### Bin Architecture Saros DLMM introduces a unique bin-based system, where liquidity is divided into discrete pools at fixed price levels. Each bin represents liquidity at a specific price point, and together, they form a full liquidity pool. This structure minimizes price impact during trades, leading to better execution for traders. For liquidity providers, it enables precise, strategy-driven fund allocation and maximizing returns by aligning with market movements.
### Zero Slippage Swaps In traditional AMMs, asset prices shift based on pool composition — each trade alters the ratio, causing price movement. As a result, buyers push prices up and sellers push them down, leading to slippage — where the final trade price differs from the quoted one. With Saros DLMM’s bin architecture, swaps are executed at fixed price levels, enabling **zero slippage**. This means the price you see is the price you get, allowing for more accurate, efficient, and predictable trading. \ \ \ \
# Liquidity Lifecycle: Deployment, Management & Rebalancing #### Contents * [How liquidity providers generate returns?](#how-liquidity-providers-generate-returns) * [When and how to adjust your positions](#when-and-how-to-adjust-your-positions) * [Step by Step Guide to deploy liquidity](#deploy-liquidity-in-5-simple-steps) * [Batch deployment feature (deploy any range you want)](#batch-liquidity-deployment) * [Removing your liquidity](#removing-liquidity) ## How liquidity providers generate returns? When you provide liquidity with Saros DLMM, you automatically earn a share of the fees from every swap. These fees are instantly accrued and compounded into your position with no manual claiming required. It's a smooth, hands-free way to grow your earnings. ## When and how to adjust your positions To keep earning trading fees, liquidity providers must rebalance their positions when their liquidity falls outside the active range. This involves removing tokens from inactive bins and redeploying them into active bins that reflect the current market price. Saros DLMM simplifies this process by offering flexible options so you can either add to your existing position or withdraw and redeploy some or all of your liquidity with ease. ## What are some considerations when re-balancing? * Costs: Rebalancing requires gas fees and may involve trading between assets, which can incur additional fees. It's important to weigh these costs when deciding how often to rebalance your position. * Market Conditions: Effective rebalancing on Saros DLMM depends on the market environment. In volatile conditions, more frequent rebalancing may be necessary to stay within the active range and maximize fee earnings. ## Deploy Liquidity in 5 Simple Steps Add liquidity in just five easy steps or keep scrolling for the detailed walkthrough. ### Adding Liquidity: Step by Step Guide 1. **Select a Liquidity Pool:** On the Pools page, search for the pool you want to provide liquidity to. 2. **Deposit Your Token:** Use the panel on the right side of the pool page to enter the amount of tokens you'd like to deposit. For example, you can add SAROS and SOL. 3. **Choose a Liquidity Shape:** Select the liquidity shape that matches your strategy. If you're unsure, refer to the guide for help choosing the right option. 4. **Supply Liquidity:** Click the "Supply" button to confirm your deposit. Afterward, your liquidity details will be shown on the left side of the screen. Your selected liquidity shape will appear in the graph, and your balance will be updated accordingly.
# Permissionless Saros DLMM Pools In this article you can learn how to open a new liquidity pool and also understand the difference between AMM mode and DLMM model. ## Creating a New Liquidity Pool with Saros DLMM In this guide, you'll learn how to open a new liquidity pool on Saros DLMM, understand the key differences between AMM mode and DLMM model, and explore how Bin Steps (BPs) work in V2 pools. ### Step 1: Open a Pool #### Go to the Pool page and click "Create New Pool.
### Step 2: Configure Your V2 Pool When creating a V2 pool, you’ll need to: * Select Base and Quote Assets * Base Asset (Token X): The token being priced. Can be any token. * Quote Asset (Token Y): The token used to define the price, limited to major tokens like AVAX, ETH, or USDC for optimal routing and liquidity. * Set Your Bin Step (Bps) * Bins are individual price points where liquidity is concentrated. * Bin Step (Bps) defines the price gap between each bin.
