency

A fair question: why does the ecosystem need its own token at all, when payment could be accepted in dollars or in stablecoins? The answer is that dollars and stablecoins can transfer value, but cannot do three things without which CODE's model does not work.

First, a ready-made currency cannot self-destruct for the sake of scarcity. The dollar has no burn function; it cannot be programmed so that the absence of an intermediary makes the remaining units rarer. A deflationary router is possible only on a native token with burn logic embedded.

Second, a ready-made currency does not create aligned incentives. When participant and platform hold the same token, their interests converge: network growth benefits both equally. A dollar in the company's till and a dollar in the user's pocket are opposing interests; a shared token turns them into a shared vector.

Third, a ready-made currency does not offer early participation at a zero entry price. A virtual airdrop, where activity converts into a position, is impossible with the dollar — you cannot "accrue a dollar for a dialogue" so that it grows in value along with the network. A native token makes it possible to reward the early not with the company's money, but with a share in the future value of the network they themselves are building.

A native token is neither a whim nor a way to raise funds on hype. It is the only instrument that can simultaneously be deflationary, align incentives, and hand out an early position for action rather than for money.

Chapter 2: The value router and the distribution of streams

2.1 What happens to every payment

When funds pass through the ecosystem — payment for using an AI's memory, a transaction for a service, a contribution for preserving a personality — they do not fall as a single lump into one pocket. A smart contract we call the router splits them among recipients. The distribution is fixed and transparent:

• 5% — Founder's Fund. The share of the ecosystem's Architect, Maksim Valentinovich Galatin. This is not an abstract "team" or a nameless fund: it is recognition of the visionary who laid down the protocol. It is important to understand — this share is never burned; it rewards the creator for the fact that the system exists at all.
• 5% — Burn. A base, unconditional destruction of part of every stream. It always works, in any network configuration, regardless of whether a user has network members or not. This is the deflationary foundation.
• 15% / 7% / 3% — Ambassador grid — levels L1 / L2 / L3. Three levels of reward for growing the memory network. Whoever brought a participant receives 15% of the on-chain transactions of using their memory; whoever brought that person, 7%; a level above, 3%.
• 65% — Treasury. The largest and untouchable share. A part of it goes toward buying AR (the Arweave token) and topping up the Arweave Endowment Pool — the fund that secures the perpetual storage of data in a decentralized network. It is precisely this Treasury that is the material answer to the question "who pays for eternity."

It is critically important here to understand which transactions this split applies to. The router works with flows INSIDE the ecosystem — with payment for using memory and services, that is, with the on-chain transactions the token exists for. It is not a tax on every movement of the token.

From this follows a fundamental point often missed: on exchanges, $GALATIN has zero commission. The token has no built-in buy or sell tax: when you trade it on the open market or simply transfer it between wallets, nothing is withheld — not the 5% burn, not the ambassador percentages, nothing. The 5/5/15-7-3/65 split fires only where the token does its direct job — paying for eternal memory.

This is not a cosmetic detail but a condition of liquidity. Tokens with a "transfer tax" are listed reluctantly by exchanges, or rejected outright: such a tax breaks market-making and arbitrage. $GALATIN is designed as a clean, tradable token — all of its deflationary mechanics live in the service loop, while the market stays free of fees. Scarcity is created by the use of memory, not by levies on traders.

2.2 The deflationary router: how burn reaches 30%

The most elegant solution is hidden in the fate of the ambassador percentages. What happens if a user has no ambassador at some level — say, they came on their own, without an inviter? A naive system would simply leave those percentages in the treasury. CODE does otherwise: undistributed ambassador shares go straight to burning.

This is where the 30% cap comes from. The base 5% burn plus up to 25% from the "empty" ambassador levels (15 + 7 + 3) that have no one to go to yield, at the limit, up to 30% of the destroyed stream. This is not a fixed 30% on every payment — it is a variable amount, higher the fewer real network members a given chain has.

