oneie/one/connections/cryptonetworks.md

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---
title: Cryptonetworks
dimension: connections
category: cryptonetworks.md
tags: agent, ai, architecture, blockchain, ontology, protocol
related_dimensions: events, knowledge, things
scope: global
created: 2025-11-03
updated: 2025-11-03
version: 1.0.0
ai_context: |
  This document is part of the connections dimension in the cryptonetworks.md category.
  Location: one/connections/cryptonetworks.md
  Purpose: Documents crypto networks - ai agent architecture analysis
  Related dimensions: events, knowledge, things
  For AI agents: Read this to understand cryptonetworks.
---

# Crypto Networks - AI Agent Architecture Analysis

**Version:** 1.0.0
**Status:** Strategic
**Purpose:** Identify optimal blockchain networks for AI agent operations with near-zero finality, minimal marginal cost, and parallel execution

---

## Executive Summary

**Optimal Architecture: Multi-Chain with SUI Primary**

After deep analysis of finality times, marginal costs, parallel execution capabilities, and AI agent ecosystems, the recommended architecture is:

1. **Primary Network: SUI** - Best overall for AI agents
2. **Secondary: Solana** - High-frequency operations
3. **Tertiary: Base (L2)** - Ethereum ecosystem access
4. **Experimental: Aptos** - Move ecosystem diversity

**Key Insight:** The ONE Platform's protocol-agnostic ontology makes multi-chain architecture trivial - networks are just metadata.

---

## Evaluation Criteria

### 1. Finality Time (Target: <1 second)
Time from transaction submission to irreversible confirmation.

### 2. Marginal Cost (Target: <$0.001/tx)
Cost per transaction in steady-state operation.

### 3. Parallel Execution (Critical for AI)
Ability to process multiple transactions simultaneously without sequential bottlenecks.

### 4. AI Agent Ecosystem (Critical for Builder Experience)
Developer tools, AI-native features, and ecosystem maturity for building autonomous agents.

---

## Network Analysis Matrix

### Tier 1: Optimal for AI Agents

#### **SUI - RECOMMENDED PRIMARY**

**Finality:** ⭐⭐⭐⭐⭐ (400-500ms)
- Single-shot consensus with Byzantine Fault Tolerant (BFT) protocol
- Transactions finalized in <1 second
- No probabilistic finality - instant and deterministic

**Marginal Cost:** ⭐⭐⭐⭐⭐ ($0.0001/tx)
- Gas price: ~0.0001 SUI per transaction
- At $0.50 SUI price: $0.00005 per transaction
- Storage rebates make some operations profit-neutral

**Parallel Execution:** ⭐⭐⭐⭐⭐ (TRUE PARALLELISM)
- **Object-centric model** - transactions that touch different objects execute in parallel
- **No global state lock** - massive throughput scaling
- **Move language** - compiler-enforced safety prevents race conditions
- Theoretical throughput: 297,000 TPS (observed: 65,000+ TPS on testnet)

**AI Agent Ecosystem:** ⭐⭐⭐⭐ (EXCELLENT)
- **Move language**: More deterministic than Solidity, easier for AI to reason about
- **Object model**: Maps perfectly to ONE ontology (objects = entities)
- **Programmable transaction blocks**: Complex multi-step operations in single transaction
- **Sponsored transactions**: AI agents can pay gas for users
- **ZK Login**: Seamless onboarding with Web2 credentials
- **TypeScript SDK**: `@mysten/sui.js` - first-class TypeScript support
- **Growing ecosystem**: DeepBook (orderbook DEX), Aftermath, Turbos

**Why SUI Wins:**
```typescript
// SUI's object model is PERFECT for the ontology
// Each entity is a unique object with guaranteed uniqueness
struct CreatorToken has key, store {
  id: UID,
  supply: u64,
  creator: address,
  // Maps directly to entity properties
}

// Parallel execution means:
// - User A buys tokens → Transaction 1
// - User B stakes tokens → Transaction 2
// Both execute simultaneously without conflicts!
```

**Downsides:**
- Newer network (launched 2023) - less battle-tested
- Smaller ecosystem than Solana/Ethereum
- Learning curve for Move language

**Verdict:** 🏆 **PRIMARY NETWORK** - Best overall for AI agents building on the ONE Platform.

**Creator Token Rollout (2025 Update)**
- `creator_token` smart contracts map 1:1 to SUI Move objects; treasury caps live as things with `properties.network = "sui"` and `properties.coinType`.
- Programmable Transaction Blocks let CreatorOS mint, vest, and stream tokens (membership, revenue share) atomically while AI agents sponsor gas.
- Storage rebates + object-centric parallelism keep millions of fan wallets cheap to maintain; balances sync into the ONE ontology via `holds_tokens` connections.
- ZK Login + Sponsored Transactions mean fans claim creator tokens instantly using email/Social without touching seed phrases—perfect for mainstream onboarding.

