rSTS Token

rSTS Token Overview

The rSTS (Receipt Stasis Token) is the core yield-bearing token of the Stasis protocol. It represents a user's claim on the vault’s USDC holdings and accrues value over time through a protocol-controlled interest rate. The token does not rebase, but instead uses a dynamically growing exchange rate to reflect accrued yield.


πŸ“ Token Mechanics

πŸ” Auto-Compounding via Exchange Rate

rSTS does not distribute yield via direct payments or rebasing. Instead, the value of rSTS increases over time thanks to a rising exchange rate, determined by a fixed APR set by the protocol.

  • No need to claim rewards manually

  • No gas spent for compounding

  • All accrual is reflected in the rSTS/USDC exchange rate

βš™οΈ Exchange Rate Formula

Exchange Rate = f(APR, Time Elapsed)

The exchange rate is updated every time users interact with the vault (e.g., deposit, withdraw, claim). It grows linearly over time according to the current APR.

Note: The formula Total Vault Value / Total rSTS Supply is not used in this system. Vault value may be held off-chain, and rSTS reflects time-based accrual, not direct reinvestment.


πŸ”‘ Key Features

πŸ”„ Automatic Yield Accrual

  • rSTS exchange rate increases over time

  • Yield is automatically reflected in token value

  • Users simply hold the token to accrue value

πŸ“Š Real-Time Valuation

  • Exchange rate available on-chain anytime

  • Viewable via UI and smart contract calls

  • rSTS balance * exchange rate = USDC equivalent

πŸ”’ Timed Withdrawals

  • Withdrawals must be requested and then claimed after a lock period (e.g., 2 days)

  • rSTS is burned on withdrawal request; USDC becomes claimable after the delay

πŸ’§ Managed Liquidity

  • Liquidity is provided manually by the team to fulfill claims

  • Event logs signal required liquidity to off-chain operators

πŸ›‘οΈ ERC-20 Compatibility

  • Fully compliant with ERC-20

  • Transferable, usable in DeFi and wallets


πŸ”§ Token Operations

πŸ“₯ Minting (Deposit)

  1. User deposits USDC into the vault

  2. Vault calculates rSTS to mint based on the current exchange rate

  3. USDC is forwarded to the vault wallet (off-chain holding)

  4. rSTS tokens are minted to the user

πŸ“€ Withdrawal (Request & Claim)

  1. User requests a withdrawal by specifying rSTS amount

  2. Vault burns rSTS and stores the claimable USDC (after lock delay)

  3. After the lock period, user can claim if liquidity is available


πŸ“ˆ Yield Accrual Example

Initial State

  • Deposit: 1,000 USDC

  • Exchange rate: 1.00

  • rSTS received: 1,000

After 1 Year (6% APR)

  • Exchange rate: 1.06

  • rSTS balance: 1,000

  • Value: 1,060 USDC

  • Yield: 60 USDC (auto-accrued)


⚠️ Risk Considerations

πŸ” Smart Contract Risk

  • Code vulnerabilities may affect funds

  • Contract upgrades and audits advised

🎯 Strategy Risk

  • Returns rely on external strategies (e.g., funding rate arbitrage)

  • Strategies are managed off-chain

πŸ’§ Liquidity Risk

  • Claiming requires USDC liquidity in the vault

  • Large redemptions may require time to settle

  • A lock period gives time to provision liquidity


ℹ️ Token Information

  • Name: Receipt Stasis Token

  • Symbol: rSTS

  • Decimals: 18

  • Network: Avalanche Fuji Testnet

  • Contract Address: [To be updated]

Supply Mechanics

  • Initial Supply: 0

  • Minted on deposit, burned on withdrawal

  • No inflation beyond actual deposits


This documentation reflects the true on-chain mechanics of the rSTS vault system, which simulates yield accrual over time via an increasing exchange rate, rather than through realized gains or automated reinvestment.

Last updated