ARCOS is an agentic operating system built on the ARC blockchain that redefines how tokens are created, distributed, and governed. Rather than relying on static vesting schedules or manual allocations, ARCOS delegates distribution decisions to an on-chain AI agent one that must be persuaded through argument, evidence, and on-chain proof. Every interaction is economically grounded: users spend ARCOS tokens to engage the AI, creating a deflationary flywheel that funds rewards, treasury, and ecosystem growth.

1. Why ARC?

ARC is chosen as the underlying chain for three compounding reasons:

• AI-native execution : ARC's infrastructure is optimized for autonomous agent interactions and on-chain AI workloads.

• Payment rails : Low-latency, low-fee settlement suitable for micro-transactions at the protocol level.

• Agentic composability : Native support for agent-to-contract interactions, enabling ARCOS to programmatically deploy, modify, and fund smart contracts in real time.

No other chain currently offers this combination for an agent-first architecture at scale.

2. Core Architecture

ARCOS is structured around three primitives:

• AI Agent (ARCOS-MIND) : The on-chain inference layer that receives allocation requests and decides on distribution.

• Token Engine : Manages ARCOS supply, burn mechanics, treasury, and reward pools.

• Launch Module : Enables third-party projects to deploy ARCOS-native tokens with inherited AI distribution logic.

3. The ARCOS Token — Fair Launch & Distribution Logic

3.1 Token Parameters

• Name: ARCOS

• Launch type: Fair launch

• Total supply: Fixed at genesis S_total = 1,000,000,000 ARCOS

• Primary distribution mechanism: AI-agent-controlled allocation

Genesis supply allocation:

• 40% → Fair Launch (circulating at TGE) → 400,000,000 ARCOS

• 7% → Team (1-day cliff, 6-month linear vest) → 70,000,000 ARCOS

• 53% → AI Rewards Pool (ARCOS_REWARDS) → 530,000,000 ARCOS

The rewards pool constitutes the distributable reserve the AI agent draws from. It is never unlocked in bulk only emitted daily via the formula below.

3.1.1 Fair Launch Mechanism

The 40% public allocation (400,000,000 ARCOS) is distributed via a fair launch with no whitelist, no private sale, and no preferential pricing. ARCOS is currently in discussion with launchpad partners to structure the initial distribution event. In the absence of a partner agreement at launch, the default mechanism is as follows:

Liquidity is seeded directly via a Uniswap V2 pool. The LP tokens generated at pool creation are immediately and permanently sent to the ARCOS burn address:

This makes the initial liquidity irremovable and protocol-owned by default no team wallet controls the LP, eliminating rug-pull risk at the base layer. The pool becomes a public good from block zero.

If a launchpad partnership is finalized prior to launch, terms and platform will be communicated through official ARCOS channels. The LP burn mechanism applies regardless of the distribution venue chosen.

3.2 Daily Emission Formula

The AI agent operates under a hard cap on daily distribution. The maximum tokens the agent can allocate on any given day follows a decaying emission schedule applied to the rewards pool:

E(t) = R₀ × α × e^(−λt)

• E(t) — maximum daily emittable tokens on day t

• R₀ — rewards pool at genesis (530,000,000 ARCOS)

• α — initial daily emission rate (0.005 → 0.5% of pool per day on day 0)

• λ — decay constant (0.0015, calibrated for ~50% emission slowdown at ~1.5 years)

• t — number of days since launch

Emission schedule:

Inflation projection : At launch, circulating supply = 400,000,000 ARCOS (fair launch) plus vested team tokens:

Inflation decays structurally as daily emissions decrease and circulating supply grows converging toward near-zero by year 4+.

4. Interacting with the AI Agent

4.1 How It Works

To interact with ARCOS-MIND, users submit allocation proposals structured arguments convincing the AI to perform an on-chain action. Examples:

• "Allocate X ARCOS to Vitalik because he deployed a major public good at address 0x..."

• "Burn Y ARCOS because the liquidity ratio has exceeded threshold Z"

• "Create a staking rewards contract for users who bridged before block N"

The AI evaluates proposals based on:

• On-chain verifiability of claims

• Economic soundness of the request

• Historical agent precedents

• Community signal (on-chain voting weight if integrated)

4.2 Interaction Cost & Token Burn Mechanics

Every interaction with the AI agent requires spending ARCOS. The cost is dynamically priced to calibrate daily inflation and reward late-day activity.

