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Cross-Chain Security

CCRP Protocol

Cross-Chain Referential Points - A multi-chain anchoring system that provides immutable checkpoints and external verification across Bitcoin, Ethereum, Solana, and more.

CCRP Protocol

How CCRP Works

1

State Hash

QuanChain computes a Merkle root of current state at each epoch boundary.

2

Multi-Sig Submit

Top validators sign and submit the hash to external chains via threshold signature.

3

External Record

Hash is permanently recorded on Bitcoin, Ethereum, Solana, and other chains.

4

Verification

Anyone can verify QuanChain state against external chain anchors.

Anchor Chain Tiers

Primary

Primary

Every epoch (~6 hours)

Fast confirmations and high throughput verification

SolanaSui
AnchoredAnchored
Secondary

Secondary

Every 10 epochs

Smart contract verification and DeFi integration

EthereumPolygon
AnchoredAnchored
Archive

Archive

Every 100 epochs

Permanent immutable record and long-term security

BitcoinArweave
AnchoredAnchored

Security Benefits

Immutable Checkpoints

Immutable Checkpoints

External chain anchors create immutable verification points that cannot be altered.

Multi-Chain Consensus

Multi-Chain Consensus

Security derived from multiple independent blockchains, not just QuanChain validators.

External Verification

External Verification

Anyone can verify QuanChain state without running a full node using external anchors.

Quantum-Adaptive

Quantum-Adaptive

Anchoring frequency increases automatically when quantum threats are detected.

51% Attack Prevention

Even if an attacker gains 51% of QuanChain validators, they cannot rewrite history beyond the last anchor point without also attacking Bitcoin, Ethereum, AND Solana simultaneously.

6 hours
Maximum reorg window
3+ chains
Must attack simultaneously
$100B+
Estimated attack cost