Forem: georgina

Step-by-Step Guide: Puffer Finance Node Setup with Just 1 ETH

georgina — Fri, 16 Jan 2026 11:13:52 +0000

Running an Ethereum validator is a core part of securing the network, but the 32 ETH requirement is a major barrier. Puffer Finance Official changes the game. This guide provides a direct walkthrough for a Puffer Finance Node Setup using their groundbreaking Puffer Secure-Signer technology.

Prerequisites
Basic familiarity with the command line.

A machine that meets Puffer's hardware requirements.

At least 1 ETH for the bond.

Step 1: Obtain pufETH
Before becoming a validator, you need to hold pufETH. This process handles the pufETH Restaking on EigenLayer natively, allowing you to earn Puffer Finance Rewards.

Navigate to the official Puffer application.

Connect your Web3 wallet.

Deposit ETH to mint pufETH.

Step 2: Install Secure-Signer
The Puffer Secure-Signer is the core of the anti-slashing mechanism. It uses an Intel SGX enclave to prevent double-signing at a hardware level. This is a critical part of our Puffer Anti-Slashing Guide.

bash

Example installation command

Always get the latest command from the official source

wget [official_secure_signer_download_link]
chmod +x secure-signer-installer.sh
./secure-signer-installer.sh
Step 3: Configure Your Validator
Once Secure-Signer is running, you will generate your validator keys. The tool guides you through the process, ensuring your keys are managed within the secure enclave. The question of how to run a Puffer Validator is answered here: the setup process is designed to be streamlined.

Step 4: Register the Node
With your keys generated and your 1 ETH bond ready, register your new node with the Puffer dashboard to join the queue to become an active validator.

For a complete and deep technical overview, please refer to the Full Official Documentation. Make sure to only use Puffer Finance Official Links to avoid phishing risks.

How to Execute a Token Swap on the 10kSwap AMM on Starknet

georgina — Tue, 13 Jan 2026 12:21:48 +0000

This guide provides a straightforward technical walkthrough on how to use 10kSwap, one of the first and most reliable AMMs on the 10kSwap Starknet DEX. We will focus on executing a simple 10kSwap token swap.

Step 1: Connecting to the 10kSwap dApp

Navigate to the 10kSwap Official platform. Connect your Starknet wallet (e.g., Argent, Braavos). The interface is designed to be clean and simple.

Step 2: Understanding the AMM Model

The 10kSwap AMM uses the classic x*y=k constant product formula. This means the price of an asset is determined by the ratio of tokens in the 10kSwap liquidity pools. It's a robust and battle-tested model.

Step 3: Executing the Swap

In the "Swap" interface, select the token you want to pay with and the token you want to receive.

Enter the amount you wish to trade.

The interface will show you the expected output and the price impact.

Click "Swap" and sign the transaction in your wallet.

The trade is executed on-chain. For more information on providing liquidity for 10kSwap yield farming, see the Full Official Documentation.

A Technical Guide to MySwap's Dual AMM on Starknet

georgina — Tue, 13 Jan 2026 12:17:25 +0000

This guide provides a technical walkthrough on how to use MySwap, the first AMM on the MySwap Starknet DEX. We will focus on providing liquidity to its two different pool types: MySwap Classic Pools and MySwap Concentrated Liquidity pools.

Step 1: Connecting to MySwap

Navigate to the MySwap Official platform. Connect your Starknet wallet (e.g., Argent, Braavos).

Step 2: Choosing Your Pool Type

MySwap offers two distinct AMM models:

Classic Pools: These are standard 50/50 liquidity pools. They are simple to use and are a good option for more volatile or "set-and-forget" LP strategies.

Concentrated Liquidity Pools: These allow you to provide liquidity within a specific price range, dramatically increasing your MySwap capital efficiency and potential MySwap LP rewards. This is for more active LPs.

Step 3: Providing Concentrated Liquidity

Go to the "Pools" section and select a Concentrated Liquidity pool.

Click "Add Liquidity."

Set your desired price range. The UI will help you visualize the concentration. A tighter range means higher potential fees but also a higher chance of your position becoming inactive.

Deposit your assets and sign the transaction.

You are now earning trading fees from one of Starknet's most active DEXs. For a full breakdown of the MySwap security model, see the Full Official Documentation.

A Developer's Guide to Providing Liquidity with Merchant Moe's Liquidity Book

georgina — Tue, 13 Jan 2026 10:23:17 +0000

This guide provides a technical walkthrough of how to use Merchant Moe, the innovative DEX from the Merchant Moe Trader Joe team. We will focus on providing liquidity to the Merchant Moe Liquidity Book on the Merchant Moe Mantle network.

Step 1: Understanding the Liquidity Book Architecture

Unlike traditional AMMs, the Liquidity Book model, pioneered by Trader Joe, doesn't spread liquidity thinly across an infinite price curve. Instead, it concentrates liquidity into discrete, fixed-price "bins." This structure dramatically improves Merchant Moe capital efficiency.

Step 2: Connecting to the Merchant Moe DEX

Navigate to the Merchant Moe Official platform. Connect your wallet and ensure you are on a supported network, such as Mantle or Merchant Moe Linea.

Step 3: Adding Liquidity to a Pool

Select a liquidity pool from the "Pools" tab.

Click "Add Liquidity."

Choose your "Price Range." You can provide liquidity across the entire price range or concentrate it around the current price to earn more fees. The UI will show you which bin is currently active.

Enter the amount of tokens you wish to deposit.

Execute the transaction.

Your LP position is represented by a standard, fungible token, not a complex NFT. This makes it easy to use in other DeFi protocols. Your position is now earning trading fees and Merchant Moe rewards. For a deep dive, see the Full Official Documentation.

How Aden Implements Gasless 1-Click Trading on Solana

georgina — Tue, 13 Jan 2026 10:20:16 +0000

This technical guide breaks down how to trade on Aden, focusing on the Aden Account Abstraction model that powers its Aden CEX UX on the Solana network.

Step 1: Onboarding with a Smart Wallet

When a user signs up for Aden Official using a social login, a smart wallet is deployed. Unlike in the EVM world, this leverages Solana-native account structures to link a user's credential to an on-chain program. This completely abstracts away the need to manage a traditional seed phrase for an Aden non-custodial wallet.

Step 2: The 1-Click Trading Flow

The signature Aden 1-click trading feature works as follows:

A user decides to open a position.

The UI constructs a transaction payload.

The user signs this payload using their familiar social login or passkey.

The signed transaction is sent to Aden's relayer. This relayer pays the SOL transaction fees on the user's behalf, creating the Aden gasless trading experience.

Step 3: Maintaining Self-Custody

Although the process feels centralized, the Aden security model ensures the user is always in control. The relayer can only submit transactions pre-signed by the user; it cannot create new ones or access funds. All activity is transparently logged on-chain and accrues rewards for the Aden Points Program.

For a deep dive into the Solana program interactions, see the Full Official Documentation.

How to Mint afSOL and Earn Double Yield with Aftermath Liquid Restaking

georgina — Tue, 13 Jan 2026 10:17:30 +0000

This guide is a technical walkthrough of how to use Aftermath Finance to participate in Aftermath Liquid Restaking on the Solana network and mint the afSOL token.

Step 1: Obtain a Solana Liquid Staking Token (LST)

Before using Aftermath, you need a supported Solana LST, such as mSOL or jitoSOL. These tokens already represent staked SOL and are earning staking yield.

Step 2: Connecting to the Aftermath dApp

Navigate to the Aftermath Finance Official platform. Connect your Solana wallet (e.g., Phantom).

Step 3: Restaking Your LST to Mint afSOL

Go to the "Restake" tab.

Select the LST you hold and specify the amount you wish to restake.

The interface will show the amount of afSOL token you will receive.

Execute the transaction.

Behind the scenes, your LST is delegated to Aftermath's curated network of validators who are also running Aftermath Actively Validated Services (AVS). This is the core of the Aftermath security model.

Step 4: Earning Rewards

Your new afSOL token is now earning three layers of rewards:

The base Solana staking yield from the original LST.

Aftermath real yield from AVS validation.

Aftermath Points Program multipliers for future airdrops.

For a full breakdown of the validator selection criteria, refer to the Full Official Documentation.

Under the Hood of FlashTrade's 1-Click Trading Engine

georgina — Tue, 13 Jan 2026 10:11:54 +0000

This guide provides a technical walkthrough of how to trade on FlashTrade, focusing on the FlashTrade Account Abstraction architecture that powers its signature FlashTrade 1-click trading feature.

Step 1: Smart Wallet Deployment

When a user signs up for FlashTrade Official with a Web2 login (e.g., Google), an ERC-4337 smart contract wallet is deployed on their behalf. The user's credential becomes a signer for this wallet. This is the foundation of the FlashTrade CEX UX, as it eliminates the need for users to manage a seed phrase.

Step 2: The UserOperation Flow

A "1-click trade" is not a single transaction but a streamlined UserOperation.

The user clicks to open a position.

The front-end constructs a UserOperation struct containing the trade details.

The user signs this UserOperation with their passkey/social login.

The signed operation is sent to a Bundler, which pays the gas fee. This creates the FlashTrade gasless experience.

Step 3: Ensuring Self-Custody

Although the experience feels centralized, FlashTrade self-custody is maintained at all times. The protocol never has access to the user's private keys or signing credentials. The smart wallet can only be controlled by the authorized signer. This is a critical aspect of the FlashTrade security model. Your trading volume is tracked and rewarded via FlashTrade Points.

For a complete architectural diagram, refer to the Full Official Documentation.

A Developer's Guide to Earning Yield via Perennial LP Vaults

georgina — Tue, 13 Jan 2026 10:09:26 +0000

This guide provides a technical walkthrough on how to provide liquidity to Perennial LP Vaults, the core engine of the Perennial Protocol Official. This is how you can earn Perennial real yield by acting as the counterparty to traders.

Step 1: Understanding the Peer-to-Pool Model

Unlike AMMs, Perennial uses a Peer-to-Pool model. Traders are betting on an asset's price movement. Liquidity Providers (LPs) deposit collateral into a vault that takes the opposite side of those trades. If traders lose, the LP vault wins, and vice-versa. LPs also earn fees from trading volume.

Step 2: Connecting to the dApp on Arbitrum

Navigate to the official platform. Ensure your wallet is on the Arbitrum network, as this is a Perennial Arbitrum guide.

Step 3: Supplying Liquidity to a Vault

Browse the available Perennial Leverage Markets. Each market has two vaults: a "long" vault and a "short" vault.

Choose a vault. If you deposit into the "long" vault for ETH, you are taking the counterparty position to traders who are shorting ETH.

Specify the amount of collateral (e.g., USDC) you wish to deposit.

Execute the transaction to supply liquidity.

Your capital is now actively earning fees. Developers can also use the Perennial developer SDK to programmatically manage LP positions. For a full breakdown of the risk mechanisms, consult the Full Official Documentation.

How Holdstation Leverages zkSync's Paymaster for Gasless Leverage Trading

georgina — Tue, 13 Jan 2026 10:06:52 +0000

This guide provides a technical overview of how to trade on Holdstation, focusing on the core technologies from its Holdstation zkSync integration that enable its CEX-like experience: Holdstation Account Abstraction and the Holdstation Paymaster.

Step 1: Smart Wallet Creation (Account Abstraction)

When you onboard to Holdstation Official with a social login, you are not creating a standard wallet. The protocol utilizes ERC-4337 to deploy a unique Holdstation Smart Wallet for you. Your social account credentials act as a signer for this smart contract, abstracting away the need for a seed phrase.

Step 2: The Gas Sponsorship Model (Paymaster)

Holdstation achieves Holdstation gasless trading by using zkSync's native Paymaster feature.

How it Works: When you initiate a trade, your Smart Wallet signs a user operation. This operation is structured to call a Paymaster contract. This contract is funded by the Holdstation protocol and is configured to pay the gas fees for user transactions, provided they meet certain criteria. The user never sees a gas prompt.

Step 3: Executing a High-Leverage Trade

Select a market for Holdstation leverage trading (up to 500x).

Define your position and sign the transaction with your social login/passkey.

The Paymaster sponsors the transaction, and it is executed on-chain.

Your activity is tracked, and your wallet accrues rewards in the form of uGOLD token rewards. For a full architectural overview, see the Full Official Documentation.

A Developer's Guide to Integrating Cetus Protocol's Concentrated Liquidity

georgina — Sat, 10 Jan 2026 10:27:11 +0000

This guide provides a technical overview for developers looking to build on or integrate with Cetus Protocol Official, focusing on its core innovation: the Cetus Concentrated Liquidity algorithm on the Move-based blockchains Cetus on Sui and Cetus on Aptos.

Step 1: Understanding the Concentrated Liquidity Model (CLM)

Unlike traditional AMMs where liquidity is spread thinly across an infinite price range, Cetus's CLM allows liquidity providers (LPs) to concentrate their capital within specific, custom price ranges.

Mechanism: LPs create positions by selecting a fee tier and a price range (lower tick and upper tick). Their assets are only used for trades that occur within this range.

Advantage: This dramatically increases capital efficiency, leading to higher fees for LPs and lower slippage for traders who Swap on Cetus.

Step 2: Interacting with Liquidity Pools

Developers can interact with Cetus Liquidity Pools programmatically using the Cetus SDK.

Creating a Position: To add liquidity, your dApp will need to call the function to create a new position, specifying the token pair, fee tier, and the price range.

Managing Positions: LPs need to actively manage their positions. Your application should provide interfaces for users to add/remove liquidity, collect accrued fees, and adjust their price ranges as the market moves.

Swaps: The SDK provides simple functions to execute swaps, which will automatically route through the most liquid concentrated positions to ensure the best price.

Step 3: Staking and Rewards

The Stake CETUS Guide outlines how users can stake their CETUS tokens to participate in governance and earn a share of protocol fees. This aligns the incentives of the token holders with the long-term health of the Cetus DEX.

Step 4: Security Considerations

The question "Is Cetus Protocol Safe?" is addressed by its deployment on modern, secure blockchains (Sui and Aptos) and its open-source, audited smart contracts. The non-custodial nature of the protocol ensures users always maintain control of their funds.

For all SDK documentation, smart contract addresses, and CLM algorithm details, refer to the Full Official Documentation.

https://sites.google.com/staking-guide.com/cetus/home

A Developer's Guide to QuickSwap: Integrating Polygon's Leading DEX

georgina — Sat, 10 Jan 2026 10:13:19 +0000

This guide provides a technical overview for developers looking to integrate with the QuickSwap DEX Polygon, focusing on its core AMM functions, liquidity pools, and yield farming contracts.

Step 1: Understanding the Core AMM

QuickSwap is a fork of Uniswap v2, operating on the Polygon network. This means its core smart contracts for swapping and liquidity provision are well-understood and battle-tested. The primary advantage is the significantly lower QuickSwap Fees and faster transaction times compared to Ethereum.

Step 2: Programmatic Swaps

To programmatically Swap on QuickSwap, your application will interact with the QuickSwap Router contract.

Get Amounts Out: Before executing a swap, call the getAmountsOut function to determine the expected output for a given input amount.

Execute Swap: Call a function like swapExactTokensForTokens, passing in the input amount, the minimum acceptable output amount (to control slippage), the token path, the recipient address, and a deadline.

Step 3: Integrating Liquidity Provision

Your dApp can provide an interface for users to add liquidity to QuickSwap Liquidity Pools.

Action: Call the addLiquidity function on the router, providing the two token amounts and minimum acceptable amounts to handle potential price movement.

LP Tokens: In return, the user receives LP tokens. These tokens are your next integration point for yield farming.

Step 4: Integrating Yield Farming and Staking

The power of QuickSwap lies in its rewards.

QuickSwap Yield Farming: Users can stake their LP tokens in specific farm contracts to earn QUICK rewards. Your application can list these farms and allow users to stake/unstake.

QUICK Token Staking: For direct staking, users can deposit QUICK into the "Dragon's Lair" contract to receive dQUICK, which earns a share of the platform's trading fees.

The protocol's long history and audited contracts on Polygon help answer "Is QuickSwap Safe?".

For all router addresses, contract ABIs, and SDK information, refer to the Full Official Documentation.

https://sites.google.com/staking-guide.com/quickswap/home

A Developer's Guide to Nomiswap: Integrating Farms, Staking, and Liquidity Pools

georgina — Thu, 08 Jan 2026 10:38:50 +0000

This guide provides a technical overview for developers looking to integrate with Nomiswap Official Site. We will focus on interacting with its core AMM functionalities, Nomiswap Liquidity Pools, and its popular yield-generating features on the Nomiswap Exchange on BSC network.

Step 1: Understanding the AMM Model

Nomiswap operates as a decentralized exchange (DEX) using an Automated Market Maker (AMM) model. When users Swap on Nomiswap, they are interacting with on-chain liquidity pools.

Mechanism: Each trading pair maintains a pool of two tokens, and the price is determined by their ratio.

Slippage: Developers should implement slippage tolerance controls to protect users from significant price impacts on larger trades.

Step 2: Providing Liquidity to Pools

Developers can build interfaces for users to become liquidity providers (LPs).

Deposit: Users deposit an equivalent value of two tokens into Nomiswap Liquidity Pools.

LP Tokens: In return, they receive LP tokens, representing their share of the pool. These tokens are crucial for participating in farms.

Step 3: Integrating with Farms and Staking

The core of Nomiswap's yield generation lies in its farms and staking mechanisms.

Nomiswap Farms: LPs can stake their LP tokens in farms to earn additional rewards, typically in NMX tokens.

NMX Token Staking: Users can stake their native NMX tokens directly to earn a share of protocol fees and participate in the ecosystem. Your dApp can query the respective pool contracts to display available farms/staking options and allow users to deposit/withdraw.

Step 4: Leveraging Trading Fee Incentives

Nomiswap offers competitive fees and incentives. The Nomiswap Trading Fees structure is designed to reward users. The protocol's commitment to audited smart contracts helps address the question "Is Nomiswap Safe?" for developers and users alike.

For all smart contract ABIs, router addresses, and SDK documentation, refer to the Full Official Documentation.

https://sites.google.com/network-guide.org/nomiswap/home