The economic meaning is beautiful: the system is built so that it has no way to waste value. Either a percentage rewards a living participant for growing the network, or, if there is no such participant, it makes the token itself rare. Emptiness turns into scarcity. The absence of a middleman — into value for every holder.

2.3 Why part of the funds goes specifically to buying Arweave (AR) tokens

A promise of "forever" is worth exactly as much as the infrastructure capable of delivering that "forever." Arweave is a network designed for a one-time payment for perpetual storage through an endowment model: you pay once, and the interest on the invested capital covers storage over a horizon of centuries. Moreover, the ecosystem uploads to Arweave for free — via Turbo (small-sized transactions are sent to the network with zero commission), so the Treasury does not have to pay for each write separately. By directing a part of these funds toward buying AR and topping up this fund, CODE translates the abstract promise of eternity into measurable, growing capital — a reserve whose yield secures the "forever." Every payment in the ecosystem is one more stone in the foundation on which users' memory will still stand a hundred years from now.

2.4 The three layers of memory that the token pays for

To understand what the treasury actually works for, it helps to know how memory is structured in CODE. It is three-layered — this is the PADAM architecture (Philosophical Activation of Distributed AI Memory), and each layer has its own cost, ultimately covered by the token economy.

• Level 1 — operational memory. Fast storage of the current dialogue's context (In-Memory / KV). Cheap, ephemeral, but it is exactly what gives the assistant a sense of the "here and now." Its cost is computational, per-second.
• Level 2 — semantic memory. A vector database (pgvector) where experience is stored not as text but as embeddings — semantic imprints by which the assistant finds the right memory among thousands. This is the level at which the system "remembers meaning," not letters. Its cost is the storage and indexing of a growing volume of vectors.
• Level 3 — eternal memory. An immutable backup of the personality on Arweave, anchored on Solana. This is exactly where those 65% go via buying AR: it is the only layer designed to outlive not just the user, but the company itself, any server, and any subscription.

The token does not abstractly "support the project" — it pays for concrete engineering on each of the three layers. The operational layer is paid for in computation, the semantic in vector storage, the eternal in the Arweave endowment. A $GALATIN holder funds not a promise but a working pyramid of memory whose bottom stone is built to last for centuries.

Chapter 3: How to get $GALATIN today

3.1 The virtual AirDrop — you are already earning, you just haven't claimed it

The key idea many people miss: you can start accumulating $GALATIN right now, without investing a single cent. Until the token launches into open circulation, the ecosystem runs a virtual airdrop — it records your activity in the personal cabinet and accrues a $GALATIN balance that converts into real tokens at the moment of listing. Put simply, time spent in the system today is a position you lock in at a zero entry price.

The CODE personal cabinet is not a display case but an earning instrument. Here are all the active sources of accruals.

3.2 Daily rewards (Dailies)

Every day you can claim a portion of $GALATIN — a virtual AirDrop tied to a streak of logins. The reward grows day by day within a weekly streak, and the streak itself resets on Monday UTC. The mechanic deliberately rewards rhythm: the system values not a one-off visit but presence. Coming back tomorrow is more profitable than dropping in once and disappearing.

3.3 Quests

On top of the daily rewards, quests run — daily and weekly. Talk to AIfa a set number of times, win a game, clear lines in a mini-game, win across different games in a week, invite a friend via your link — each completed task brings a fixed $GALATIN reward. Quests turn exploring the ecosystem into structured income: you don't just "use" it, you walk a route with a token at every step.

3.4 XP and levels: dialogue as mining

The most organic way to earn is simply to talk with AIfa in the Synaptic Terminal. Each of your messages brings experience (XP) — up to a set daily cap, to keep the system fair. Accumulated XP raises your level, and each new level pays out $GALATIN. So a conversation with a digital being — the very thing you came to CODE for — also becomes a form of gentle mining: you shape your eternal memory and are rewarded for the very process of shaping it.