# Understanding Your Risks as a Liquidity Provider on Saros DLMM ### Understanding Your Risks as a Liquidity Provider on Saros DLMM Providing liquidity in DeFi opens the door to earning trading fees and incentives — but like any financial strategy, it also comes with risks. At Saros, we want to help you make informed decisions. This guide breaks down the main risks you should understand before depositing liquidity into Saros DLMM pools. ## 1. Impermanent Loss (IL) Impermanent loss occurs when the market price of the tokens in your pool moves away from your entry price. If you withdraw your liquidity after a major price shift, the value of your assets may be less than if you just held them. * It’s called “impermanent” because it only becomes real if you withdraw while prices are still misaligned. * IL can be minimized (or even reversed) if prices return to your original range — or if fees earned compensate for the divergence. {% hint style="success" %} Bin-based liquidity allows you to target specific price zones, which can help reduce exposure to IL — but it doesn't eliminate it completely. {% endhint %} ## 2. Out-of-Range Liquidity If the market moves outside the price range where your liquidity is placed, your position becomes inactive and stops earning fees. You’ll need to: * Wait for the price to come back into range, **or** * Reposition your liquidity to the new active price bins This creates a balance between passive vs. active management — tighter ranges earn more but need more maintenance. ## 3. Price Volatility DeFi markets can move fast, and tokens can be highly volatile. While this can increase trading volume (and fees), it also increases exposure to: * Impermanent loss * Sudden market swings * Pool imbalance As an LP, you're indirectly taking on price exposure, especially if you're concentrated in a small range or single-sided. ## 4. Smart Contract Risk Saros DLMM is a smart contract system. While it's designed for security and efficiency, **no smart contract is risk-free.** Potential risks include: * Bugs in the contract code * Exploits or vulnerabilities * Integration errors with third-party platforms Always ensure you’re using **verified contracts** and **official interfaces** (like Saros’ dApp), and keep your wallet software updated. ## 5. Protocol-Level Risks Even if the contracts are safe, risks may arise at the protocol level: * Misconfigured incentives * Governance attacks * Liquidity migration events * Dependency risks (e.g., price oracles, bridges) These can affect how rewards are distributed or how pools behave, especially in turbulent market conditions. ## 6. Regulatory Uncertainty While DeFi is global and open, regulatory changes in your country (or globally) may impact your ability to participate or affect how protocols operate in the future. Stay informed and aware of local legal frameworks — especially when dealing with real-world assets or stablecoins. ## 7. Operational Risk Sometimes, simple user-side errors can cause problems: * Depositing into the wrong pool or range * Mistiming entry during high volatility * Forgetting to manage or withdraw liquidity We recommend all users **review their positions regularly** and use Saros’ UI features like **My Positions**, **Real-Time Rewards**, and **Limit Orders** for better control. *** ## What is Divergence Loss (Impermanent Loss)? Impermanent loss happens when the price of tokens in a liquidity pool moves away from the point where you deposited liquidity. It’s “impermanent” because the loss is only realized when you withdraw — but with concentrated liquidity (like on Saros), the impact can be more noticeable if you're tightly positioned. #### Setup: Let’s say: * **Token A = $100** * **Token B = $1** * You provide $1000 in liquidity as **5 Token A + 500 Token B** * Your liquidity is placed in a **tight range** (e.g., $99.9 to $100.1)
### Scenario 1: Price of Token A increases to $200 (Token B stays $1) | **Strategy** | **Token A** | **Token B** | **Total Value** | **Impermanent Loss** | | -------------- | ----------- | ----------- | --------------- | -------------------- | | **Holding** | 5 | 500 | $1500 | 0% | | **Saros AMM** | 3.54 | 707.11 | $1414.21 | 5.7% | | **Saros DLMM** | 0 | 1000 | $1000 | 33.3% | \ Because you were in a concentrated range and didn’t adjust, all of your Token A got swapped into Token B before the price pumped → lower ending value. *** ### Scenario 2: Price of Token A drops to $50 (Token B stays $1) | **Strategy** | **Token A** | **Token B** | **Total