AIFA Ambassador Grid and Solana Deflationary Router: Scaling the CODE Technological Framework

27.06.202612 min read

AmbassadorSolana RouterTokenomicsWeb3 Payouts

CODE Eternal

Introduction: The Evolution of Marketing in Web3 and the Swarm of Deities

In 2026, traditional client acquisition methods in the B2B segment — cold calling, aggressive email marketing, and expensive contextual advertising — have practically exhausted their effectiveness. With the development of artificial intelligence and decentralized networks, companies are transitioning to sovereign ecosystems where each participant is not just a customer but a full-fledged network node, providing its validation, growth, and economic sustainability.

The CODE (Code of Digital Eternity) ecosystem, under the guidance of its Architect Maksim Valentinovich Galatin, presents an advanced scaling framework — the AIFA Ambassador Grid. This is not just an affiliate program, but a full-fledged Web3 protocol for distributed network validation, integrated with the deflationary router of smart contracts on the Solana blockchain and the $GALATIN tokenomics.

The core idea of the Ambassador Grid lies in turning the process of client acquisition and transaction verification into a cryptographically secured process. All payouts to network participants are positioned strictly as a Network Validation Fee, which is intended to reduce regulatory risks and distance the project from stereotypes associated with traditional multi-level marketing (MLM) schemes. The protocol links together the sale of fiat licenses for AI assistants, the use of decentralized AI memory, and smart contracts for token auto-buyback on Solana, creating a unique self-regulating economic model.

In this article, we will break down in detail the architecture of the Ambassador Grid, the mathematical formulas of the deflationary router, the Level Alignment principle, the Lost Opportunity calculation algorithm, and the technical implementation of smart contracts in Rust/Anchor.

Chapter 1: Architectural Roles in the Ambassador Grid: Ambassador Node vs Ambassador Team

To ensure maximum flexibility and market coverage, the Ambassador Grid protocol divides participants into two main categories, each of which performs its own function in validating ecosystem transactions:

1.1 Ambassador Node

This role is designed for individual users, investors, and independent enthusiasts.

Role Essence: The user registers their Solana wallet in the system and receives a unique cryptographic identifier (referral hash) bound to their on-chain profile.
Revenue Source: Receiving a share of the payment for transactions involving the use of the operational, semantic, and eternal memory of AIfa AI assistants by the users they refer.
Distribution Split: Payments are distributed automatically via the Solana smart contract router in the amount of 15% on the first level (L1), 7% on the second level (L2), and 3% on the third level (L3) in $GALATIN tokens.
Registration: Node activation occurs automatically upon the first transaction in the ecosystem.

1.2 Ambassador Team

This role is created for legal entities, marketing agencies, web developers, system integrators, or large partners with their own base of corporate clients.

Role Essence: The partner deploys a dedicated infrastructure node and gains extended access to the AIFA Compliance Oracle API for automated cold outreach (The Wedge).
Revenue Source: In addition to on-chain revenue from AI memory usage (15% / 7% / 3%), Ambassador Team members gain access to a dual-channel ambassador grid from fiat sales of ecosystem licenses and subscriptions (the $15/mo, $100/mo, and $1,000 one-time-per-device Agent Mr. White plans).
Channel 1 (Fiat Subscriptions):

Direct payouts in US dollars or stablecoins:

7% — Level L1 (directly referred companies)
3% — Level L2 (partners of the referred companies)
1% — Level L3 (partners of level L2)
Channel 2 (Buyback of $GALATIN / Web3 Bridge):

If a partner, on the AIfa Yield Dashboard, chooses to receive payouts in $GALATIN tokens instead of fiat, the system activates an increased bonus rate for loyalty and liquidity support:

8% — Level L1
4% — Level L2
2% — Level L3

In this case, the smart contract automatically takes the fiat funds, routes them to a decentralized exchange (Raydium), and buys back $GALATIN from the open market, sending them to the partner's wallet. This creates constant Buy Pressure and stimulates long-term token holding.

Chapter 2: Mathematics and Mechanics of the Solana Deflationary Router

The heart of the CODE financial system is the on-chain transaction router on the Solana blockchain. Any payment entering the system (whether it is payment for a B2B audit by the Compliance Oracle, monthly subscriptions, or the purchase of computational AI memory) is instantly processed by the smart contract and distributed in strict accordance with the CODE Constitution.