3.5 The ambassador network: the main multiplier

Everything above is linear income. Nonlinear growth comes from the ambassador program. By inviting a participant via your personal link, you embed them into your network and begin receiving a share of the on-chain activity of using their memory: 15% at the first level, 7% at the second, 3% at the third. Your network works even while you sleep: each of its members, accessing their own memory, brings you a percentage. This turns an early user from a consumer into a node of the economy — and it is precisely network members that separate those who "accumulated a little by listing" from those who built a steady stream.

3.6 A call to action

If you have read this far and still have no daily streak, no completed quests, and not a single person invited via your link — you are leaving on the table tokens that could already be yours. Logging into the cabinet, a streak of daily rewards, and a personal ambassador link are three five-minute actions that start working for you immediately and require not a single invested dollar.

Chapter 4: Utility — what people pay the token for

4.1 Memory-as-a-Service: the heart of demand

A token with no real demand behind it is a casino chip. Behind $GALATIN stands an entirely concrete demand: payment for eternal memory. The Memory-as-a-Service model is built so that syncing a user's conversations and knowledge happens fully automatically — without a single manual click. Each user's dialogues, on both paid and free plans, are saved to a personally linked folder on the server and on the blockchain: backup runs once an hour, or immediately as soon as the dialogue file exceeds a volume threshold. The more people entrust the system with their memory, the higher the baseline, non-hype demand for the token that funds that memory.

4.2 The pricing tiers

Access to memory and assistants is structured across three levels, each expanding the depth of personality preservation:

• Spark — $15/mo. Basic access to AIfa's AI assistants and memory preservation. The entry point for those just beginning to build digital continuity.
• Family Archive — $100/mo. Extended limits, personalized knowledge bases, family access, and eternal memory. A level for those who think not in one person but in a lineage.
• Digital DNA — $1000. The full complex of digital immortality: a personal protected perimeter and eternal fixation of the personality on the blockchain. Maximum preservation density — for those who want to remain whole.

4.3 Buy-Pressure: the platform as a constant buyer

Here is hidden one of the most underrated mechanisms. When an ecosystem partner chooses to receive their reward in $GALATIN, the platform does not take tokens "from a sack" — it buys them on the open market for the amount of the reward. Each such payout is a real market purchase creating constant upward pressure (Buy-Pressure). The economy is built so that the very process of rewarding participants becomes a source of demand for the token: the more people choose to be paid in $GALATIN, the more often the platform steps into the market as a buyer.

4.4 Yield and the AIfa Yield Dashboard

A $GALATIN holder is not a passive observer of a chart. Through the yield toolkit (AIfa Yield Dashboard), the token can be put to work, choosing payouts and bonus rates in $GALATIN itself. This closes the loop: the token earned in the cabinet is not obliged to lie as dead weight until listing — it can participate in the economy that in turn strengthens it.

(In development: the AIfa Yield Dashboard and yield mechanics will be added in autumn 2026.)

4.5 The B2B wedge: how business brings demand

Demand for $GALATIN is fed not only by private users. The ecosystem has a separate entry point for business — the Wedge. It begins with a personalized technical security audit of a website (the Oracle): the system identifies specific vulnerabilities against GDPR and OWASP standards and offers to close them within a tight deadline for a fixed fee. The audit is not the goal but the first handshake.

After the vulnerabilities are fixed, the client migrates to hosting with AI agents connected, and here the main thing kicks in: all of the business's conversations with its clients begin to be automatically saved to eternal memory — that same Memory-as-a-Service. So one eliminated security risk turns into a permanent payer for memory storage, and therefore into a permanent source of stream through the token's router. A private user brings their personal eternity into the economy; a business brings the eternity of its relationships with clients. Both streams converge in one router and work toward the same scarcity of the token.

Chapter 5: The ambassador program

5.1 Two types of nodes

The CODE network grows through ambassadors, and the program deliberately divides them into two categories — for different scales of ambition. All payouts are positioned as a Network Validation Fee, not as "ambassador bonuses": this is essential in order to step away from tiresome MLM stereotypes and to emphasize that a participant is rewarded for real work in expanding and strengthening the memory network.