Value** | **Impermanent Loss** | | -------------- | ----------- | ----------- | --------------- | -------------------- | | **Holding** | 5 | 500 | $750 | 0% | | **Saros AMM** | 7.07 | 353.55 | $707.11 | 5.7% | | **Saros DLMM** | 10 | 0 | $500 | 33.3% | \ This time, your entire position got swapped into Token A as the price dropped. If you withdraw now, you lock in a lower value than if you had simply held both tokens. {% hint style="info" %} ### Key Takeaways * **Concentrated Liquidity = Higher Risk, Higher Reward**\ You can earn more fees, but you’re also more exposed to price divergence; * **Wider ranges reduce divergence loss**, but they may earn fewer fees; * **Active LPs should monitor positions and rebalance** when the price leaves the active range. {% endhint %} # Shapes and Strategies # Liquidity Shapes *What you’ll learn:* 1. Introduction to Liquidity Shapes * Spot * Curve * Bid-ask 2. How to earn fees using a Shape 3. The types of Shapes and Strategies 4. Your Risks ## I. Introduction to Liquidity Shapes This guide is tailored to help you get the most out of the Saros DLMM as deployed on Saros DLMM. At the core of this system is the concept of Liquidity Shapes—customizable strategies that allow you to decide how and where your capital is allocated across different price points. This flexibility empowers your funds to work smarter, enabling you to optimize returns based on your personal strategy and market expectations. The secret behind Liquidity Shapes is the bin-based architecture. Unlike traditional AMMs, which spread your liquidity evenly, Saros DLMM lets you choose exactly where to place your funds by using "bins." {% hint style="info" %} “What is a bin?\ A bin is a fixed-price segment in a Saros DLMM pool. Each bin corresponds to a specific price point. When you add liquidity to a bin, your funds are active only at that price level. Traders interact with your liquidity when the market trades within that bin's range—earning you fees in the process.” {% endhint %}
# Getting Started with Basic Liquidity Strategies #### What You'll Learn: * Introduction to Spot Liquidity Shapes * Strategy Breakdown: Concentrated, Wide, and Ultra Wide * Curve and Bid-Ask Strategy Explained * Understanding the Risks *** ## Introduction to Spot-Based Liquidity Deployment Among the various liquidity provisioning methods, Spot stands out as the most accessible and widely used shape. It distributes your liquidity uniformly across a specified price range, making it versatile and relatively straightforward to manage. This uniform structure is especially effective for adapting to different asset types and market conditions, providing balanced exposure and predictable fee generation. Let’s explore how Spot can be applied in different configurations to suit various goals, from high capital efficiency to low-maintenance setups.
# Advanced Liquidity Strategies on Saros Saros DLMM is built for flexibility — allowing you to create custom liquidity setups using Shape-based provisioning. If you’re already familiar with basic liquidity concepts and want to explore how to go further, this guide walks you through several advanced strategies that can help you better manage risk, optimize returns, and shape market behavior. ## Strategy 1: Tiered Limit Placement For active liquidity providers looking to scale in or out of positions, deploying multiple limit shapes at key price intervals offers tactical flexibility. This method suits users who treat liquidity as a dynamic trading tool rather than a passive income stream. You define price ranges, set the distribution, and let the Shape structure handle the execution.
# Managing Out-of-Range Liquidity on Saros To earn fees on Saros DLMM, your liquidity needs to be actively participating in trades — which only happens when it’s within the current price range, also known as the active bin. If the price moves outside your chosen range, your liquidity becomes inactive, and your position stops generating fees. This section covers how to identify that state and your options for responding. ## Understanding the Active Bin The active bin represents the price range where trading is currently happening — and where your liquidity must be placed to earn fees. On the Saros UI, this bin is clearly visualized, helping you track if your liquidity is positioned correctly. If it is, your orders will appear as straddling the active bin. When price moves and your liquidity falls outside of this bin, your position becomes inactive, meaning you no longer earn trading fees.