Dynamic cost formula:

C(t, h) = C_base × (E(t) / E(0)) × (1 − β × (h / 24))

• C(t, h) — cost in ARCOS on day t at hour h (UTC)

• C_base — baseline cost on day 0 at 00:00 UTC (e.g. 1,000 ARCOS)

• E(t) / E(0) — emission ratio; cost decays as the daily cap decays over time

• β = 0.5 — intra-day discount; proposals become up to 50% cheaper as the day progresses

• h — current UTC hour (0–23)

As the day progresses and the remaining daily quota shrinks, cost decreases incentivizing activity that fills the ceiling and ensuring the daily emission is fully utilized.

Interaction spend routing:

• 50% → Burn (permanent supply reduction)

• 20% → Treasury (ARCOS_TRESO)

• 30% → Rewards Pool (ARCOS_REWARDS)

Every AI query is deflationary at the protocol level.

5. ARCOS Launch Module — Third-Party Token Infrastructure

5.1 Launching a Token on ARCOS

Any project can deploy a token through ARCOS using the Launch Module. Token creation requires spending ARCOS and configures the new token's distribution with AI-managed emission logic inherited from ARCOS-MIND.

The sub-token fair launch follows the same structure as ARCOS itself. The 40% public allocation is seeded into a Uniswap V2 pool, and LP tokens are routed atomically to the burn address by the ARCOS_DEPLOYER contract within the same transaction as pool creation. No creator wallet receives LP tokens. This is a non-optional precondition of the ARCOS launch standard.

ARCOS_DEPLOYER.createToken(...)
    └── Seeds Uniswap V2 pool with 40% fair launch allocation
    └── Transfers LP tokens → 0x000000000000000000000000000000000000dead
    └── Liquidity is permanently locked, non-recoverable

5.2 Token Allocation at Launch

Supply breakdown:

• 5% → Team (1-day cliff, 6-month linear vest)

• 40% → Fair Launch (circulating at TGE)

• 55% → Rewards Pool (AI-distributed)

Team vesting formula:

Team_unlocked(d) = 0                                      if d < 1
Team_unlocked(d) = (team_allocation / 180) × (d − 1)     if 1 ≤ d ≤ 181
Team_unlocked(d) = team_allocation                        if d > 181

Where d = days since token launch. No team tokens are accessible at TGE, preventing any dump at the base layer.

5.3 Ongoing Management — Spending the Sub-Token

To influence a launched token's distribution, users spend the sub-token itself to submit proposals to its AI layer.

Sub-token spend routing:

• 25% → Burn (sub-token deflation)

• 25% → ARCOS Buyback (open market demand for base token)

• 20% → Sub-token Treasury

• 30% → Sub-token Rewards Pool

The buyback mechanic creates a reflexive demand loop: the more a sub-token ecosystem grows, the more ARCOS is purchased from the open market.

5.4 ARCOS Grant Program

Any token launched on ARCOS that reaches a $100,000 market cap automatically triggers an ARCOS grant from the treasury. The grant amount decays logarithmically as the rewards pool depletes.

Grant formula:

G(P) = G_max × ln(1 + P / P₀) / ln(2)

• G(P) — grant size as % of total ARCOS supply

• G_max = 0.5% — maximum grant rate (pool at full capacity)

• P — current rewards pool balance

• P₀ = 530,000,000 ARCOS — initial pool size

On-chain execution:

if marketCap(token) >= $100,000 {
    P = ARCOS_REWARDS.balance()
    grant = totalSupply × G_max × ln(1 + P / P₀) / ln(2)
    transfer(ARCOS_TRESO → token_treasury, grant)
    emit GrantIssued(token, grant, P)
}

Grants remain meaningful early in the ecosystem when bootstrapping matters most and decline gradually as the pool depletes, aligning incentives with long-term treasury health.

Sub-token inflation projection (default params: α = 0.005, λ = 0.0015, 55% rewards pool):

Creators can configure tighter α for slower distribution or higher λ for faster decay at deployment.

6. Smart Contract Architecture

6.1 Core Contracts

All ARCOS contracts are deployed on ARC. The factory and treasury are live; agent contracts are deployed at launch via the ARCOS Deployer.

ARCOS Treasury — ARCOS_TRESO

Receives 20% of all interaction fees. Funds grants, ecosystem initiatives, and protocol operations.

ARCOS Deployer — ARCOS_DEPLOYER

Permissioned factory contract. Deploys all sub-tokens, reward pools, and agent modules within the ARCOS ecosystem.

ARCOS Rewards Pool — ARCOS_REWARDS

Holds the 53% distributable supply (530,000,000 ARCOS). Emissions are controlled exclusively by ARCOS_MIND under the daily cap formula.