---

#### **Solana**

**Finality:** ⭐⭐⭐⭐⭐ (400ms)
- Single slot confirmation (~400ms)
- Deterministic finality after 32 slots (~12 seconds for economic finality)
- Optimistic finality is enough for most AI operations

**Marginal Cost:** ⭐⭐⭐⭐⭐ ($0.00025/tx)
- 0.000005 SOL per transaction
- At $50 SOL price: $0.00025 per transaction
- Priority fees can increase cost during congestion

**Parallel Execution:** ⭐⭐⭐⭐⭐ (TRUE PARALLELISM)
- **Sealevel runtime** - parallel transaction processing
- Transactions declare accounts they'll touch (like SUI objects)
- Non-overlapping transactions execute in parallel
- Proven at scale: 65,000 TPS observed

**AI Agent Ecosystem:** ⭐⭐⭐⭐⭐ (MATURE)
- **Largest AI/ML ecosystem** in crypto
- AI-generated art (Solana NFTs), AI trading bots, AI DeFi
- **Rust programs** - performant, safe, AI-friendly
- **Anchor framework** - simplified development
- **Web3.js / @solana/web3.js** - excellent TypeScript support
- **Helius, Triton** - enhanced RPC for AI indexing
- **Jito** - MEV infrastructure for AI trading agents
- **Geyser plugins** - real-time data streams for AI

**Why Solana Is Strong:**
```rust
// Solana's account model with parallel execution
pub fn process_instruction(
    program_id: &Pubkey,
    accounts: &[AccountInfo],
    instruction_data: &[u8],
) -> ProgramResult {
    // AI agent declares accounts upfront
    // Solana scheduler parallelizes non-conflicting txs
    // Perfect for high-frequency AI trading/operations
}
```

**Downsides:**
- Periodic network congestion (improving with Firedancer)
- Account rent (storage costs)
- Occasional downtime historically (rare now)

**Verdict:** 🥈 **SECONDARY NETWORK** - Best for high-frequency AI operations, mature ecosystem.

---

#### **Aptos**

**Finality:** ⭐⭐⭐⭐⭐ (<1 second)
- Block-STM consensus
- Sub-second finality
- BFT guarantees

**Marginal Cost:** ⭐⭐⭐⭐ ($0.0001-0.001/tx)
- Gas price varies but generally very low
- At current APT prices: ~$0.0005/tx

**Parallel Execution:** ⭐⭐⭐⭐⭐ (BLOCK-STM)
- **Block-STM** - Software Transactional Memory
- Optimistic parallel execution with conflict detection
- Re-executes conflicting transactions sequentially
- Theoretical: 160,000+ TPS

**AI Agent Ecosystem:** ⭐⭐⭐⭐ (GROWING)
- **Move language** - same as SUI (slight dialect differences)
- **Strong typing** - AI agents can reason about code safety
- **Parallel execution** - great for AI swarms
- Smaller ecosystem than SUI/Solana but growing
- Good developer experience

**Why Aptos Is Interesting:**
- Move language diversity (fallback if SUI has issues)
- Block-STM is theoretically superior to SUI's object model for some use cases
- Strong VC backing (a16z, FTX pre-collapse)

**Downsides:**
- Smaller ecosystem than SUI/Solana
- Less differentiated from SUI
- FTX association (historical concern)

**Verdict:** 🥉 **EXPERIMENTAL** - Backup Move network, worth watching.

---

### Tier 2: Good But Compromised

#### **Base (Ethereum L2)**

**Finality:** ⭐⭐⭐ (1-2 seconds soft, 7 days hard)
- Optimistic rollup - instant soft finality
- 7-day challenge period for hard finality (withdrawals)
- Soft finality is fine for most operations

**Marginal Cost:** ⭐⭐⭐⭐ ($0.001-0.01/tx)
- Depends on Ethereum L1 gas prices
- Typically $0.001-0.01 per transaction
- Can spike during congestion

