Vault Management D&D 1 Vault Management D&D Factor Studio Factor Studio is a dynamic, user-friendly tool designed for creating, managing, and optimizing DeFi vaults. With an intuitive interface and robust features, it enables users to design sophisticated strategies with ease. Overview Factor Studio Factor Studio is a dynamic, user-friendly tool designed for creating, managing, and optimizing DeFi vaults. With an intuitive interface and robust features, it enables users to design sophisticated strategies with ease. Building Blocks Factor Studio provides an extensive range of Building Blocks, which are the core components used to construct strategies: Asset Management : Enables depositing, withdrawing, swapping and leveraging of assets within the vault. Yield Farming : Facilitates staking, liquidity provision, liquidity mining, lending, leveraging and compounding of assets for maximum returns. Risk Management : Tools for purchasing insurance, setting stop-loss orders, and take-profit orders for enhanced security. Flexible Strategy Adjustments : Allows portfolio rebalancing, fund shifting between strategies, and strategy modifications based on market conditions. Token Operations : Provides the ability to mint and burn tokens. Studio Tools Tools in Factor Studio serve to connect Building Blocks, creating an intricate web of actions in a strategy: Mixer: The Mixer tool arranges building blocks in a desired order, creating a seamless flow. Users can drag and drop blocks to determine the sequence and preview the strategy's interaction - Playlist. Vault Management D&D 2 Filter: The Filter tool sets conditions for executing building blocks based on specified criteria. Users can activate blocks only when certain conditions are met. Equalizer: The Equalizer tool optimally distributes assets among building blocks, aligning with the user's strategy. Users can fine-tune the allocation to achieve a well-structured and diversified approach. Sampler: The Sampler tool collects outputs from multiple building blocks, combining them into a single yield stream. Users can create more complex and sophisticated strategies by aggregating yields. Looper: The Looper tool automates the repetition of actions in specified intervals. Users can set building blocks to repeat tasks, enabling efficient automation. Delay: The Delay tool controls the execution timing of building blocks, allowing users to activate them at specific moments or when certain conditions are met. Auto-Tune: The Auto-Tune tool automatically adjusts strategy parameters based on market conditions. It ensures assets are reallocated if specific conditions are met, maintaining strategy effectiveness. Verifier: The Verifier tool ensures the validity and executability of arranged building blocks, preventing errors and costly mistakes. It verifies that the sequence meets platform requirements. Maestro: The Maestro tool continuously fine-tunes the strategy based on evolving market conditions. It maximizes yield by adjusting and optimizing the strategy in response to real-time market data. Factor Studio is an intuitive and powerful tool for creating, managing, and optimizing DeFi vaults. With an easy-to-use interface and robust features, it allows users to design sophisticated strategies with confidence. Factor Studio provides a range of customizable components that enable users to navigate the complexities of decentralized finance seamlessly. Whether it's managing assets, maximizing yields, mitigating risks, or adapting to market conditions, Factor Studio empowers users to build and optimize vaults with ease. Building Blocks Vault Management D&D 3 Asset Management Deposits : Allows users to easily deposit assets into their vault. This may include multiple types of cryptocurrencies, depending on the vault's configuration and strategy. Use-case: This tool can be used by crypto investors to deposit their cryptocurrencies into their vaults on the platform. For example, if a user owns Bitcoin or Ethereum and wants to use it in DeFi strategies, they would first need to deposit those assets into their vault. Strategy Example: A user anticipates a positive market trend for Ethereum. They deposit their Ethereum into the vault and then use other tools like Staking and Liquidity Provision to maximize their return on investment. Withdrawals : Facilitates the secure and straightforward withdrawal of assets. Users can withdraw partially or entirely based on their preferences and requirements. Use-case: This building block allows for the secure and straightforward withdrawal of assets. Users can control when and how much they want to withdraw, depending on their needs or the market situation. Strategy Example: After earning significant returns from yield farming, a user decides to secure their profits. They use the Withdrawals building block to withdraw 50% of their earnings into a stablecoin. Asset Swap : Lets users swap one asset for another right from within their vault, making it easier to adjust portfolio balance and react to market movements. Use-case: This building block provides users with the ability to adapt their portfolio based on market