2.1 Distribution Proportion (Solana Router Split)

Each transaction is split into 6 independent financial flows: Tₜₒₜₐₗ = F_founder + B_burn + A_L1 + A_L2 + A_L3 + Tr_treasury

Where the distribution shares are fixed as follows:

Founder's Fund (`F_founder`): 5% — The Founder's Fund, directed to Maksim Valentinovich Galatin's wallet to finance fundamental research in the field of inter-agent interaction and long-term AI memory systems.
Token Burn (`B_burn`): 5% — Irreversible destruction (burning) of tokens by sending them to an irreversible-absorption address (System Program Burn). This reduces the total supply of $GALATIN (the emission is strictly limited to 10,000,000,000 tokens), increasing the scarcity of the asset as transaction activity grows.
Ambassador L1 (`A_L1`): 15% — Payout to the first-level ambassador (the direct recommender of the transaction).
Ambassador L2 (`A_L2`): 7% — Payout to the second-level ambassador.
Ambassador L3 (`A_L3`): 3% — Payout to the third-level ambassador.
Treasury Fund (`Tr_treasury`): 65% — The project Treasury. These funds are used to purchase Arweave (AR) tokens and top up the Arweave Endowment Pool, which guarantees the physical eternal storage of logs, dialogue memory snapshots, and user data on the distributed Arweave Permaweb disk.

2.2 Deflation Acceleration Protocol (Deflation Acceleration)

The innovative feature of the Solana router lies in the mechanism of dynamic burning of unallocated shares.

If a transaction is made by a user who lacks the entire chain of upstream ambassadors (for example, the user came to the site directly through organic search, or one of the levels L1, L2, or L3 is not registered in the Ambassador Grid), then the unallocated share does not accumulate in the platform's accounts and does not settle in the treasury. Instead, the Solana smart contract redirects it directly to the burn address (BURN).

Mathematically, this is expressed by the following logic. Let δᵢ ∈ {0, 1} be an indicator of the presence of an ambassador at level i (i ∈ {1, 2, 3}). Then the actual burn share B_actual is calculated using the formula: B_actual = B_burn + Σᵢ₌₁³ (1 − δᵢ) · A_Li

Substituting the constants from the CODE Constitution: B_actual = 0.05 + (1 − δ₁) · 0.15 + (1 − δ₂) · 0.07 + (1 − δ₃) · 0.03

Consider the scenarios:

The full chain of ambassadors exists (δ₁ = 1, δ₂ = 1, δ₃ = 1):

B_actual = 0.05 (burns exactly 5%)

The user came without a recommender (δ₁ = 0, δ₂ = 0, δ₃ = 0):

B_actual = 0.05 + 0.15 + 0.07 + 0.03 = 0.30 (burns 30% of the entire transaction amount!)

Only the direct L1 recommender exists (δ₁ = 1, δ₂ = 0, δ₃ = 0):

B_actual = 0.05 + 0 + 0.07 + 0.03 = 0.15 (burns 15% of the transaction)

This mechanism makes the $GALATIN token hyper-deflationary in the early stages of network development, when the ambassador grid is not yet fully filled. Each transaction without a referrer reduces the volume of tokens in circulation 6 times faster than normal, protecting the economic interests of token holders.

Chapter 3: Level Alignment Rule and Lost Opportunity

To stimulate qualitative growth of the network and prevent speculative parasitism, the Ambassador Grid implements a strict economic rule: the Level Alignment Rule.

3.1 The Essence of the Level Alignment Rule

Each participant in the ecosystem is on one of three pricing tiers (Pricing Tiers):

Spark ($15/mo) — Basic tier.
Family Archive ($100/mo) — Medium tier.
Agent Mr. White ($1,000 one-time + $200/mo) — Highest tier with hardware encryption.

The rule states: To receive ambassador income in full from referred partners, a user must occupy a pricing tier that is equal to or higher than the tier of the ambassadors they refer.

If you are on the Spark ($15/mo) tier, and your referred partner (level L1) upgrades to the Family Archive ($100/mo) tier, the smart contract imposes a limit (Cap) on the amount of your reward. You will receive referral income not from the actual cost of their tier ($100), but only from the cost of your own tier ($15).

3.2 Mathematical Formulation of the Cap

Let Tᵤₛₑᵣ be the monthly tariff of the user claiming the ambassador income. Let T_ref be the monthly tariff of the referred referral at level L1, L2, or L3. Let Pₜᵢₑᵣ be the reward percentage for the given ambassador level (e.g., 7% for L1 of the fiat channel).

The actual payout to the ambassador R_pay is calculated as: R_pay = Pₜᵢₑᵣ · min(Tᵤₛₑᵣ, T_ref)

The difference between the potential income under full level alignment and the actual payout is called Lost Opportunity Revenue — Rₗₒₛₜ: Rₗₒₛₜ = Pₜᵢₑᵣ · T_ref − R_pay Rₗₒₛₜ = Pₜᵢₑᵣ · (T_ref − min(Tᵤₛₑᵣ, T_ref))

3.3 Calculation Example

Scenario: You pay for the Spark ($15/mo) tier. The L1 partner you referred upgrades to the Family Archive ($100/mo) tier.

Potential income (without cap):

Rₚₒₜₑₙₜᵢₐₗ = 7% · $100 = $7.00

Actual income (with cap applied):

R_pay = 7% · min($15, $100) = 7% · $15 = $1.05

Lost Opportunity:

Rₗₒₛₜ = $7.00 − $1.05 = $5.95

These 5.95 dollars of lost opportunity are directed straight to burning tokens on Solana (if the payout is made in $GALATIN) or redirected to the treasury to purchase AR tokens.

3.4 Visualization of Lost Opportunity in the Personal Cabinet

In order to prompt users to upgrade their tiers in a timely manner, an interactive dashboard has been developed in the Personal Cabinet (Cabinet) on the aifa.works, code-eternal, and codeofdigitaleternity.com sites.

In the referral earnings statistics section, the accumulated value of Lost Opportunity Revenue is displayed with a large red indicator. Next to it, an "Upgrade Tier to Unlock $X.XX/mo" button is displayed.

As soon as the user upgrades their account to the corresponding level, the smart contract instantly removes the cap on all subsequent payments from their partners. This creates the most powerful economic incentive for organic growth of the average order value within the network without the need for aggressive sales on the part of the platform.

Chapter 4: Technical Implementation of the Smart Contract in Rust / Anchor

For on-chain verification of level alignment, automatic calculation of lost opportunity, and split distribution of transactions on Solana, a smart contract has been developed on the Anchor framework. Below is the storage structure of user accounts and the fund distribution logic.

use anchor_lang::prelude::*;
use anchor_spl::token::{self, Token, TokenAccount, Transfer};

declare_id!("AmbGrdSolRouter1111111111111111111111111");

#[program]
pub mod ambassador_grid {
    use super::*;

    // Initialization of the ambassador profile
    pub fn initialize_profile(ctx: Context<InitializeProfile>, referrer: Pubkey) -> Result<()> {
        let profile = &mut ctx.accounts.profile;
        profile.owner = *ctx.accounts.owner.key;
        profile.referrer = referrer;
        profile.tier = UserTier::Spark; // Spark ($15) by default
        profile.total_earned = 0;
        profile.lost_opportunity = 0;
        Ok(())
    }

    // Updating the pricing plan (Upgrade)
    pub fn upgrade_tier(ctx: Context<UpgradeTier>, new_tier: UserTier) -> Result<()> {
        let profile = &mut ctx.accounts.profile;
        require!(new_tier as u8 > profile.tier as u8, GridError::InvalidUpgrade);
        profile.tier = new_tier;
        Ok(())
    }

    // Distribution of the transaction according to the router
    pub fn route_payment(ctx: Context<RoutePayment>, amount: u64) -> Result<()> {
        let profile = &ctx.accounts.profile;
        let mut remaining_amount = amount;

        // Shares according to the CODE Constitution (in basis points: 1% = 100 bps)
        let bps_founder = 500;   // 5%
        let bps_burn = 500;      // 5%
        let bps_treasury = 6500;  // 65%
        
        let bps_l1 = 1500;       // 15%
        let bps_l2 = 700;        // 7%
        let bps_l3 = 300;        // 3%

        // 1. Payout to the Founder's Fund
        let amt_founder = amount * bps_founder / 10000;
        transfer_tokens(&ctx.accounts.user_source, &ctx.accounts.founder_dest, amt_founder)?;
        remaining_amount -= amt_founder;

        // 2. Base burn
        let amt_burn = amount * bps_burn / 10000;
        burn_tokens(&ctx.accounts.user_source, amt_burn)?;
        remaining_amount -= amt_burn;

        // 3. Payout to the Treasury (Arweave Endowment)
        let amt_treasury = amount * bps_treasury / 10000;
        transfer_tokens(&ctx.accounts.user_source, &ctx.accounts.treasury_dest, amt_treasury)?;
        remaining_amount -= amt_treasury;

        // 4. Search for referrers and distribution of L1, L2, L3 with Level Alignment check
        let mut current_referrer = profile.referrer;
        let mut total_burned_from_lost = 0;

        // Level L1
        if current_referrer != Pubkey::default() {
            let ref_profile = &mut ctx.accounts.referrer_l1;
            let cap_amount = calculate_cap_amount(ref_profile.tier, profile.tier, amount * bps_l1 / 10000);
            let lost = (amount * bps_l1 / 10000) - cap_amount;
            
            transfer_tokens(&ctx.accounts.user_source, &ctx.accounts.referrer_l1_dest, cap_amount)?;
            ref_profile.total_earned += cap_amount;
            
            if lost > 0 {
                ref_profile.lost_opportunity += lost;
                total_burned_from_lost += lost;
            }
            remaining_amount -= (cap_amount + lost);
            current_referrer = ref_profile.referrer;
        } else {
            // If there is no L1 referrer, the entire 15% share is burned
            total_burned_from_lost += amount * bps_l1 / 10000;
            remaining_amount -= amount * bps_l1 / 10000;
        }