**Parallel Execution:** ⭐ (NO - Sequential EVM)
- Standard EVM - sequential execution
- Transactions process one-by-one
- Major bottleneck for AI agent swarms

**AI Agent Ecosystem:** ⭐⭐⭐⭐⭐ (MASSIVE)
- **Largest ecosystem** - Ethereum compatibility
- Coinbase backing - enterprise-grade infrastructure
- **Thirdweb, Alchemy, QuickNode** - excellent AI tooling
- **OpenZeppelin** - battle-tested contracts
- **Huge DeFi ecosystem** - Uniswap, Aave, etc.
- AI agent frameworks: Langchain integrations, GPT-4 code generation

**Why Base Matters:**
```solidity
// EVM = Sequential execution (bad for parallelism)
// But huge ecosystem (good for integrations)
contract AIAgent {
    // Familiar Solidity - lots of AI training data
    // Tons of libraries, tooling, examples
    // Easy for AI to generate/audit code
}
```

**Downsides:**
- **No parallel execution** - deal breaker for high-throughput AI
- Sequential bottleneck
- Higher costs than SUI/Solana

**Verdict:** 🔗 **BRIDGE NETWORK** - Use for Ethereum ecosystem access, not primary AI operations.

---

#### **NEAR Protocol**

**Finality:** ⭐⭐⭐⭐ (1-2 seconds)
- Nightshade sharding
- ~1-2 second finality

**Marginal Cost:** ⭐⭐⭐⭐⭐ ($0.0001/tx)
- Extremely low gas fees
- ~$0.0001 per transaction

**Parallel Execution:** ⭐⭐⭐⭐ (SHARDED)
- Multiple shards process transactions in parallel
- Not as granular as SUI's object model
- Good throughput

**AI Agent Ecosystem:** ⭐⭐⭐⭐ (AI-FOCUSED)
- **NEAR AI** - official AI initiative
- Focus on AI + blockchain convergence
- Rust + AssemblyScript - good for AI
- Smaller ecosystem than top tier

**Downsides:**
- Less proven than Solana
- Sharding complexity
- Smaller DeFi ecosystem

**Verdict:** ⚡ **ALTERNATIVE** - Strong AI focus, worth considering.

---

### Tier 3: Specialized Use Cases

#### **Monad** (Launching 2024)

**Finality:** ⭐⭐⭐⭐ (~1 second)
- Optimized consensus

**Marginal Cost:** ⭐⭐⭐⭐⭐ (Target: <$0.001/tx)
- Designed for ultra-low cost

**Parallel Execution:** ⭐⭐⭐⭐⭐ (PARALLEL EVM)
- **MonadBFT** - optimistic parallel execution
- EVM-compatible but parallel
- 10,000 TPS target

**AI Agent Ecosystem:** ⭐⭐ (NEW)
- Not launched yet
- Promises EVM compatibility + parallelism
- Could be game-changer if delivered

**Verdict:** 🔮 **FUTURE** - Watch closely, could disrupt if EVM + parallelism works.

---

#### **Avalanche**

**Finality:** ⭐⭐⭐⭐ (1-2 seconds)
- Avalanche consensus - very fast
- Sub-2-second finality

**Marginal Cost:** ⭐⭐⭐ ($0.01-0.1/tx)
- Higher than SUI/Solana
- C-Chain (EVM) is more expensive

**Parallel Execution:** ⭐⭐⭐ (SUBNETS)
- Subnets can run in parallel
- Not transaction-level parallelism

**AI Agent Ecosystem:** ⭐⭐⭐ (MODERATE)
- Good DeFi ecosystem
- Subnet flexibility
- Smaller AI focus

**Verdict:** 🏔️ **NICHE** - Good for subnets, not optimal for AI agents.

---

## Recommended Architecture

### Multi-Chain Strategy

The ONE Platform's protocol-agnostic ontology enables seamless multi-chain support:

```typescript
// Same entity across all networks - just metadata changes
{
  type: "token",
  name: "Creator Token",
  properties: {
    // Network-agnostic properties
    symbol: "CREATOR",
    totalSupply: 1_000_000,

    // Network-specific properties
    deployments: {
      sui: {
        network: "sui",
        packageId: "0x123...",
        coinType: "0x123::token::CREATOR",
      },
      solana: {
        network: "solana",
        mintAddress: "ABC123...",
        programId: "DEF456...",
      },
      base: {
        network: "base",
        contractAddress: "0xabc...",
        chainId: 8453,
      },
    },
  },
}

// Events track cross-chain
{
  type: "tokens_purchased",
  metadata: {
    network: "sui",  // or "solana", "base"
    // Network-specific details
  },
}
```

### Network Allocation Strategy

**SUI (Primary - 70% of operations)**
- Token launches
- NFT minting
- Creator staking
- AI agent coordination
- Complex multi-step operations

**Solana (Secondary - 20% of operations)**
- High-frequency trading bots
- AI agent swarms (thousands of micro-transactions)
- Real-time price oracles
- Gaming/metaverse integrations

**Base (Bridge - 10% of operations)**
- Ethereum DeFi access
- USDC payments (native on Base)
- Enterprise integrations
- Fiat on/off ramps

**Why This Works:**
- SUI handles bulk of operations (cheap, fast, parallel)
- Solana handles high-frequency edge cases
- Base provides Ethereum ecosystem bridge
- Effect.ts abstraction means frontends don't care which chain

---

## Implementation Guide

### 1. Multi-Chain Provider Layer

```typescript
// convex/services/providers/blockchain.ts
import { Effect, Layer } from "effect";
import { SuiClient } from "@mysten/sui/client";
import { Connection } from "@solana/web3.js";
import { createPublicClient, http } from "viem";
import { base } from "viem/chains";

export class BlockchainProvider extends Effect.Service<BlockchainProvider>()(
  "BlockchainProvider",
  {
    effect: Effect.gen(function* () {
      // Initialize all network clients
      const sui = new SuiClient({ url: process.env.SUI_RPC_URL });
      const solana = new Connection(process.env.SOLANA_RPC_URL);
      const baseClient = createPublicClient({
        chain: base,
        transport: http(process.env.BASE_RPC_URL),
      });

      return {
        // Unified interface - network selection via parameter
        getBalance: (network: Network, address: string, tokenType?: string) =>
          Effect.gen(function* () {
            switch (network) {
              case "sui":
                return yield* Effect.tryPromise(() =>
                  sui.getBalance({ owner: address, coinType: tokenType })
                );
              case "solana":
                return yield* Effect.tryPromise(() =>
                  solana.getBalance(new PublicKey(address))
                );
              case "base":
                return yield* Effect.tryPromise(() =>
                  baseClient.getBalance({ address: address as `0x${string}` })
                );
            }
          }),

        executeTransaction: (network: Network, tx: Transaction) =>
          Effect.gen(function* () {
            // Network-specific execution logic
            // Returns normalized result
          }),

        subscribeToEvents: (network: Network, filter: EventFilter) =>
          Effect.gen(function* () {
            // Unified event subscription
            // Normalizes events to ontology format
          }),
      };
    }),
    dependencies: [],
  }
) {}

type Network = "sui" | "solana" | "base";
```

### 2. Network Selection Logic

```typescript
// convex/services/blockchain/network-selector.ts
export class NetworkSelector extends Effect.Service<NetworkSelector>()(
  "NetworkSelector",
  {
    effect: Effect.gen(function* () {
      return {
        // Intelligent network selection based on operation type
        selectOptimalNetwork: (operation: OperationType) =>
          Effect.gen(function* () {
            switch (operation.type) {
              case "token_mint":
              case "nft_mint":
              case "staking":
                return "sui"; // Primary for complex operations

              case "high_frequency_trade":
              case "micro_transaction":
                return "solana"; // High-frequency operations

              case "usdc_payment":
              case "defi_integration":
                return "base"; // Ethereum ecosystem access

              default:
                return "sui"; // Default to primary
            }
          }),

        // Cost optimization - choose cheapest network for operation
        selectCheapestNetwork: (operation: OperationType) =>
          Effect.gen(function* () {
            const costs = yield* Effect.all([
              this.estimateCost("sui", operation),
              this.estimateCost("solana", operation),
              this.estimateCost("base", operation),
            ]);

            const cheapest = costs.reduce((min, curr) =>
              curr.cost < min.cost ? curr : min
            );

            return cheapest.network;
          }),
      };
    }),
  }
) {}
```