movements. Users can exchange one type of asset for another directly within their vault, without needing to withdraw or use an external exchange. Strategy Example: A user who initially held a significant amount of Bitcoin believes that Ethereum is going to outperform Bitcoin. Using the Asset Swap building block, they exchange a portion of their Bitcoin for Ethereum right within their vault. Vault Management D&D 4 Leveraged Trading: This building block could allow users to take on leverage to enhance their trading capacity. This would involve borrowing additional funds to increase the potential return of a trade. Parameters Overview: Current Leverage Level: 3x Leverage Range: 1x-5x Last Modified: 2 Days Ago Modifications Made: 3 Times All features and parameters: Leverage Ratio: The ratio at which the user wants to leverage their assets. Margin Maintenance: The minimum amount of equity a user must maintain in their account to keep the leveraged position open. Liquidation Threshold: The value at which the platform may liquidate the user's assets if their account balance falls below the maintenance margin level. Rebalancing: Allows the user to rebalance their portfolio to manage their risk. Unwinding Leveraged Position: Gives the user the option to unwind their leveraged position when the market conditions change. Input Type: Numerical input, drop-down list Conditions: User defined; based on the amount of leverage they want to use and the asset they are trading. Example: User leverages their 100 USDT to 300 USDT and swaps it for ETH. Yield Farming Staking : Allows users to stake their assets in chosen DeFi protocols. Staking can provide rewards in the form of interest or additional tokens. Use-case: The Staking block allows users to engage in DeFi protocols by staking their crypto assets. It can be used to earn rewards, which are often distributed as additional tokens or interest. Vault Management D&D 5 Strategy Example: A user who owns ETH can stake their ETH in a DeFi protocol that offers a high return. They use the Staking block to stake their ETH, and over time, they earn rewards in the form of interest or additional tokens. Leveraged Yield Farming: Similar to leveraged trading, users could use this building block to borrow additional funds to stake or provide liquidity, aiming to increase their potential yield. Liquidity Provision : Users can add their assets to liquidity pools of AMMs, earning a share of transaction fees in return. Use-case: This block can be utilized by users willing to contribute their assets to liquidity pools of Automated Market Makers (AMMs). By doing so, they earn transaction fees from trades that happen within the pool. Strategy Example: A user has a pair of tokens, ETH and DAI. They decide to contribute these tokens to a Uniswap liquidity pool using the Liquidity Provision block. As trades happen in this pool, they earn a proportion of the transaction fees based on their share in the pool. Compounding : Reinvests the earned yield back into the strategy to maximize return over time. This is also known as "compound interest," a powerful tool for wealth accumulation. Use-case: Compounding is a powerful strategy for growing wealth over time. This block allows users to reinvest the yield they earn back into the same strategy, thus maximizing the return over time due to compound interest. Strategy Example: A user who is yield farming with a pair of tokens decides to use the Compounding block. This block automatically reinvests the returns from farming back into the strategy, thereby increasing the user's stake and potential returns in the long term. Liquidity Mining: Facilitates participation in liquidity mining programs to earn rewards. This can be used to take advantage of liquidity mining incentives offered by various DeFi protocols. Use-case: This block allows users to participate in liquidity mining programs where they can earn rewards for providing liquidity to Vault Management D&D 6 certain pools. Strategy Example: A DeFi protocol launches a new liquidity mining program to incentivize users to provide liquidity. A user uses the Liquidity Mining block to participate in this program, depositing their tokens into the specified pool, and earning mining rewards in return. Interest Earning: This building block offers the ability to lend assets in return for interest. Use-case: This block can be used to earn passive income. Users lend their assets to others via the platform and earn interest in return. Strategy Example: A user has a substantial amount of DAI sitting idle in their vault. They decide to lend it out using the Interest Earning block and earn a passive income from the interest paid by the borrowers. Risk Management Insurance Purchase : Lets users purchase coverage from DeFi insurance protocols, protecting against potential smart contract failures or other risks. Use-case: Users can protect their assets against potential smart contract failures or other protocol risks by purchasing DeFi insurance. Strategy Example: A user who has a significant amount of assets staked in a protocol decides to protect their funds against potential