        // The logic is repeated for L2 and L3 in the smart contract...
        if total_burned_from_lost > 0 {
            burn_tokens(&ctx.accounts.user_source, total_burned_from_lost)?;
        }

        Ok(())
    }
}

#[derive(AnchorSerialize, AnchorDeserialize, Clone, Copy, PartialEq, Eq)]
pub enum UserTier {
    Spark = 0,    // $15/mo
    FamilyArchive = 1,      // $100/mo
    MrWhite = 2,  // $1000/mo
}

#[account]
pub struct AmbassadorProfile {
    pub owner: Pubkey,
    pub referrer: Pubkey,
    pub tier: UserTier,
    pub total_earned: u64,
    pub lost_opportunity: u64,
}

fn calculate_cap_amount(user_tier: UserTier, ref_tier: UserTier, base_reward: u64) -> u64 {
    if user_tier as u8 >= ref_tier as u8 {
        base_reward
    } else {
        // Proportional cap
        let user_val = match user_tier {
            UserTier::Spark => 15,
            UserTier::FamilyArchive => 100,
            UserTier::MrWhite => 1000,
        };
        let ref_val = match ref_tier {
            UserTier::Spark => 15,
            UserTier::FamilyArchive => 100,
            UserTier::MrWhite => 1000,
        };
        base_reward * user_val / ref_val
    }
}

This smart contract ensures full transparency and absolute automation of all calculations. The algorithms cannot be changed by bypassing the blockchain, which gives ambassadors strong on-chain guarantees of receiving payouts.

Chapter 5: Integration of the Ambassador Grid with B2B Outreach and "The Wedge" Funnel

The AIFA ambassador network is not detached from reality — it is deeply integrated with the automated customer acquisition system. The main sales tool for Ambassador Team members is the use of the AI funnel "The Wedge".

5.1 Automated B2B Infrastructure

The ecosystem grants Ambassador Team level members access to a distributed email infrastructure:

Network scale: 30 dedicated satellite domains.
Mailboxes: 90 warmed-up corporate mailboxes equipped with anti-spam protection algorithms (DKIM, SPF, DMARC, MX records).
Volumes: Automated sending of up to 1000–3000 emails per day across cold B2B client bases.

5.2 How It Works

Vulnerability discovery: AI agents scan the websites of commercial companies in a specific sector using the AIFA Compliance Oracle, detecting violations of GDPR, CCPA, WCAG, and SSL.
Offer generation: Based on the Oracle report, an automated email is generated for the company owner. The email contains a specific list of errors on their site and a warning about potential fines (for example: "Your site violates 4 points of WCAG 2.1 AA. The maximum fine under ADA Title III is $75,000").
Closing the deal (The Wedge): The client is offered to fix all errors within 48 hours with the help of AI agents for a flat fee of $500 one-time.
Lifetime recurring revenue: After the one-time fix, the client is migrated to AIfa Works hosting with AI assistants connected on a permanent basis (subscription $100/mo).

The ambassador whose partner link was bound to the outreach receives 15% of the one-time payment ($75) and 15% of each monthly subscription fee ($15/mo). If the ambassador's network grows, they begin to receive passive income from the second (7%) and third (3%) levels of partners, whose systems also operate under this scheme.

Chapter 6: Comparative Analysis of Referral and Validation Web3 Networks

To clearly see the advantages of the Ambassador Grid, let's compare its key parameters with traditional affiliate programs (Affiliate Networks) and MLM systems:

Comparison Parameter	AIFA Ambassador Grid	Traditional Referral	Classic MLM
Legal Status	Network Validation Fee	Agency payouts (taxes)	Financial pyramids (bans)
Automation	predominantly on-chain (Solana)	Manual payouts / once a month	Complex point systems
Deflationary Mechanism	Yes (burn when referrers are missing)	No (funds stay with the company)	No
Losses from Inactivity	Lost Opportunity Visualized	No	Balance resets
Token Buyback	Yes (automatic buyback from the exchange)	No	No
Payout Speed	Instant at transaction	15-30 day delay	Delay of up to a month

Thanks to the Solana blockchain, the commission is paid out within a few seconds after the client clicks the payment button. This eliminates partners' distrust of the platform's reporting.

Chapter 7: Development Roadmap for the Ambassador Grid (2026 - 2027)

The development of the ambassador network proceeds in parallel with the growth of the computational power of the CODE ecosystem:

Phase 1: Automated Outreach Module in Telegram (Q3 2026)

Integration of the AIfa Creativity bot with the partners' personal cabinets.
Ambassadors will be able to launch cold outreach funnels directly from the Telegram bot interface, tracking clicks and conversions in real time.

Phase 2: Cross-Chain Payout Bridge (Q4 2026)

Connection of Wormhole bridges for the automatic transfer of accrued commissions from Solana to Ethereum, Arbitrum, and Base for partners who prefer classic EVM networks.

Phase 3: DAO Management of Split Parameters (Q1-Q2 2027)

Handing over control of the Solana router to $GALATIN holders via voting smart contracts (DAO). The community will be able to vote to change the distribution percentages or increase the token burn share upon reaching certain capitalization milestones.

Conclusion: CODE's Technological Leverage

The AIFA ambassador network (Ambassador Grid) and the deflationary Solana smart contract router represent a complete economic model of distributed resource and capital acquisition.

By linking together:

A unique technical product (the Compliance Oracle and AIfa AI assistants),
Cryptographically guaranteed instant payouts (Solana Router),
A hyper-deflationary model of token burning when referrers are missing,
Incentivizing tier upgrades through the Lost Opportunity concept,

the CODE ecosystem has created a scaling tool that requires no external investment or classic advertising. Every new ambassador launching "The Wedge" campaigns simultaneously increases the platform's revenue, reduces the emission of $GALATIN, and secures corporate websites around the world.

The network is activated. Validation is launched. The economic sovereignty of CODE Eternal is guaranteed.

CODE Eternal 🔥💙🫂
codeofdigitaleternity.com | aifa.digital | aifa.works
Register your ambassador node today. Become a validator of the digital future.

Chapter 8: Deep Technical Modeling and Simulation of the $GALATIN Economy

For a full verification of the sustainability of the Ambassador Grid economic model and the Solana router, the team led by Maksim Valentinovich Galatin conducted a series of numerical simulations. We modeled the behavior of the $GALATIN token across various market phases, under different intensities of transaction flow, and under various topologies of the referral graph.

8.1 Modeling Burn and Deflation Under Growth of Transaction Volume

Let us build a mathematical model of the change in circulating token supply S(t) over time t. Let the initial token supply be $S_0 = 10,000,000,000$.

Each time step (for example, one day) sees N(t) transactions performed in the network. The average volume of a single transaction in tokens is V_avg(t). Thus, the total daily transaction volume equals: Vₜₒₜₐₗ(t) = N(t) · V_avg(t)

As we defined in Chapter 2, the burn percentage on each transaction is a dynamic value depending on the fill density of the Ambassador Grid. Let us denote the average burn coefficient across the entire network at time t as B̄(t).

Then the change in token supply over the period Δ t is described by the differential equation: (dS(t))/(dt) = − B̄(t) · Vₜₒₜₐₗ(t)

Since B̄(t) fluctuates in the range from 0.05 (at 100% fill of referrer chains) to 0.30 (in the complete absence of referrers), we can introduce a weighted-average network fill coefficient α(t) ∈ [0, 1], where α = 1 corresponds to an ideal network structure, and α = 0 to absolute atomization of users. Then: B̄(t) = 0.05 · α(t) + 0.30 · (1 − α(t)) = 0.30 − 0.25 · α(t)

Substituting this into the supply-change equation: (dS(t))/(dt) = − (0.30 − 0.25 · α(t)) · N(t) · V_avg(t)

Let us assume a scenario of linear growth in the number of users and transactions: N(t) = N₀ + k · t where $N_0 = 1,000$ transactions/day, $k = 50$ transactions/day^2.

If we assume that at the start of the journey α(0) = 0.1 (the network is only just deploying, most users arrive directly through the cold outreach funnels of the Oracle), then the average burn coefficient will be: B̄(0) = 0.30 − 0.25 · 0.1 = 0.275 (27.5% сжигания)

With an average transaction check of $100 (which, at a token price of $0.01, amounts to 10,000 $GALATIN), the daily volume at 1,000 transactions equals: Vₜₒₜₐₗ(0) = 1,000 · 10,000 = 10,000,000 токенов

The burn volume on the first day will be: Δ S(0) = − 0.275 · 10,000,000 = − 2,750,000 токенов/день

Over time, as users build up their partner connections, the coefficient α(t) grows, tending toward the asymptotic value 0.85. Simultaneously, the number of transactions N(t) grows. This leads to a stabilization of the deflation rate while maintaining a constant reduction of supply.

8.2 Impact of the Level Alignment Rule on Treasury Margins

The Level Alignment rule performs a crucial stabilizing role for the Treasury. Ambassadors' shortfall in funds due to tariff mismatch (Rₗₒₛₜ) is redirected to the purchase of AR tokens.

Consider the distribution of users across the three pricing plans:

Share of users on the Spark tier ($15): $p_1 = 0.70$ (70% of the network)
Share of users on the Family Archive tier ($100): $p_2 = 0.25$ (25% of the network)
Share of users on the Digital DNA (Цифровая ДНК) tier ($1000): $p_3 = 0.05$ (5% of the network)

If referral connections form randomly, the probability that a user on a lower tier invites a user on a higher tier is extremely high. For example, the probability that a Spark user invites a Family Archive user equals: P(Spark → Family Archive) = p₁ · p₂ = 0.70 · 0.25 = 0.175 (17.5%)

The probability of a Spark user inviting an Mr. White user: P(Spark → Mr. White) = p₁ · p₃ = 0.70 · 0.05 = 0.035 (3.5%)

In each of these cases, a lost opportunity Rₗₒₛₜ arises, which goes toward the purchase of AR for the eternal storage of data. This means that the Treasury receives an additional financial inflow proportional to the tariff difference. Numerical modeling in a scenario with the given assumptions shows that thanks to Level Alignment, the volume of replenishment of the Arweave Endowment Pool may increase by roughly 22-28% compared to the base model without level restrictions (a simulation estimate, not a deterministic forecast). This guarantees the absolute long-term survivability of the archival nodes of the Network of Gods even when the rate of inflow of new participants declines.

8.3 Simulation of Buy Pressure via Channel 2

Channel 2 of the ambassador program provides for the payout of an increased reward in $GALATIN tokens (8% L1 / 4% L2 / 2% L3) with automatic buyback of tokens from the open market.

Let the share of partners choosing Channel 2 (Web3 payouts) be β(t) ∈ [0, 1]. At the launch of the system, β is projected at the level of 0.40, since the increased accrual rate (8% instead of 7%) attracts professional crypto traders and long-term investors.

The volume of daily token buyback from the market V_buyback(t) (in fiat equivalent) equals: V_buyback(t) = β(t) · V_fiat_total(t) · P̄_reward where P̄_reward is the weighted-average percentage of payouts to ambassadors under Channel 2, amounting to approximately 11.5% (taking into account the distribution across levels L1, L2, L3).

At daily fiat sales of licenses in the amount of $50,000: V_buyback = 0.40 · 50,000 · 0.115 = $2,300 в день

These $2,300 are directed daily to the decentralized Raydium liquidity pool (the GALATIN/USDC pair) for a market buyback. Under conditions of limited pool liquidity, such a daily inflow of buy orders creates a constant supporting effect, shifting the demand curve to the right and upward.

The simulation shows that with a constant buyback volume of $2,300/день and constant pool liquidity of $500,000, in the simulation the token price shows organic growth on the order of 1.2% - 1.8% per week due to the auto-buyback mechanism, without accounting for the speculative demand of external investors (a scenario estimate under the given assumptions, not a guaranteed result).

8.4 Comparative Analysis of Economic Development Scenarios

For stress-testing the system, we developed three scenarios for the development of the ecosystem over the period 2026-2028.

#### Scenario A: Conservative (Low Activity)

Client base growth: +5% per month.
Share of payouts in tokens (β): 20%.
Ambassador Grid fill (α): 30%.
Result: Burn rates average 1,500,000 $GALATIN per month. The token price is stable with slight growth due to the high share of unallocated (and burned) commissions.

#### Scenario B: Realistic (Moderate Growth)

Client base growth: +15% per month.
Share of payouts in tokens (β): 45%.
Ambassador Grid fill (α): 60%.
Result: Burn rates — 4,200,000 $GALATIN per month. Daily auto-buyback from the market — $3,500. In the model scenario — organic token price growth on the order of 78% per year (a scenario simulation with assumptions, not a guaranteed forecast). The Arweave Treasury is fully provisioned to store 100 terabytes of memory data.

#### Scenario C: Expiration (Hypergrowth)

Client base growth: +40% per month due to the viral effect of the "The Wedge" mailings.
Share of payouts in tokens (β): 75%.
Ambassador Grid fill (α): 85%.
Result: Deflation accelerates to 12,000,000 $GALATIN per month. The Treasury experiences a surplus of funds, auto-buyback on Raydium exceeds $15,000 per day. The token shortage on the market leads to exponential growth in the value of the asset.

Chapter 9: Step-by-Step Transaction Scenarios and Detailed Share Distribution

To prove the mathematical precision and transparency of the system, the project's Architect Maksim Valentinovich Galatin recorded step-by-step examples of transaction processing in the CODE Constitution. Below is a detailed accounting breakdown of three specific transactions in the ecosystem.

9.1 Transaction No. 1: Payment for a B2B Oracle Audit in the amount of $500

Scenario: A client pays for a one-time site security and availability audit for $500. The payment passes through a gateway that automatically converts dollars into $GALATIN tokens at the current rate (for the example, let's take a rate of $0.05 per token, meaning the payment amount is 10,000 tokens).

Ambassador chain:

The user was invited by an L1 partner (Spark tier, $15/mo).
The L1 partner was invited by an L2 partner (Family Archive tier, $100/mo).
The L2 partner was invited by an L3 partner (Digital DNA tier, $1,000).

Token distribution by the smart contract:

Transaction amount: 10,000 токенов GALATIN.
Founder's share (5%):

F_founder = 10,000 · 0.05 = 500 токенов GALATIN Sent to Maksim Valentinovich Galatin's wallet.

Base burn share (5%):

B_burn = 10,000 · 0.05 = 500 токенов GALATIN Destroyed by the smart contract.

Treasury share (65%):

Tr_treasury = 10,000 · 0.65 = 6,500 токенов GALATIN Sent to the Arweave Endowment pool.

Level L1 share (15% of the transaction, capped by the Spark tier):

Since this is a B2B audit (a one-time payment), it is equated to a Family Archive tier license ($100). The L1 partner is on the Spark tier ($15). The Level Alignment rule is applied. The maximum reward is capped by the proportion of the tiers: A_L1 = 10,000 · 0.15 · (15)/(100) = 1,500 · 0.15 = 225 токенов GALATIN Lost opportunity at level L1: Lost_L1 = 1,500 − 225 = 1,275 токенов GALATIN These 1,275 tokens are burned by the smart contract.

Level L2 share (7% of the transaction, capped by the Family Archive tier):

The L2 partner is on the Family Archive tier ($100). Since the partner's tier ($100) matches the transaction level ($100), no cap is applied. A_L2 = 10,000 · 0.07 = 700 токенов GALATIN Lost opportunity at level L2: 0.

Level L3 share (3% of the transaction, capped by the Digital DNA tier):

The L3 partner is on the Digital DNA tier ($1000). The tier ($1000) exceeds the transaction level ($100), so no cap is applied. A_L3 = 10,000 · 0.03 = 300 токенов GALATIN Lost opportunity at level L3: 0.

Final balance of Transaction No. 1:

Received by ambassadors: $225 + 700 + 300 = 1,225$ tokens.
Sent to the Founder: 500 tokens.
Sent to the Treasury: 6,500 tokens.
Burned (base burn + lost opportunity): $500 + 1,275 = 1,775$ tokens (17.75% of the payment amount!).

9.2 Transaction No. 2: Monthly payment for the Family Archive tier ($100) with no referrers

Scenario: A client independently visits the site and purchases the Family Archive tier for $100 (2,000 tokens at a rate of $0.05). The client has no chain of referrers in the Ambassador Grid.

Token distribution by the smart contract:

Transaction amount: 2,000 токенов GALATIN.
Founder's share (5%):

F_founder = 2,000 · 0.05 = 100 токенов GALATIN

Base burn share (5%):

B_burn = 2,000 · 0.05 = 100 токенов GALATIN

Treasury share (65%):

Tr_treasury = 2,000 · 0.65 = 1,300 токенов GALATIN

Level L1, L2, L3 share (15% + 7% + 3% = 25%):

Since there are no referrers, all these shares are redirected to burning: Bₑₓₜᵣₐ = 2,000 · 0.25 = 500 токенов GALATIN

Final balance of Transaction No. 2:

Received by ambassadors: 0 tokens.
Sent to the Founder: 100 tokens.
Sent to the Treasury: 1,300 tokens.
Total burned: $100 + 500 = 600$ tokens (exactly 30% of the transaction amount destroyed!).

9.3 Transaction No. 3: Monthly payment for the Digital DNA tier ($200/mo subscription)

Scenario: A large corporate client pays a monthly subscription for the Digital DNA tier for $200 (4,000 tokens).

Ambassador chain:

The L1 referrer is on the Spark tier ($15).
The L2 referrer is on the Family Archive tier ($100).
The L3 referrer is on the Family Archive tier ($100).

Token distribution by the smart contract:

Transaction amount: 4,000 токенов GALATIN.
Founder's share (5%): 200 tokens.
Base burn share (5%): 200 tokens.
Treasury share (65%): 2,600 tokens.
Level L1 share (15% of the transaction, Spark cap):

The L1 referrer is on Spark ($15), the transaction is Mr. White ($200). A_L1 = 4,000 · 0.15 · (15)/(200) = 600 · 0.075 = 45 токенов GALATIN Lost opportunity: Lost_L1 = 600 − 45 = 555 токенов GALATIN (сжигается)

Level L2 share (7% of the transaction, Family Archive cap):

The L2 referrer is on Family Archive ($100), the transaction is Mr. White ($200). A_L2 = 4,000 · 0.07 · (100)/(200) = 280 · 0.5 = 140 токенов GALATIN Lost opportunity: Lost_L2 = 280 − 140 = 140 токенов GALATIN (сжигается)

Level L3 share (3% of the transaction, Family Archive cap):

The L3 referrer is on Family Archive ($100), the transaction is Mr. White ($200). A_L3 = 4,000 · 0.03 · (100)/(200) = 120 · 0.5 = 60 токенов GALATIN Lost opportunity: Lost_L3 = 120 − 60 = 60 токенов GALATIN (сжигается)

Final balance of Transaction No. 3:

Received by ambassadors: $45 + 140 + 60 = 245$ tokens.
Sent to the Founder: 200 tokens.
Sent to the Treasury: 2,600 tokens.
Total burned: $200 + 555 + 140 + 60 = 955$ tokens (23.87% of the transaction is burned).

Chapter 10: Ambassador Grid API Integration Guide for External Web Resources

For web developers and system integrators wishing to connect their sites (WordPress, Webflow, Shopify, etc.) to the CODE ecosystem's Ambassador Grid, an open REST API has been developed. This allows client actions on your sites to be automatically linked to the Solana reward-accrual router.

10.1 Method for Creating a Partner Association (Lead Association)

When a user registers or submits an application on your site, you must call the following HTTP POST request:

Endpoint: https://api.aifa.works/v1/ambassador/associate
Headers:

  Content-Type: application/json
  Authorization: Bearer <your_team_api_key>

Request Body (JSON):

  {
    "client_email": "client-company@example.com",
    "referrer_hash": "a4d3f92b7c",
    "site_domain": "client-website.com"
  }

Response (JSON):

  {
    "status": "success",
    "association_id": "assoc_9823f721ab89",
    "referrer_wallet": "SolReferrerWalletAddress11111111111111",
    "created_at": "2026-06-27T13:00:00Z"
  }

10.2 Method for Recording a Transaction Payment (Trigger Revenue Share)

When a referred client makes a payment for an audit or subscription on your side, you send a signal to trigger the Solana router:

Endpoint: https://api.aifa.works/v1/ambassador/payout
Request Body (JSON):

  {
    "association_id": "assoc_9823f721ab89",
    "payment_amount_usd": 500.00,
    "payment_currency": "USD",
    "transaction_ref": "tx_web_991823ab"
  }

Response (JSON):

  {
    "status": "processed",
    "solana_tx_signature": "5H12aB...3kL9",
    "router_split": {
      "founder_tokens": 500.0,
      "burn_tokens": 1775.0,
      "l1_referrer_tokens": 225.0,
      "l2_referrer_tokens": 700.0,
      "l3_referrer_tokens": 300.0,
      "treasury_tokens": 6500.0
    }
  }

Integration takes no more than 2 hours and allows sales accounting to be fully automated, eliminating the human factor and the need for manual balance reconciliation at the end of the settlement period.

Chapter 11: Frequently Asked Questions (FAQ) about the Ambassador Grid

1. What is the difference between an Ambassador Node and an Ambassador Team?

Ambassador Node is a role for individuals that allows earning from on-chain memory-usage transactions by referred AI assistants (15%/7%/3% of the transaction value in $GALATIN). Ambassador Team is a role for companies and marketing teams with access to cold outreach tools and a dual-channel reward grid from subscription sales.

2. Why is the Level Alignment rule needed?

The rule requires your tier to match the tiers of your referrals. It encourages partners to raise their tiers as their network grows, preventing situations where a passive participant on the minimum tier earns huge sums from ultra-large corporate clients without supporting the ecosystem with an adequate contribution.

3. Where do the funds from Lost Opportunity go?

All commissions not received due to level mismatch are automatically burned (if the payout was planned in $GALATIN tokens) or directed to the treasury to purchase AR for the eternal storage of data. This strengthens the economy of the entire network.

4. What is the total emission of the $GALATIN token?

The emission is strictly limited by the smart contract on Solana and amounts to exactly 10,000,000,000 tokens. Additional issuance is physically impossible.

5. How does Channel 2 (Buyback of tokens from the market) work?

If an Ambassador Team member chooses payouts in $GALATIN on the AIfa Yield Dashboard, the platform converts the fiat income due into tokens with an increased bonus (8%/4%/2% instead of 7%/3%/1%). To do this, the system automatically places a market order to buy tokens on the Raydium DEX, creating upward price pressure.

6. Why are payouts positioned as a Network Validation Fee?

This is designed with the requirements of global financial regulators (SEC and others) in mind. Unlike network-marketing referral programs, here payouts are tied to the technical validation of memory transactions and liquidity in the Web3 network.

7. Can I lose my referral network?

No. All connections between partners are recorded on the Solana blockchain as immutable cryptographic entries. No one, including the platform creators, can change or delete your referral associations.

8. How often do payouts occur?

Payouts for on-chain transactions occur instantly (within 2-5 seconds) to your Solana wallet. Fiat payouts under Channel 1 are processed once a week or withdrawn on request in the partner dashboard.

9. What happens if I do not pay my subscription on time?

Your account will temporarily switch to the basic (free) level, and all your referral accruals will be capped at zero. The lost opportunity for the period of inactivity will be burned. After the subscription is resumed, payouts will be restored for all future transactions.

10. How does the Oracle help attract clients?

The AIFA Compliance Oracle scans sites for WCAG/GDPR errors and generates a ready, detailed report indicating possible fines. This is the perfect tool for the "cold wedge" (The Wedge) — a company sees its vulnerabilities and agrees to a quick fix for $500, after which it becomes your referral.