Position Unwinding Protocol
Operator & jurisdiction: BASIS is operated by BASIS DIGITAL INFRASTRUCTURE LTD, a Seychelles-incorporated entity (LEI: 254900IX2F2KCWNSSS64).
Currency convention: Values may be displayed in USDT as an internal accounting and reporting unit representing USD-equivalent value. USDT is not a depositable or withdrawable asset on BASIS. Deposits and withdrawals are supported in native assets only: BTC, ETH, SOL, and PAXG.
This protocol defines how BASIS reduces or closes market exposure when:
users request unstaking followed by withdrawal
the system enters protective states such as BSCB or DMM
The objective is to minimize:
slippage
liquidation risk
settlement failure
hedge breakage during execution
1) Why unwinding is non-trivial
BASIS strategies may include:
cross-venue arbitrage positions
derivative hedges such as perpetuals
on-chain lending positions
structural alpha capture workflows coordinated across venues
These positions cannot be closed safely with a simple "sell everything immediately" approach. Unwinds must be sequenced so hedge relationships remain intact while capital is recovered.
Improper unwind ordering can temporarily expose the book to directional risk, margin stress, or forced closure. BASIS uses deterministic execution rules and state machine risk controls to reduce this risk.
2) Canonical unwind sequence
A standard unwind sequence is shown below.
1
Close arbitrage legs
Exit offsetting venue positions and neutralize residual exposure
2
Close derivative hedges
Unwind perpetual or futures hedges and restore margin safety
3
Recover on-chain positions
Repay loans, withdraw collateral, and exit liquidity positions
4
Reconcile balances
Confirm asset settlement and internal accounting consistency
5
Credit user side balances
Return claimable stToken proceeds to the Staking Wallet on unstake
This order reduces the probability that a hedged portfolio becomes unhedged during the unwind process.
3) Protective-state unwinding: BSCB and DMM
When BSCB is triggered:
new strategy entries stop
exposure reduction takes priority over return generation
routing logic shifts toward capital preservation and execution precision
When DMM is triggered:
positions are closed methodically
root-cause analysis is performed
system resumption requires stability confirmation
only validated recovery paths are re-enabled
BASIS infrastructure is designed around deterministic execution, mathematical constraints, and state-machine-based risk controls. This includes BHLE routing characteristics such as sub-50μs latency, 100K+ OPS handling, and proprietary routing infrastructure to support precise exposure reduction under stress.
4) User-facing implications
Users may observe the following during unwind events:
withdrawals may take additional time
reward accrual may pause temporarily
safety is prioritized over speed
unstake processing may depend on completion of strategy-side closure steps
5) Relationship to staking and withdrawal flow
On BASIS, rewards accumulate in real time as the same stToken in the Staking Wallet.
Unstaking behavior:
unstake is full-position only
the unstake amount is auto-MAX
there is no partial unstake flow
fixed pools can only be unstaked after the lock-up period ends
once unstake completes, the claimable amount is auto-credited to the Staking Wallet as stToken
After unstake, users may swap 1:1 into the corresponding native asset:
stBTC → BTC
stETH → ETH
stSOL → SOL
stPAXG → PAXG
Swap rules:
same-token only
1:1 conversion only
swap fee: 0.01%
Withdrawal rules:
Funding Wallet holds native assets for deposit and withdrawal
Staking Wallet holds stTokens for staking and reward accumulation
withdrawal fee: 0.05%
BTC withdrawal time: 30 minutes to 1 hour
ETH, SOL, and PAXG withdrawal time: 1 to 6 minutes
6) Asset flow reference
7) Deposit context for unwind readiness
Deposit methods differ by asset:
Copy the BASIS-assigned BTC deposit address
Each account receives a unique BTC address
No Web3 wallet connection is required
Minimum deposit: 0.0001 BTC
Connect a supported Web3 wallet such as MetaMask
Deposit the native asset directly
PAXG support is live and active
8) Operational principle
A survivable system does not optimize only for nominal speed. It prioritizes:
deterministic execution
hedge integrity
settlement certainty
capital preservation under stress
BASIS combines these controls with research support from Base58 Labs, emphasizing structural alpha capture through disciplined sequencing rather than uncontrolled liquidation behavior.
Next: see Worked Examples for scenario-based unwind paths.
Last updated