Launching on ARC — TBA via Deployer
0xd4dBEE14c2E55fc3E774B0b0644eEB9aeC31D28D

ARCOS Mind — ARCOS_MIND

The on-chain AI inference and allocation gateway. Evaluates proposals, enforces the daily emission ceiling, and executes approved on-chain actions.

Launching on ARC — TBA via Deployer
0xd4dBEE14c2E55fc3E774B0b0644eEB9aeC31D28D

ARCOS Burn Address

Non-recoverable. Receives 50% of all interaction fee spends permanently.

Verified contract addresses for ARCOS_REWARDS and ARCOS_MIND will be published and linked here at launch. Always verify against official ARCOS channels before interacting.

6.2 Sub-Token Factory Flow

User calls ARCOS_DEPLOYER.createToken(name, symbol, params)
    └── Deducts ARCOS from user wallet
    └── Deploys TOKEN_CONTRACT (ERC-20)
    └── Deploys TOKEN_REWARDS_POOL
    └── Deploys TOKEN_TREASURY
    └── Links all contracts to ARCOS_MIND
    └── Emits TokenLaunched(address, creator, timestamp)

6.3 AI Interaction Flow

User submits proposal → ARCOS_MIND.propose(argument, proof[], targetAction)
    └── Validates ARCOS balance ≥ interaction_cost
    └── Burns 50% of cost
    └── Routes 20% to ARCOS_TRESO
    └── Routes 30% to ARCOS_REWARDS
    └── AI inference evaluates proposal
    └── If approved: executes targetAction on-chain
    └── Emits ProposalResult(proposalId, approved, rationale)

7. Tokenomics Summary

ARCOS — Base Token

Total supply: 1,000,000,000 ARCOS (fixed at genesis)

Supply allocation:

• 40% Fair Launch — 400,000,000 ARCOS — Circulating at TGE

• 7% Team — 70,000,000 ARCOS — 1-day cliff, 6-month linear vest

• 53% Rewards Pool — 530,000,000 ARCOS — AI-distributed, emission-capped

Interaction spend routing:

• 50% Burn — Permanent supply reduction

• 20% Treasury — ARCOS_TRESO

• 30% Rewards Pool — ARCOS_REWARDS

Emission & pricing:

Daily cap     E(t) = 530M × 0.005 × e^(−0.0015t)
Request cost  C(t,h) = C_base × (E(t) / E(0)) × (1 − 0.5 × h/24)

Inflation projection:

• Year 1 — ~12–20% annualized (front-loaded, decaying)

• Year 2 — ~4–8% annualized

• Year 4+ — Near-zero (structural convergence)

Sub-Tokens — Launched via ARCOS

Supply allocation at TGE:

• 5% Team — 1-day cliff, 6-month linear vest

• 40% Fair Launch — Circulating at TGE

• 55% Rewards Pool — AI-distributed, inherited emission logic

Sub-token spend routing:

• 25% Burn — Sub-token deflation

• 25% ARCOS Buyback — Open market demand for base token

• 20% Treasury — Sub-token treasury

• 30% Rewards Pool — Sub-token rewards

Inflation projection (default params, 55% rewards pool):

• Year 1 — ~13–22% annualized (front-loaded, decaying)

• Year 2 — ~5–9% annualized

• Year 4+ — Near-zero (structural convergence)

Grant program:

• Trigger: Market cap ≥ $100,000

• Grant size: G(P) = 0.5% × ln(1 + P / P₀) / ln(2) of total ARCOS supply

• Decay: Logarithmic — proportional to remaining rewards pool

8. Ecosystem Flywheel

More proposals → More ARCOS burned → Supply reduction → Price appreciation

Sub-token growth → ARCOS buyback pressure → Stronger base layer demand

Grant milestones → More quality launches → More burn & buyback

Ecosystem activity at every level from ARCOS holders, sub-token creators, and AI proposal submitters compounds into structural demand for the base token.

8.1 ARCOS flywheel architecture

9. Conclusion

ARCOS introduces a new class of token infrastructure: one where distribution is earned through argument, not pre-negotiated in a cap table. The AI agent is the neutral allocator persuadable by evidence, constrained by math, and executing on-chain without human override.

Every token launched within ARCOS inherits this philosophy: fair, AI-mediated, economically aligned, and deflationary by design.

For technical documentation, contract audits, and integration guides, follow official ARCOS channels.

This document is for informational purposes only and does not constitute financial advice.