risks. They use the Insurance Purchase block to buy coverage from a DeFi insurance protocol. Stop-Loss Orders : A safety measure that automatically triggers a sell order if the price of an asset falls below a specified threshold, limiting potential losses. Use-case: This block provides a safety mechanism by triggering a sell order if the price of an asset falls below a specified threshold. It can help users manage their risk and limit potential losses. Strategy Example: A user who has invested in a volatile token sets a stop-loss order at a certain price level. If the token price falls to this level, the Stop-Loss Orders block automatically sells the token, limiting the user's potential losses. Vault Management D&D 7 Take-Profit Orders : Allows users to set a target sell price for an asset. Once the asset price reaches this level, it is automatically sold, securing profits. Use-case: This block allows users to set a target sell price for an asset. When the asset price reaches this level, the asset is automatically sold, securing the user's profits. Strategy Example: A user who anticipates a price surge for a certain token sets a take-profit order at their target price. When the token price reaches this level, the Take-Profit Orders block automatically sells the token, securing the user's profits. Flexible Strategy Adjustments Strategy Rebalancing : Users can realign the portfolio's balance to match their preferred asset allocation. This can be useful for managing risk and optimizing returns. Use-case: This block lets users adjust their asset allocation to match their investment goals or market conditions. It can be useful for managing risk and optimizing returns. Strategy Example: A user who initially had a 50-50 allocation of ETH and DAI sees that ETH has been outperforming DAI. They decide to change their portfolio allocation to 70% ETH and 30% DAI using the Strategy Rebalancing block. Performance-Based Shifts : Lets users shift funds between different strategies based on their relative performance, helping to maximize yield. Use-case: This block enables users to move funds between different strategies based on their relative performance. It can help users take advantage of high-performing strategies and maximize their yield. Strategy Example: A user has their assets split between two strategies. They notice that Strategy A is consistently outperforming Strategy B. They decide to shift more of their assets into Strategy A using the Performance-Based Shifts block. Market Condition-Based Shifts : Enables strategic shifts based on market conditions. For example, a user could configure their strategy to move funds to a stablecoin during market downturns. Vault Management D&D 8 Use-case: This block allows users to adjust their strategies based on market conditions. For example, users could move funds to a stablecoin during a market downturn to protect their portfolio value. Strategy Example: A user foresees a market downturn and decides to protect their assets. They use the Market Condition-Based Shifts block to move a portion of their funds into a stablecoin. Token Operations Minting : Allows for the creation of new tokens within the Factor ecosystem, possibly as rewards for staking or providing liquidity. Use-case: The Minting block can be used to create new tokens within the platform. These tokens could be rewards for staking or providing liquidity. Strategy Example: The platform launches a new liquidity mining program with its native token as rewards. Users who provide liquidity earn rewards, which are minted on-the-go using the Minting block. Burning : The process of destroying tokens, which can be used to control token supply and therefore influence token economics. Use-case: The Burning block can be used to control the supply of a token, influencing its economic dynamics. Strategy Example: To manage the supply of its native token and potentially increase its value, the platform might decide to burn a certain amount of tokens. This is achieved using the Burning block. Studio Tools Mixer: The Mixer tool defines the sequence of building blocks, ensuring a seamless flow. It allows users to drag and drop building blocks to arrange them in the desired order. The Mixer also provides a preview of the strategy, so users can see how the building blocks will interact with each other - Playlist. Icon: Mixing Desk Icon User Input Description: Determine the order of operations, or "playlist". Input Type: Drag-and-drop order setting. Example: User arranges the Yield Farming block before the Asset Management block in the Mixer. Vault Management D&D 9 Filter: The Filter tool sets conditions for executing building blocks. It allows users to specify criteria that must be met before a building block is activated. For example, a user could set a condition that the price of an asset must fall below a certain threshold before a building block is activated. Icon: Soundwave Icon User Input Description: Set conditions or "filters" for executing building blocks. Input Type: Text input field and drop-down list for conditions. Example: User sets a condition where if ETH reaches $5,000, the