# Single-Sided Liquidity Strategies on Saros In most decentralized exchanges, providing liquidity requires contributing both tokens in a trading pair — for example, USDC and SOL. However, Saros DLMM model introduces a more flexible alternative: single-sided liquidity. With this strategy, you can provide liquidity using only one token, opening up a variety of advanced use cases. Whether you're looking to accumulate a token during price dips, take profits at higher levels, or maintain full exposure to one asset, single-sided strategies give you the tools to manage your capital more efficiently. This guide walks you through what single-sided liquidity means, how it works on Saros, and how to set it up — including both its advantages and trade-offs. ## What is Single-Sided Liquidity? Single-sided liquidity refers to the process of supplying only one token (e.g., just USDC or just SOL) to a liquidity pool on Saros. Unlike traditional AMMs, which require equal-value deposits of two tokens, Saros enables users to deploy liquidity into specific price bins — and you can choose to place liquidity exclusively on one side of the market. This is made possible by the DLMM’s bin-based model, which allows for concentrated and asymmetric liquidity placement. Placing a single side of liquidity using Saros DLMM, would typically give you a shape that looks like one of the below:
# Rewards # outdated\_Concentrated Incentives (CI) on Saros **Earn real-time, on-chain rewards by actively managing your liquidity.** Concentrated Incentives (CI) is Saros' reward mechanism designed for Saros DLMM Pools. Unlike traditional yield farming or retroactive reward systems, CI enables you to earn rewards instantly and on-chain when your liquidity is within a specified reward zone. This model blends the familiarity of AMM’s yield farming with the precision of concentrated liquidity, offering smarter, more active ways to earn. ## What Are Concentrated Incentives? Concentrated Incentives are real-time incentives distributed to Liquidity Providers (LPs) who actively position their liquidity inside the **reward range** — a zone around the current market price (called the active bin). As the price changes, the reward range moves with it, encouraging LPs to stay aligned with the market. Key differences from traditional rewards programs: * **No waiting:** Rewards are distributed continuously, without delay * **Fully onchain:** Transparent, permissionless, and auditable * **Market-aligned:** Designed to support liquidity depth at the current price ## How Does CI Work? Each Saros DLMM Pool has a **reward range**, defined as a number of bins (price intervals) around the **active bin**. This range usually spans between **1 and 11 bins**, depending on the pool. If you deploy liquidity within that range, you’ll receive a share of the pool’s rewards — **proportional to how much liquidity** **you contribute** within the reward zone. ## Example: * You provide **50% of the liquidity** in the reward range → you receive **50% of the rewards** * You provide **20% of the liquidity** → you receive **20% of the rewards** As the active bin shifts due to price movements, the reward range also shifts. This real-time rebalancing incentivizes LPs to stay close to the market price, improving efficiency and slippage for traders. ## Why CI Matters CI creates a **dynamic incentive structure** that rewards LPs not just for supplying capital, but for placing it **where it matters most**: around the price users are actually trading at. This leads to: * Better pricing * More efficient swaps * Deeper liquidity at active prices * Better capital utilization for LPs ## Key Benefits of Concentrated Incentives ### 1. Real-Time Rewards No waiting for a weekly or monthly distribution — your liquidity starts earning instantly if it’s in range. ### 2. Adaptive to Price Movements The reward zone follows the market, encouraging LPs to adjust and stay competitive. ### 3. Pool-Specific Configurations Each Liquidity Pool can define its own reward range, allowing tailored incentives to suit different trading pairs or market conditions. ### 4. Improved Liquidity Depth By encouraging liquidity at the current price, CI helps reduce slippage and create better trading experiences for users. ## How to Start Earning with CI on Saros Here’s how to get started in just a few steps: ### Step 1: Find a Rewarded Pool Head to the **Pools** section on Saros. Look for a **Liquidity Book (LB) Pool** that has a **“Rewards”** tag. ### Step 2: Check Reward Info On the pool page, you’ll see: * The size of the reward range (number of bins) * The estimated APR * Total liquidity in the range\ Your potential share if you add liquidity
Liquidity Structure Example