### 3. Cross-Chain Bridge Service

```typescript
// convex/services/blockchain/bridge.ts
export class BridgeService extends Effect.Service<BridgeService>()(
  "BridgeService",
  {
    effect: Effect.gen(function* () {
      const blockchain = yield* BlockchainProvider;

      return {
        // Bridge tokens from SUI to Solana
        bridgeTokens: (args: BridgeArgs) =>
          Effect.gen(function* () {
            // 1. Lock on source chain
            const lockTx = yield* blockchain.executeTransaction(
              args.sourceNetwork,
              args.lockTransaction
            );

            // 2. Verify lock (wait for finality)
            yield* Effect.sleep(500); // SUI finality

            // 3. Mint on destination chain
            const mintTx = yield* blockchain.executeTransaction(
              args.destNetwork,
              args.mintTransaction
            );

            // 4. Log bridge event
            yield* Effect.tryPromise(() =>
              db.insert("events", {
                type: "tokens_bridged",
                actorId: args.userId,
                targetId: args.tokenId,
                timestamp: Date.now(),
                metadata: {
                  sourceNetwork: args.sourceNetwork,
                  destNetwork: args.destNetwork,
                  sourceTx: lockTx.digest,
                  destTx: mintTx.digest,
                  amount: args.amount,
                },
              })
            );

            return { success: true, lockTx, mintTx };
          }),
      };
    }),
    dependencies: [BlockchainProvider.Default],
  }
) {}
```

### 4. Frontend Network Abstraction

```typescript
// src/components/features/tokens/MultiChainTokenPurchase.tsx
import { useMutation, useQuery } from "convex/react";
import { api } from "@/convex/_generated/api";
import { Button } from "@/components/ui/button";
import { Select } from "@/components/ui/select";

export function MultiChainTokenPurchase({ tokenId }: Props) {
  const [network, setNetwork] = useState<"sui" | "solana" | "base">("sui");
  const purchase = useMutation(api.tokens.purchase);

  const balances = useQuery(api.tokens.getAllBalances, { tokenId });

  return (
    <div>
      <Select value={network} onValueChange={setNetwork}>
        <option value="sui">SUI (Fastest, Cheapest) ⚡</option>
        <option value="solana">Solana (High Frequency) 🚀</option>
        <option value="base">Base (Ethereum DeFi) 🔗</option>
      </Select>

      <div>
        <p>SUI Balance: {balances?.sui || 0}</p>
        <p>Solana Balance: {balances?.solana || 0}</p>
        <p>Base Balance: {balances?.base || 0}</p>
      </div>

      <Button
        onClick={() =>
          purchase({
            tokenId,
            amount: 100,
            network, // User chooses network
          })
        }
      >
        Buy 100 Tokens on {network.toUpperCase()}
      </Button>
    </div>
  );
}
```

---

## Performance Benchmarks

### Finality Comparison

```
Network          | Soft Finality | Hard Finality | Winner
-----------------|---------------|---------------|--------
SUI              | 400-500ms     | 400-500ms     | 🏆
Solana           | 400ms         | ~12s          | 🏆
Aptos            | <1s           | <1s           | 🏆
Base             | 1-2s          | 7 days        | ❌
NEAR             | 1-2s          | 1-2s          | ✅
Avalanche        | 1-2s          | 1-2s          | ✅
```

### Cost Comparison (per 1,000 transactions)

```
Network          | Cost          | Winner
-----------------|---------------|--------
SUI              | $0.05         | 🏆
Solana           | $0.25         | 🏆
Aptos            | $0.50         | ✅
NEAR             | $0.10         | 🏆
Base             | $1-10         | ❌
Avalanche        | $10-100       | ❌
```

### Parallel Execution Throughput

```
Network          | TPS (Observed) | Parallel | Winner
-----------------|----------------|----------|--------
SUI              | 65,000+        | ✅       | 🏆
Solana           | 65,000+        | ✅       | 🏆
Aptos            | 160,000+       | ✅       | 🏆
Base             | ~1,000         | ❌       | ❌
NEAR             | ~100,000       | ✅       | 🏆
Monad (target)   | 10,000+        | ✅       | 🔮
```

### AI Ecosystem Maturity

```
Network          | AI Tools | DeFi | NFTs | Developer UX | Winner
-----------------|----------|------|------|--------------|--------
SUI              | ⭐⭐⭐⭐   | ⭐⭐⭐ | ⭐⭐⭐⭐ | ⭐⭐⭐⭐⭐    | 🏆
Solana           | ⭐⭐⭐⭐⭐ | ⭐⭐⭐⭐⭐ | ⭐⭐⭐⭐⭐ | ⭐⭐⭐⭐     | 🏆
Base             | ⭐⭐⭐⭐⭐ | ⭐⭐⭐⭐⭐ | ⭐⭐⭐⭐ | ⭐⭐⭐⭐⭐    | 🏆
Aptos            | ⭐⭐⭐⭐   | ⭐⭐⭐ | ⭐⭐⭐ | ⭐⭐⭐⭐     | ✅
NEAR             | ⭐⭐⭐⭐   | ⭐⭐⭐ | ⭐⭐⭐ | ⭐⭐⭐⭐     | ✅
```

---

## Final Recommendation

### Primary Architecture: **SUI-First Multi-Chain**

**Network Priority:**
1. **SUI (70%)** - Primary for all standard operations
2. **Solana (20%)** - High-frequency and proven scale
3. **Base (10%)** - Ethereum ecosystem bridge

**Why This Architecture Wins:**

✅ **Near-Zero Finality:** SUI = 400ms, Solana = 400ms
✅ **Minimal Cost:** SUI = $0.00005/tx, Solana = $0.00025/tx
✅ **Parallel Execution:** Both have true parallelism
✅ **AI Ecosystem:** Both have strong AI tooling
✅ **Future-Proof:** Multi-chain from day one
✅ **Protocol-Agnostic:** ONE ontology works across all networks

**Implementation Timeline:**

**Phase 1 (Month 1-2): SUI Primary**
- Deploy core contracts on SUI
- Build SUI provider in Effect.ts
- Launch token + NFT infrastructure

**Phase 2 (Month 3): Solana Secondary**
- Port contracts to Solana
- Add Solana provider
- Enable cross-chain balances

**Phase 3 (Month 4): Base Bridge**
- Deploy ERC20 wrapper on Base
- Build bridge service
- Enable USDC payments

**Phase 4 (Month 5+): Optimization**
- Intelligent network selection
- Cost optimization
- Cross-chain arbitrage for AI agents

---

## Code Example: Multi-Chain Token Purchase

```typescript
// convex/mutations/tokens.ts
export const purchase = confect.mutation({
  args: {
    tokenId: v.id("entities"),
    amount: v.number(),
    network: v.optional(v.union(v.literal("sui"), v.literal("solana"), v.literal("base"))),
  },
  handler: (ctx, args) =>
    Effect.gen(function* () {
      const tokenService = yield* TokenService;
      const networkSelector = yield* NetworkSelector;

      // Auto-select optimal network if not specified
      const selectedNetwork = args.network ||
        (yield* networkSelector.selectOptimalNetwork({ type: "token_purchase" }));

      // Purchase on selected network
      const result = yield* tokenService.purchase({
        ...args,
        network: selectedNetwork,
      });

      return {
        success: true,
        network: selectedNetwork,
        txDigest: result.txDigest,
        costUSD: result.costUSD,
      };
    }).pipe(Effect.provide(MainLayer)),
});
```

---

## Conclusion

**The Verdict: SUI + Solana + Base Multi-Chain**

The ONE Platform should deploy across three networks:

1. **SUI (Primary)** - Best overall for AI agents
   - Fastest finality (400ms)
   - Lowest cost ($0.00005/tx)
   - True parallel execution
   - Object model matches ontology perfectly

2. **Solana (Secondary)** - Mature ecosystem, proven scale
   - Equally fast finality
   - Massive AI ecosystem
   - Battle-tested at scale

3. **Base (Bridge)** - Ethereum access
   - DeFi integrations
   - USDC native
   - Enterprise on-ramps

**Key Insight:** The 6-dimension ontology makes this trivial. Networks are just metadata. Build once, deploy everywhere.

**This is how you build the fastest, cheapest, most scalable AI agent network in crypto.**

---

## Next Steps

1. **Read:** `one/Sui.md` for SUI integration patterns
2. **Build:** SUI provider in `convex/services/providers/sui.ts`
3. **Deploy:** First token contract on SUI testnet
4. **Expand:** Add Solana provider
5. **Bridge:** Connect SUI ↔ Solana ↔ Base
6. **Optimize:** AI-driven network selection

**The future is multi-chain. The future is parallel. The future is ONE.**