Cross-Chain Transfer

Overview

Traditional cross-chain bridges are broken: 10-30 minute delays, painful slippage, and questionable security. PicWe’s Omni-Layer Protocol solves this. We built our own cross-chain infrastructure from scratch—no dependency on third-party bridges, no compromises. The result: sub-minute transfers, near-zero slippage, and a self-balancing liquidity system that keeps everything running smoothly.

Core Technical Metrics

Protocol Architecture

Four layers. Each one does its job. Together, they make cross-chain just work:

Layer 1: User Interaction

Multiple ways in. Pick what works for you:

• Wallet Connect — MetaMask, Rainbow, whatever you use
• DApp Frontend — Clean UI, just works
• SDK — Developers: npm install and go
• API — Institutions: high-frequency ready

Layer 2: Omni Relayer Layer — Core

The brain of the protocol. Three tightly integrated components work together to make cross-chain feel like single-chain:

Intent Resolution Engine

Users tell us what they want. We figure out how to make it happen—fastest route, best price, lowest risk:

Native Cross-Chain Bridge

We don’t outsource our bridge. We built it:

• Our Own Infrastructure — No Wormhole. No LayerZero. No third-party risk.
• Burn/Mint Model — Source chain burns, target chain mints. Clean and simple.
• Signed Messages — Every cross-chain message is cryptographically verified.

Keeper Network

The muscle behind liquidity balance. Protocol-operated and community-powered Keepers continuously monitor and rebalance pools across all chains:

Layer 3: Liquidity Aggregation

DEX Integration

Best price, every time. We route through:

• Uniswap V4 / Curve / Balancer
• 1inch / Paraswap / 0x Protocol
• Smart routing picks the winner automatically

WeUSD Self-Balancing Pool Matrix

Liquidity pools on every chain, connected through our bridge infrastructure. When prices drift, Keepers step in—buy low on one chain, bridge over, sell high on another. The result: prices stay pegged, liquidity stays balanced, and everyone wins.

Layer 4: RWA Collateral

Every WEUSD is backed 1:1. Real assets, real value:

• USD & USD-equivalent stablecoins
• Real Estate
• Commodities
• Concert Tickets & Events
• Art & Collectibles
• Carbon Credits
• IP Rights

Core Workflow

Real example: Buy concert ticket RWA on Ethereum using ETH on Arbitrum. One click. Done.

Step 1: Intent Submission

One signature. That’s it. You don’t need to understand bridges, routing, or gas estimation—we handle everything.

Step 2: Path Resolution & Optimization

The Intent Resolution Engine automatically executes:

1. Parse Intent — Identifies source chain (Arbitrum), target chain (Ethereum), asset type
2. Query Oracle — Retrieves real-time prices for ETH/USDC, WEUSD/USDC, RWA/WEUSD
3. Calculate Optimal Path — Compares direct swap vs multi-hop routes, selects lowest slippage option
4. Risk Assessment — Checks target chain liquidity depth, estimates gas costs

Step 3: Cross-Chain Execution

Atomic execution: All or nothing. No stuck funds. No partial fills.

Step 4: Asset Delivery

RWA tokens land in your wallet. Typically under 30 seconds for L2-to-L2, under a minute for L1 routes.

• No network switching
• No extra signatures
• No anxiety about “where’s my money”

WeUSD Self-Balancing Mechanism

This is what makes Omni-Layer different. We don’t just move tokens—we keep the entire multi-chain liquidity system in balance.

The Problem We Solved

Other protocols treat each chain as an island. Result:

• Popular chains have all the liquidity
• Smaller chains get drained
• Big trades cause massive slippage

Our Solution: Incentive-Aligned Rebalancing

Initial State (Imbalanced)

Arbitrage Opportunity Detection

The system automatically identifies a 4% arbitrage opportunity:

• Buy 1 WeUSD on Arbitrum at 0.98 USDC
• Transfer to Ethereum via Omni-Layer Bridge
• Sell on Ethereum at 1.02 USDC
• Net Profit: ~4% (after gas and fees)

Keeper Execution

Keepers compete to capture the spread. They make money, pools get balanced. Win-win.

Result: Balanced Pools

Why This Works

• Profit-Driven Balance — Keepers rebalance because it’s profitable, not because we ask them to
• Instant Response — Price drift detected? Arbitrage kicks in within seconds
• Attack-Resistant — Manipulation costs more than it’s worth
• Scales Naturally — More volume = more Keepers = tighter spreads

Supported Networks

Universal Interoperability Matrix

Execution Time

Fee Structure

💡 Why free? Keepers pay for rebalancing because they profit from it. We take a cut of that profit. You pay nothing.

Security Model

Defense in Depth

We don’t rely on a single security assumption. Multiple layers, each independently robust:

Traditional Bridges vs Omni-Layer

Use Cases

Cross-Chain RWA Purchase

Portfolio Rebalancing

Chase yield across chains without friction:

• High APY pool on Base? Move there.
• New IRO launching on HashKey? Be there first.
• Unique RWA on Plume? One click away.

Institutional Settlement

Built for serious volume:

• $10M+ single transactions — No problem
• < 0.1% slippage — Even at scale
• Programmatic API — Integrate with your systems
• Full audit trail — Compliance-ready

Technical Highlights

Key Facts

• Native WEUSD — Same token everywhere. Not wrapped, not synthetic. Real WEUSD.
• 1:1 Cross-Chain — Send 100 WEUSD, receive 100 WEUSD. No slippage on transfers.
• Our Infrastructure — We built our own bridge. No third-party dependency.
• Full Reversibility — Move your WEUSD anywhere, anytime, in any direction.

Next Steps

• IRO — Use WEUSD to participate in RWA initial offerings
• Origin Mincast — Mincast RWA tokens with WEUSD
• Invest — Deposit WEUSD into yield pools for stable returns