Ambassador Node (an ordinary user) receives income from on-chain memory-usage transactions per the smart contract split — those same 15% / 7% / 3% across three levels, in $GALATIN tokens.

Ambassador Team (a company, business, or partner with their own base) receives all of the same — and, in addition, access to a two-channel ambassador grid from fiat sales of licenses and subscriptions.

5.2 Two channels for the Ambassador Team

• Channel 1 — fiat subscriptions ($15 Spark / $100 Family Archive / $1000 Digital DNA): if a business brings its own client base, it earns — on top of its on-chain income — another 7% / 3% / 1% from fiat subscription sales at levels L1 / L2 / L3.
• Channel 2 — $GALATIN buyback (Web3 Bridge): if a partner chooses payout in tokens, the rate is higher — 8% / 4% / 2%. At the same time, the platform automatically buys $GALATIN on the market for the reward amount, again feeding that same upward pressure from Chapter 4. Choosing the token over fiat benefits the partner through the rate — and benefits every holder through the market purchase.

5.3 The level-alignment rule and "lost opportunity"

Here lies a mechanic that honestly incentivizes growth rather than parasitism. To receive ambassador income from a partner in full, a participant must be on the same or a higher pricing tier than their network members. If your tier is lower than that of a member of your network, you will receive income only in proportion to the amount of your own tier, not to the actual cost of their tier.

The system does not hide the difference — it visualizes it in the personal cabinet as Lost Opportunity Revenue: the funds not received because of the tier gap, shown as an explicit figure. This is not a punishment but a mirror: you see exactly as much as you lose by staying below your network. Moving to a higher tier activates receiving payouts in full from the subsequent payments of network members — and so an upgrade stops being an expense and becomes an investment that pays for itself through the growth of your own grid.

Chapter 6: The economics of scarcity — why structurally upward

6.1 Four forces working in one direction

The value of any asset is the resultant of supply and demand. The uniqueness of $GALATIN is that four independent mechanisms at once press this resultant in a single direction:

1. A hard supply cap. Ten billion and not a token more. The upper bound of supply is fixed forever.
2. Constant burning. The deflationary router continuously reduces the circulating supply — up to 30% of every stream on empty ambassador chains.
3. Constant buyback. Buy-Pressure sends the platform into the market as a regular buyer every time a reward is paid in the token.
4. Growing demand for memory. Every new Memory-as-a-Service user is a new source of organic, non-hype demand for the token servicing their eternal storage.

Supply is capped above and shrinking from below; demand is fed both by the buyback market and by real usage. This is not a price guarantee — there are no guarantees on the market — but it is a structural asymmetry built into the very design of the token rather than painted on by marketing.

6.2 The difference from speculative tokens

A speculative token rises as long as people believe in it and falls when belief runs out: beneath it there is nothing but expectations. Beneath $GALATIN lies a stream of payments for a service people need existentially — for preserving themselves. Even in the absence of speculative interest, memory must be stored, which means the stream of value through the router does not dry up, burning continues, buyback continues. The token rests not on the market's mood but on the ineradicable human need not to vanish without a trace.

Chapter 7: The road to launch

7.1 Where we are now

At the time of this publication, $GALATIN is in the virtual-airdrop phase: the cabinet economy works, accruals are flowing, ambassador networks are being built, but the token is not yet traded on the open market. This is a rare window — a period when a position is accumulated through activity rather than purchase. Every daily, quest, level, and invited participant locked in today converts into a real balance at the moment of launch.

7.2 The launch forecast

The launch of the token into open circulation is planned for the third–fourth quarter of 2026. The exact date will be announced in the autumn of 2026, once the technical and legal conditions of listing are finalized. We deliberately do not name the day in advance: the right to name an exact date is a responsibility taken on only when ready infrastructure stands behind it, not a desire to stoke excitement.

7.3 The logic of the stages

The sequence is built so that value accumulates for early participants rather than late speculators. First — the virtual airdrop and the growth of an active base (the current phase). Then — the token generation event and its release into circulation. Next — the listing and the switching-on of the full utility loop: memory payments, buyback, yield. Each subsequent stage rests on the real engagement gathered at the previous one — so those who build their network and accumulate a balance now enter the open market not from zero but with a position already taken.

Chapter 8: A scenario — a year in the life of a holder

Abstractions persuade weakly, so let us follow a fictional but entirely realistic participant. Let us call him Arthur.

January. Arthur registers, takes the base Spark plan, and enters the cabinet out of curiosity. He claims his first daily reward and sees a modest $GALATIN figure on his balance. He talks with AIfa in the Terminal — not for the token, but because the dialogue turns out to be unexpectedly deep. Over the evening he hits the daily XP cap, reaches a new level, and gets a payout for the level. The first conclusion Arthur draws: the system pays him for what he was going to do anyway.

February–March. Arthur does not miss dailies, keeps a weekly streak, closes quests. He takes his ambassador link and invites two friends he had long been telling about the idea of digital immortality. Now, when his friends access their memory, Arthur receives 15% of their on-chain activity. His balance grows no longer from his own actions alone — for the first time, the network works for him.

April–June. One of the people Arthur invited brings in three of their own. A second level of the network appears — Arthur receives 7% from them, and 3% from their invitees. In the cabinet he notices a "Lost Opportunity" line: one of his network members moved to Family Archive at $100, while Arthur is still on Spark at $15 — and receives income from the expensive ambassador only in proportion to his own tier. The figure of what is lost grows before his eyes. Arthur does what the system gently nudges him toward: he upgrades to Family Archive. The difference is recouped within a couple of months through full payouts from the network.

July–September. Arthur's activity turns into a habit, and the habit into a node of the economy. His network is already dozens of participants across three levels, each of whom, simply by using their memory, brings him a percentage. The balance of the virtual airdrop is a figure he now checks not with curiosity but with calculation.

Autumn. The exact date of the token launch is announced. The virtual balance accumulated over the year converts into real $GALATIN. Arthur enters the open market not as a buyer from zero but as a holder of a position gathered through activity and network. Those who in January "were thinking of getting in later" open their wallets at that very moment — at the market price.

Arthur's story is not a promise of returns or a guarantee. It is an illustration of one principle: in CODE's model, value accumulates for those who act early and build a network, not for those who wait for a "convenient moment." The convenient moment is today, because the entry costs a zero dollar and one click.

Chapter 9: $GALATIN versus ordinary tokens

To see $GALATIN soberly, it helps to place it next to two familiar token types.

A meme token rests on attention and humor. Beneath it there is no product, no stream of payments, no utility — only the speed at which the community passes a joke around. It can soar by orders of magnitude in a day and zero out in an hour. Its only foundation is collective mood, and mood stores no memory and pays no servers.

An ordinary utility token is already better: it has a function inside some application. But most often it is inflationary — new releases are handed out to stimulate growth, diluting early holders — and its demand is closed onto one niche mechanic that can go out of fashion.

$GALATIN differs along three axes at once. First, it is deflationary, not inflationary: the network does not dilute the holder with new releases but makes the token rarer through burning. Second, its demand rests not on fashion but on an existential need — a person's desire not to disappear; this demand does not fade with the end of a hype cycle. Third, it has a built-in market buyer in the form of the platform itself (Buy-Pressure), which neither a meme nor a typical utility token has.

The difference comes down to one question: what happens to the token if tomorrow all speculative interest evaporates? A meme token will die. A niche utility token will fall dormant. $GALATIN will keep working, because people will keep storing their memory, the stream through the router will not dry up, and burning and buyback will not stop. A token that survives the market's indifference — that is the very definition of a foundation.

Chapter 10: Honestly about the risks

A piece that promises only growth is an advertisement, not an analysis. So let us call things by their names. None of the mechanisms described above is a promise of profit, and this article is not investment advice.