Allocator will split funds between two different vaults. Equalizer: The Equalizer manages the distribution of assets among various building blocks, ensuring an optimal allocation that aligns with the user's strategy. By fine-tuning the balance of assets, users can create a well- structured and diversified primitives. Icon: Equalizer Bars Icon User Input Description: Distribute assets between different building blocks. Input Type: Slider or numerical input. Example: User sets the Equalizer to distribute 70% to the Yield Farming building block and 30% to the Interest Earning building block. Sampler: The Sampler tool collects outputs from various building blocks, creating a new "mix" or combined yield. It allows users to combine the yields from different building blocks into a single yield stream. The Sampler can be used to create more complex and sophisticated strategies. Icon: Sampling Pad Icon User Input Description: Collect outputs from various building blocks. Input Type: Drag-and-drop for connecting the output of different building blocks to the Sampler. Example: User connects the outputs of Yield Farming and Interest Earning to the Sampler, combining the yield. Looper: The Looper tool sets building blocks to repeat actions at specified intervals. It allows users to automate tasks that need to be performed Vault Management D&D 10 repeatedly. For example, a user could use the Looper to automate the process of yield farming. Icon: Loop Symbol Icon User Input Description: Set building blocks to repeat actions. Input Type: Text input field and drop-down list for conditions. Example: User sets a condition that the Yield Farming building block should repeat until the total yield reaches 5%. Delay: The Delay tool delays the execution of building blocks. It allows users to control when building blocks are activated. For example, a user could use the Delay to delay the execution of a building block until a certain condition is met. Icon: Clock Icon User Input Description: Delay the execution of building blocks. Input Type: Numerical input or drop-down menu for time units. Example: User sets the Delay to wait for 24 hours before the Asset Management building block executes a swap operation. Auto-Tune: Just as Auto-Tune corrects pitch in singing, this tool automatically adjusts strategy parameters in response to specified market conditions. Icon: Microphone Icon User Input Description: Adjust strategy parameters based on specific conditions. Input Type: Text input field and drop-down list for conditions. Example: User sets a condition that if the price of an asset falls below a certain threshold, assets will be reallocated. Verifier: The Verifier ensures that the arrangement of building blocks is executable and meets the platform requirements. It allows users to check for errors in their strategies before they are deployed. The Verifier can help to prevent costly mistakes. Icon: Checkmark Icon User Input Description: Verify the validity and executability of the arranged building blocks. Vault Management D&D 11 Input Type: Automated upon setup. Example: Verifier checks if the building blocks can be executed in the sequence arranged in the Mixer. Maestro: The Maestro continuously fine-tunes the strategy based on changing market conditions. It allows users to create strategies that are always working to maximize yield. Icon: Conductor Baton Icon User Input Description: Fine-tune and adjust strategy according to market conditions. Input Type: Automated based on market data feeds. Example: Maestro adjusts allocation in the Balancer based on the latest market conditions. These Studio Tools, when combined with the building blocks, provide an intuitive and user-friendly way for users to create complex and dynamic DeFi strategies, making it feel like creating a unique music mix. Design Brief - Building Blocks Widget Structure Building Blocks Deposits Parameters Overview: Current Deposited Asset and Amount: "100 USDT" Last Deposit Date: "2 days ago" Total Deposits: "500 USDT" Deposit History (Graphical representation) Total Assets Under Management (AUM) All features and parameters: Asset : This is the specific asset that the user wants to deposit. Quantity : This is the amount of the asset that the user wants to deposit. Vault Management D&D 12 Auto-Deposit: A feature enabling automatic deposits whenever the user's wallet balance reaches a certain amount. Recurrent Deposit: Users can set deposits to occur periodically (daily, weekly, monthly). Preferred Currency: The users can select their preferred currency for deposit. Input Type: Numerical input. Conditions: User defined; based on the amount of assets to deposit. Example: User deposits 100 USDT. Withdrawals Parameters Overview: Current Withdrawn Asset and Amount: "50 USDT" Last Withdrawal Date: "1 day ago" Total Withdrawals: "200 USDT" Withdrawal History (Graphical representation) Remaining Assets Post Withdrawal All features and parameters: Asset : This is the specific asset that the user wants to withdraw. Quantity : This is the amount of the asset that the user wants to withdraw. Auto-Withdrawal: Enable automatic withdrawals when