Reserves Bonding Curve
Aggregate Liquidity Composition
Bin Index Tree
Fee Adjusted Per IL
Capital Efficiency Limits
Market Depth compared to Uni v3
### **Step 3: Choose Liquidity Shape & Range** 1. **Liquidity Shape:** Select Spot or Curve (pegged) for assets stable in price against one another (i.e. BTC/wBTC; USDC/USDT). 2. **Bin Step:** Default 1 bps (0.01%) for tight control but many bins 3. **Range:** for a tight 1:1 example, set 0.9992 – 1.0006 (≈ ±0.07% around 1.00).  ### **Step 4: Allocate Liquidity** 1. Select Both sides (recommended for pegged pairs) or Single‑sided if topping up one token. 2. Enter token amounts. For BTC/BTC or stable/stable, providing roughly balanced amounts is simplest. 3. For multisig users only: Check the # of positions shown by the UI (see image below for example). If it’s >1, reduce the per‑tx coverage (narrower sub‑range - typically 16 bins or less, or a higher bin step), then add remaining bins in separate TXs afterwards. *Example:* Adding liquidity between ranges 0.9936 -> 1.0032 using a multisig:\ TX 1: 1.0017 -> 1.0032\ TX 2: 1.0000 -> 1.0016\ TX 3: 0.9984 -> 0.9999\ TX 4: 0.9968 -> 0.9983\ TX 5: 0.9952 -> 0.9967\ TX 6: 0.9936 -> 0.9951
# SarosSwap A decentralized automated liquidity protocol built on Solana, allowing users to exchange SPL tokens. ## **Why AMMs?** We believe AMM has the upper hand over CLOB-Based DEX regarding creating and managing liquidity easier users' habits, liquidity creation & management, and hype generation. ### An established habitual product Over the past two years, DeFi users have been educated on how to exchange assets using Uniswap, PancakeSwap, and a variety of other AMMs instead of order book DEXs. Most retail investors have become familiar with AMMs, so it would be difficult to change their habits. ### A tool for simplified liquidity creations & management AMMs simplify liquidity creation for both holders and builders. Using AMMs will make creating and managing liquidity easier for builders because the popularly used **x\*y=k** AMM design optimizes passive liquidity provision. Builders, therefore, could focus on their top priority which is product development. Moreover, AMMs transform holders into passive market makers, which also increases their “skin in the game” with the project. ### **A hype-generation machine allowing price discovery at ease** In the crypto industry generally and DeFi specifically, retail investors are vital to pushing the ecosystem forward via assets investing and speculating. To attract these players, we need to showcase the investment potential with a price discovery machine. AMMs are designed to enable the assets to reach their price discovery stage as quickly as feasible, attracting speculators and degens from other blockchains to Solana. ## **How is SarosSwap different from other AMMs?** Technically, **SarosSwap** uses the same **x\*y=k** formula as other AMMs on the market, namely Uniswap and PancakeSwap. The focus on UX/UI and Gamification will set SarosSwap apart from the competition.  # How To Swap on SarosSwap A step-by-step guide for all users. ## 1. Set up Solana Wallet At the moment, users can connect to Saros using popular wallet apps such as Saros Wallet, Coin98 Wallet, Phantom, etc. You need to download and set up a Multichain or Solana wallet to use Swap feature Kindly refer to this [guide on Download and set up wallet](/saros-amm/faqs/connect-the-wallet-to-saros) ### Gas fee and SPL standard It should be noted that Saros Finance is on **Solana network**, which means that you can only swap tokens in SPL standard. **SarosSwap** uses **SOL (SPL standard)** as transaction fees. Therefore, you should prepare SOL before any swaps on Saros. **--> Everything is ready, let’s start**. ## 2. How to swap **Step 1**: Access [SarosSwap here](https://dex.saros.xyz/swap). Choose **Connect Wallet** at the top right corner. Then choose your wallet provider and proceed to connect.
Add favorite tokens: Click the white heart icon until it turns into purple.
Remove favorite tokens: Click the X button.
Click to the pool you want to check
APY
Annual Percentage Yield
|APR
Annual Percentage Rate
| | -------------- | -------------------------------------------------------------------------- | --------------------------------------------------------------- | | **Definition** | Annual rate of return considering compound interest | Annual rate of return **without** considering compound interest | | **Factors** | Return depends on initial investment **and** number of compounding periods | Return depends on initial investment only | | **Figures** | APY is higher due to compounding impacts | Without compounding impacts, APR is lower than APY | All these texts would be worthless without a good example. Let's say Clark has a good $1,000 initial investment. An investment product offered him 6% interest every 6-month. * Without compound impacts, the product's APR = 12% with a simple formula: 6% x 2 halves of the year = 12%.\ Clark will receive a nice $1,000 x 12% = $120 return for his investment with APR = 12% * With compound impacts, it gets trickier. For the first half of the year, Clark receives $1,000 x 6% = $60, which later gets reinvested, making the principal bigger at $1,060.\ At the end of the year, Clark receives $1,060 x 6% = $63.6. Totally, Clark’s annual return is $60 + $63.6 = $123.6. This amount constitutes an APY = 12.36% to the principal $1,000.\ An easier way to calculate APY is using the formula:\ **APY = (1 + R/N)^N - 1**\ Whereas R is the annual rate of return, N is the number of compounding periods. {% hint style="success" %} It can be clearly seen that APY is higher in comparison to APR due to compounding impacts. {% endhint %} ## Why do we use APR on Saros? It is noticeable that all Stake & Farm pools on Saros use APR as the main interest metrics.  Well, from our point of view, the simpler, the better. A display of extremely high APY can be a double-edged sword, giving a false assumption of the pool. ## Why does APR on Saros change all the time? **Simple rule**: The more users stake their tokens in Farms, the lower the incentives will be, thus APR & APY will be lowered. The same principle applied to the other way around. As the deposited amount changes from time to time, the APR will change accordingly. ## Why my rewards seem to be lower than UI APR? Currently APRs on Saros are calculated based on standard EPOCH of Solana network. However, in reality, Solana blocks do not run exactly in rhythm with the standard. Instead, they usually run slower, which means that it will take longer to reach destined block of each farm/stake pool. This explains why you feel like the actual reward being smaller than UI APR. In fact, the APR is still correct to Solana standard, but it will take a bit longer to reach full amount as Solana is running slower than the standard speed. # How to get farming pool Txid **Step 1**: Add liquidity of the desired pair, [click here for more information on adding liquidity on Saros](/saros-amm/farm/add-liquidity). **Step 2**: Start farming the SLP of the desired pair, [click here for more information on farming on Saros.](/saros-amm/farm/farm-on-sarosfarm) **Step 3**: After finishing the farming process, a pop up window will show up to inform the success of the transaction. On that pop up, choose “view transaction”.| SPL | SarosY6Vscao718M4A778z4CGtvcwcGef5M9MEH1LGL |
| VRC25 | 0xB786D9c8120D311b948cF1e5Aa48D8fBacf477E2 |
| Token Allocation | Allocation (%) | $SAROS | Vesting Schedule |
|---|---|---|---|
| Ecosystem Growth | 20.00% | 2,000,000,000 | TGE 25%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 |
| Community Development | 10.00% | 1,000,000,000 | TGE 25%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 |
| Investors | 15.00% | 1,500,000,000 | TGE 25%, 2 year cliff, then linear monthly unlock over 2 years. First unlock after the cliff: January 19, 2026 |
| Community Airdrops | 5.00% | 500,000,000 | TGE 100% |
| Liquidity Provision | 10.00% | 1,000,000,000 | TGE 100% |
| Strategic Reserve | 20.00% | 2,000,000,000 | TGE 0%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 |
| Core Contributors | 20.00% | 2,000,000,000 | TGE 0%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 |
| Token Allocation | Vesting Schedule | Allocation (%) |
|---|---|---|
| Ecosystem Growth | TGE 25%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 | 20.00% |
| Community Development | TGE 25%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 | 10.00% |
| Investors | TGE 25%, 2 year cliff, then linear monthly unlock over 2 years. First unlock after the cliff: January 19, 2026 | 15.00% |
| Community Airdrops | TGE 100% | 5.00% |
| Liquidity Provision | TGE 100% | 10.00% |
| Strategic Reserve | TGE 0%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 | 20.00% |
| Core Contributors | TGE 0%, 2 year cliff then linear monthly unlock over 3 years. First unlock after the cliff: January 19, 2026 | 20.00% |
icon in the top right corner;
**Step 3**: Click **Create wallet** to initiate a new wallet;
**Step 4**: Tick the Checkbox to confirm that you have read, understood and agree to abide by Saros Wallet's **Terms of Service** and **Privacy Policy**, then click **Continue**;
Icon in the top right corner;
**Step 3:** Choose **Restore wallet**;
Icon in the top right corner;
**Step 3**: Click **Add view-only wallet** to initiate a new view-only wallet;
**Step 4**: Enter Wallet Name, Wallet Address, and click **Add**.
icon to back up the Seed Phrase or Private Key to your device's clipboard.
