How Does AlphaFi Work?

Yield|Risk C+|6 mechanisms|5 interactions

AlphaFi is the leading yield optimizer on the Sui blockchain, automatically managing concentrated liquidity positions on Cetus DEX to maximize returns for depositors. With ~$11M TVL and a 20% performance fee model, it auto-compounds LP rewards while distributing protocol fees to ALPHA token stakers. The C+ grade reflects risks around automated rebalancing strategies, single-chain exposure on Sui, and the sustainability of its halving emission schedule.

TVL

$11M

Sector

Yield

Risk Grade

C+

Value Grade

C

Core Mechanisms

4.1.2

Automated CLMM vault management on Cetus — auto-rebalances concentrated liquidity ranges

Manages Cetus concentrated liquidity positions with automated range adjustment strategies

3.3.3

Auto-compounding of LP rewards back into vault positions

Earned fees and reward tokens are automatically reinvested to compound returns

2.1.2

20% performance fee on auto-compounded rewards

Fee charged on yield generated, with 75% used for ALPHA buyback and liquidity

1.1.2

ALPHA token emission with 100-day halving — 42,500/day initially, halving each 100 days

Aggressive halving schedule reduces emissions quickly over time

2.4.1

75% of performance fees used to buy ALPHA and add to ALPHA-SUI liquidity pool

Revenue-funded buyback combined with protocol-owned liquidity seeding

2.2.1

50% of protocol fees distributed as periodic airdrops to ALPHA stakers

Fee sharing with token stakers at 100-day intervals coinciding with halving epochs

How the Pieces Interact

4.1.23.3.3High

Auto-compounding into concentrated liquidity positions during high volatility may compound into out-of-range positions, reducing yield to zero until rebalance

1.1.22.4.1Medium

As ALPHA emissions halve, liquidity mining incentives decline; if buyback revenue cannot compensate, LP retention drops and vault TVL shrinks

2.1.24.1.2Medium

20% performance fee on vault rewards reduces effective yield for LPs, making vaults less competitive vs manual CLMM management during low-fee periods

2.4.11.1.2High

Buyback pressure from performance fees may not offset emission sell pressure, especially in early high-emission phases, leading to net token dilution

2.2.12.4.1Low

Split between staker airdrops and buyback-liquidity may create suboptimal allocation — too much to one channel reduces effectiveness of the other

What Could Go Wrong

  1. Concentrated liquidity vault rebalancing strategies depend on accurate price feeds — oracle latency could trigger rebalancing at unfavorable prices
  2. Auto-compounding 20% performance fee creates protocol revenue dependency on volatile DeFi yields that may not be sustainable long-term
  3. Single-chain risk on Sui — all protocol TVL and operations are exposed to Sui network liveness and smart contract risks
  4. ALPHA emission halving schedule creates declining incentives that may fail to retain liquidity providers

Concentrated Liquidity Vault Drain via Rebalancing Exploit

Tail

Trigger: Vault rebalancing logic is exploited to force positions into unfavorable ranges, allowing attacker to extract value through predictable price movements

  1. 1.Attacker manipulates Cetus pool prices to trigger vault rebalancing at extreme ranges Vault moves concentrated liquidity to attacker-controlled price range
  2. 2.Attacker executes large trades against the mispositioned liquidity Vault suffers significant impermanent loss as liquidity is consumed at unfavorable prices
  3. 3.Auto-compounding reinvests diminished returns into the same exploited position Losses compound as the cycle repeats
  4. 4.Vault depositors notice declining balances and rush to withdraw Bank run depletes vault TVL; remaining depositors bear disproportionate losses

Risk Profile at a Glance

Mechanism Novelty3/15
Interaction Severity6/20
Oracle Surface5/10
Documentation Gaps4/10
Track Record10/15
Scale Exposure3/10
Regulatory Risk4/10
Vitality Risk6/10
C+

Overall: C+ (41/100)

Lower score = safer

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