the user's yield reaches a certain amount. Partial Withdrawal: Users can specify the amount to withdraw while leaving the remaining balance. Input Type: Numerical input. Conditions: User defined; based on the amount of assets to withdraw. Example: User withdraws 50 USDT. Asset Swap Parameters Overview: Vault Management D&D 13 Last Swapped From and To Asset: "100 USDT > ETH" Last Swap Date: "3 days ago" Total Swaps: "5 times" Swap History (Graphical representation) Current Position (Asset breakdown) All features and parameters: From Asset : This is the asset that the user wants to swap. To Asset : This is the asset that the user wants to get in return. Quantity : This is the amount of the initial asset that the user wants to swap. Slippage Control: Users can set their tolerance for slippage during asset swaps. Preferred Pairs: Users can set and save preferred asset pairs for swaps. Input Type: Two drop-down lists for the assets to be swapped. Conditions: User defined; based on the assets to be swapped. Example: User swaps 100 USDT for ETH. Leverage Asset Swap Parameters Overview: Current Leverage Level: 3x Leverage Range: 1x-5x Last Modified: 2 Days Ago Modifications Made: 3 Times All features and parameters: Leverage Ratio: The ratio at which the user wants to leverage their assets. Margin Maintenance: The minimum amount of equity a user must maintain in their account to keep the leveraged position open. Vault Management D&D 14 Liquidation Threshold: The value at which the platform may liquidate the user's assets if their account balance falls below the maintenance margin level. Rebalancing: Allows the user to rebalance their portfolio to manage their risk. Unwinding Leveraged Position: Gives the user the option to unwind their leveraged position when the market conditions change. Input Type: Numerical input, drop-down list Conditions: User defined; based on the amount of leverage they want to use and the asset they are trading. Example: User leverages their 100 USDT to 300 USDT and swaps it for ETH. Staking Parameters Overview: Currently Staked Asset and Amount: "100 USDT" Last Stake Date: "7 days ago" Total Stakes: "500 USDT" Expected Annual Percentage Yield (APY) Staking Rewards Received Projected Rewards (Graphical representation) Withdrawal Date (if applicable) All features and parameters: Asset Selection: Users can select the particular asset they wish to stake. Quantity: This is the amount of the selected asset the user wants to stake. Staking Protocol: The platform or protocol on which the staking is done. Auto-Stake: A feature that automatically stakes any newly deposited tokens. Vault Management D&D 15 Unstaking Alert: A notification system to alert the user of optimal unstaking opportunities. Input Type: Numerical input and drop-down list for the asset to be staked. Conditions: User defined; based on the amount of asset to stake and the staking protocol. Example: User stakes 100 USDT in a staking protocol. Leveraged Yield Farming Parameters Overview: Current Leverage Level: 2x Leverage Range: 1x-4x Last Modified: 1 Week Ago Modifications Made: 2 Times All features and parameters: Leverage Ratio: The ratio at which the user wants to leverage their assets. Margin Maintenance: The minimum amount of equity a user must maintain in their account to keep the leveraged position open. Liquidation Threshold: The value at which the platform may liquidate the user's assets if their account balance falls below the maintenance margin level. Auto-Deleveraging: Provides an option for automatic deleveraging to avoid liquidation. Reinvesting Yield: Allows the user to reinvest their yield back into the liquidity pool, thereby potentially earning even more yield. Input Type: Numerical input, drop-down list Conditions: User defined; based on the amount of leverage they want to use and the pool they want to provide liquidity for. Example: User leverages their 100 USDT to 200 USDT and provides liquidity in the ETH-USDT pool to earn more yield. Liquidity Provision Vault Management D&D 16 Parameters Overview: Provided Assets and Amount: "50 USDT + 0.01 ETH" Estimated APY: "20%" Last Provision Date: "2 weeks ago" Total Value Locked (TVL): "$5000" Share of Pool: "1%" Liquidity Provision Rewards Impending Fees Slippage Rate All features and parameters: Assets : These are the specific assets that the user wants to provide as liquidity. Quantity : These are the amounts of the assets that the user wants to provide. Protocol : This is the specific AMM protocol that the user wants to use. Auto-Reinvestment: Any earned rewards are automatically reinvested into the liquidity pool. Pool Exploration: Allows users to browse and compare various liquidity pools for potential investment. Input Type: Numerical input and two drop-down lists for the assets to be provided as liquidity. Conditions: User defined; based on the amount and type of assets to be provided, and the AMM protocol. Example: User provides 50 USDT and 0.01 ETH as liquidity in an AMM protocol. Compounding Parameters Overview: Current Compounding Frequency: "Daily" Expected APY: "15%" Vault Management D&D 17 Total Earned via Compounding: "10 USDT" Next Compounding Event: "in 24 hours" Compound History (Graphical representation) All features and parameters: Frequency: This refers to the number of times interest is added to the principal over a set period of time. Compounding can be set to daily, monthly, or yearly, as per the user's preference. Automatic Compounding: This feature allows the system to automatically reinvest earned interest back into the initial investment, thus amplifying returns over time. Variable Compounding: The user can adjust the frequency of compounding based on market conditions. Input Type: Slider or numerical input for the compounding frequency. Conditions: User defined; based on the frequency of compounding. Example: User sets compounding to occur daily. This means the yield earned on the assets will be reinvested back into the asset pool every day. Liquidity Mining Parameters Overview: Current Commitment: 100 USDT Last Commitment Made: 1 Week Ago Total Commitments Made: 5 All features and parameters: Asset : This is the specific asset that the user wants to commit for liquidity mining. Quantity : This is the amount of the asset that the user wants to commit. Input Type: Numerical input and drop-down list for the asset to be used. Conditions: User defined; based on the amount and type of asset to be used for liquidity mining. Vault Management D&D 18 Example: User commits 100 USDT for liquidity mining. Interest Earning Parameters Overview: Current Lent Asset and Amount: "100 USDT" Current Interest Rate: "5%" Total Earned Interest: "5 USDT" Expected APY: "5%" Loan Repayment Date: "in 30 days" All features and parameters: Asset Selection: Users can select the asset they wish to lend out to earn interest. Quantity: The amount of the selected asset the user wants to lend. Lending Protocol: The platform or protocol where the lending is done. Interest Rate Tracker: Tracks the real-time interest rates of different lending platforms for comparison. Auto-Reinvest: Automatically reinvests earned interest back into the lending pool. Input Type: Numerical input and drop-down list for the asset to be lent. Conditions: User defined; based on the amount and type of asset to be lent, and the lending protocol. Example: User lends 100 USDT through a lending protocol to earn interest over a period of time. Insurance Purchase Parameters Overview: Current Coverage: 100 USDT on NexusMutual Last Purchase Made: 1 Month Ago Total Coverage Purchased: 1000 USDT Vault Management D&D 19 All features and parameters: Asset : This is the specific asset that the user wants to insure. Quantity : This is the amount of the asset that the user wants to insure. Insurance Provider : This is the specific insurance protocol that the user wants to use. Input Type: Numerical input and drop-down list for the insurance protocol. Conditions: User defined; based on the amount to be insured and the insurance protocol. Example: User buys coverage for 100 USDT from a DeFi insurance protocol. Stop-Loss Orders Parameters Overview: Current Stop-Loss Asset and Price: "ETH at $1800" Last Triggered Stop-Loss Order: "5 days ago" Total Triggered Stop-Loss Orders: "2 times" Portfolio Protection Level: "10%" All features and parameters: Asset : This is the specific asset for which the user wants to set a stop-loss order. Price Threshold : This is the price level at which the stop-loss order is triggered. Quantity : This is the amount of the asset that the user wants to sell if the stop-loss order is triggered. Sliding Stop-Loss: The stop-loss threshold dynamically adjusts based on asset price movements. Multiple Stop-Loss Orders: The ability to set multiple stop-loss orders for different asset holdings. Input Type: Numerical input and drop-down list for the asset to be sold. Vault Management D&D 20 Conditions: User defined; based on the stop-loss price for the asset. Example: User sets a stop-loss order to sell ETH if its price falls below $1,800. For example, a user could use the Stop-Loss Orders block to set a stop-loss order for their ETH holdings at a specific price to limit potential losses. Take-Profit Orders Parameters Overview: Current Take-Profit Asset and Price: "ETH at $2500" Last Triggered Take-Profit Order: "7 days ago" Total Triggered Take-Profit Orders: "3 times" Profit Realization Level: "20%" All features and parameters: Asset : This is the specific asset that the user wants to sell. Quantity : This is the amount of the asset that the user wants to sell. Target Price : This is the price at which the user wants to sell the asset. Trailing Take-Profit: The take-profit threshold dynamically adjusts with asset price increases. Multiple Take-Profit Orders: The ability to set multiple take-profit orders for different asset holdings. Input Type: Numerical input and drop-down list for the asset to be sold. Conditions: User defined; based on the take-profit price for the asset. Example: User sets a take-profit order to sell ETH if its price reaches $2,500. For example, a user could use the Take-Profit Orders block to secure profits when the price of a token reaches their target. Strategy Rebalancing Parameters Overview: