How Does Conflux Work?

L1|Risk B-|6 mechanisms|4 interactions

Conflux is a Layer 1 blockchain developed by a team led by Turing Award winner Andrew Yao, featuring a novel Tree-Graph consensus mechanism that processes blocks in parallel to achieve high throughput. Positioned as the only regulatory-compliant public blockchain in China, Conflux has established partnerships with Shanghai government and Chinese enterprises. Its B- risk grade reflects moderate novelty risk from the Tree-Graph consensus, concentrated dependency on Chinese regulatory favor, and a relatively small DeFi ecosystem with approximately $30M TVL, balanced by a clean security track record and strong academic foundations.

TVL

$30M

Sector

L1

Risk Grade

B-

Value Grade

D

Core Mechanisms

4.1 Consensus Mechanisms

Novel

Tree-Graph consensus with parallel block processing, hybrid PoW/PoS

Novel: Tree-Graph ledger structure allows blocks to coexist and be processed concurrently via a DAG-like approach, achieving 3,000-6,000 TPS. While PoW and PoS are individually standard, the Tree-Graph parallel processing layer is unique to Conflux and has fewer than 3 major deployments.

1.1.3 Dynamic / demand-responsive inflation

CFX inflation with block rewards for PoW miners and staking rewards for PoS validators

Standard dual-reward inflation model. PoW miners receive block rewards while PoS validators earn staking rewards, with network fees partially burned.

6.1 Governance Token

CFX token for network governance, transaction fees, and staking

Standard multi-purpose L1 token. Used for gas fees, staking, and governance participation.

3.3 Staking / Lockup

CFX staking for PoS consensus participation and anti-reentrance protection

Standard PoS staking. Validators stake CFX to participate in finality and receive staking rewards.

1.2.1 Linear vesting with cliff

CFX token distribution with phased unlocks for team and investors

Standard vesting structure. 36% to team/seed investors and 16% to private investors with scheduled unlocks.

5.2 EVM Compatibility Layer

Conflux eSpace EVM-compatible execution environment alongside native Conflux Core Space

Standard EVM compatibility layer. Dual-space architecture with native Core Space and EVM-compatible eSpace for Ethereum tooling compatibility.

How the Pieces Interact

Chinese regulatory compliance positioningCFX token global trading and DeFi ecosystemHigh

Conflux's positioning as China's only compliant public blockchain creates a concentrated jurisdictional dependency. If Chinese regulatory policy shifts against public blockchain tokens or DeFi activity, the protocol's core value proposition and ecosystem could be severely impaired simultaneously.

PoW miningPoS stakingMedium

The hybrid PoW/PoS model creates a dual security budget. If mining profitability declines (due to CFX price drops or energy costs), PoW hashrate decreases while PoS must compensate. The interaction between these two consensus layers under stress has limited production testing.

Tree-Graph parallel block processingEVM-compatible eSpaceMedium

The Tree-Graph consensus operates a DAG-like parallel processing model that must deterministically resolve ordering for EVM execution in eSpace. Edge cases in block ordering or finality across the dual-space architecture could create inconsistencies in smart contract execution.

CFX token inflation (PoW and PoS rewards)Limited DeFi ecosystem TVLMedium

Ongoing token inflation from PoW and PoS rewards creates sell pressure that must be absorbed by a relatively small DeFi ecosystem. Low TVL means insufficient on-chain demand to absorb inflation, potentially leading to sustained token price decline.

What Could Go Wrong

  1. Heavy concentration in Chinese regulatory jurisdiction: Conflux positions itself as the only regulatory-compliant public blockchain in China, creating a unique dependency on Chinese government policy. Any shift in China's blockchain regulation could fundamentally alter the protocol's viability.
  2. Tree-Graph consensus is a novel parallel block processing approach that has not been widely replicated or stress-tested at the scale of major L1 competitors. While based on academic research from Turing Award winner Andrew Yao, production deployment history is limited.
  3. Insider-heavy token distribution: 36% allocated to core team and seed investors, plus 16% to private investors and reserves, totaling 52% insider allocation. Community fund receives only 8% directly.
  4. Limited DeFi ecosystem with relatively low TVL compared to peer L1 blockchains, and significant dependency on Chinese market adoption for growth.

Chinese Regulatory Policy Reversal

Moderate

Trigger: Chinese government issues new regulations restricting public blockchain token activity or revokes Conflux's regulatory compliance status, affecting the protocol's ability to operate in its primary market.

  1. 1.Chinese regulators issue new restrictions on public blockchain tokens or DeFi activity Conflux loses its primary competitive advantage as the only compliant public blockchain in China
  2. 2.Chinese enterprise partners and government collaborations (Shanghai, McDonald's China) pause or terminate Ecosystem development in China stalls, developer and user base contracts
  3. 3.CNHC offshore yuan stablecoin project faces regulatory uncertainty Major DeFi use case for Conflux is undermined, reducing demand for CFX and ecosystem liquidity
  4. 4.CFX token faces sell pressure as Chinese-market-focused investors exit Mining and staking rewards become insufficient to incentivize consensus participation, network security degrades

Risk Profile at a Glance

Mechanism Novelty3/15
Interaction Severity4/20
Oracle Surface2/10
Documentation Gaps3/10
Track Record3/15
Scale Exposure5/10
Regulatory Risk6/10
Vitality Risk6/10
B-

Overall: B- (32/100)

Lower score = safer

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