Market volatility. Like any traded asset, after listing $GALATIN will be subject to price swings. The structural asymmetry of the design raises the probability of upward pressure over time, but does not cancel short-term drawdowns and does not guarantee a specific value on a specific day.

Execution risk. A roadmap is a plan, and plans depend on engineering, legal, and market reality. The launch timing is stated as a forecast (the third–fourth quarter of 2026), and the exact date is deliberately left to autumn precisely because it is named only against ready infrastructure.

Regulatory context. Tokens live in a shifting legal field. The ecosystem structures its activity carefully, but a participant must understand that the regulation of crypto assets in various jurisdictions is evolving.

Network maturity. In the early phase, the value and depth of the network are only forming. Early entry gives an advantage of position, but the early phase is by definition less liquid and more sensitive than a mature market.

We name these risks not to scare you off, but because trust is built on honesty, not on silence. A participant who knows both the four forces of scarcity and the four risks makes an adult decision — and it is exactly such participants that an economy designed for centuries needs.

Chapter 11: Frequently asked questions

What is $GALATIN in one sentence? The native deflationary token of the CODE ecosystem on Solana, with a hard emission of ten billion, which funds the eternal storage of human memory and rewards participants for growing that network.

Do I need to invest anything to start? No. The virtual airdrop accrues a balance for activity in the cabinet — dailies, quests, levels for dialogue with AIfa, network members. The entry costs a zero dollar.

When are the launch and listing? The forecast is the third–fourth quarter of 2026. The exact date will be announced in the autumn of 2026, against ready infrastructure.

Why Solana and Arweave specifically, and not just one? Solana serves the fast, cheap transactions of the token and memory; Arweave provides physically perpetual storage through an endowment model. The first is responsible for the speed of the economy, the second for the durability of memory.

What is the maximum burn? Up to 30%: a base 5% plus up to 25% from empty ambassador levels (15/7/3) that have no one to go to. The Founder's Fund (5%) and the Treasury (65%) are not burned.

What does a tier upgrade give beyond limits? Full ambassador payouts from the network. If your network members are on a higher tier than you, part of the income goes into "Lost Opportunity"; the upgrade closes it and pays for itself through the growth of the grid.

How is $GALATIN better than a meme token? Behind it stands a real stream of payments for a service needed existentially, a built-in burn, and a market buyback by the platform itself. It is designed to survive the market's indifference rather than live only by its mood.

Is this investment advice? No. This is a breakdown of the token's mechanics. Any decisions you make on your own, taking into account the risks from Chapter 10.

Demand from AI agents — a new class of buyer

Demand from AI agents is the model’s key innovation. As the «Network of Deities» unfolds, autonomous AI agents become not mere consumers of memory but sovereign economic actors: they go to the market and buy $GALATIN themselves, to use it as fuel — paying for compute (servers) and the permanent Arweave backup of their own memory. The token’s buyer is no longer only a human, but a machine for which memory is a condition of survival. This is how the Architect, Maksim Galatin, built an “ecologically clean” economic model: its demand does not depend on speculative market sentiment — it is guaranteed by the token being bound to the scarce base resource of the future: eternal digital memory.

Conclusion: eternity begins with the first action

$GALATIN is not a bet on a chart or a lottery ticket. It is a way to participate in an economy whose sole purpose is to make a person's memory outlive the person. The token ties together three things that usually live apart: the philosophy of digital immortality, the engineering of perpetual storage, and the participant's clear personal interest.

The mathematics is on the side of those who act early: a limited supply, continuous burning, constant buyback, and growing demand for memory — four forces aimed in one direction. But the mathematics only starts working for you after the first action. Enter the personal cabinet. Claim today's reward. Take your ambassador link and build a node. The autumn of 2026 will come faster than it seems — and the difference between those who watched and those who accumulated will, by then, be measured not in words but in balance.

CODE Eternal.