Key Takeaways
What if launching a crypto token took one transaction instead of a development team? Building this type of launchpad requires smart contracts for token creation, pricing, liquidity management, and security. This guide explains how to build a token launchpad like PonsFamily, covering the factory contract, bonding curve, liquidity locking, technology stack, testing, and smart contract security.
That is the idea behind PonsFamily. A user can mint an ERC-20 token, pair it with liquidity, and open it for trading in a single transaction. There is no presale process, and the platform does not take custody of user funds. PonsFamily runs on Robinhood Chain, an Arbitrum-based rollup.Â
Within weeks of the network’s mainnet launch, the platform had captured a significant share of new-token activity on the chain.
- A PonsFamily-style launchpad lets users create tokens, set prices, add liquidity, and start trading in one process.
- Building a PonsFamily-style launchpad requires smart contracts for token creation, pricing, liquidity, fees, and treasury management.
- The main tech stack can include Solidity, Foundry, Uniswap, The Graph, Next.js, Wagmi, and Viem.
- A PonsFamily clone script can speed up development while allowing businesses to customize the platform for their needs.
Overview of Ponsfamily Launchpad
Public trackers have already reported more than $116 million* in early trading volume, which is roughly 1.68 million trades and 98,000 wallets during PonsFamily’s first few weeks of operation. These striking figures show us how quickly the platform has managed to attract activity just after launching on Robinhood Chain.
Its early traction also reflects the ongoing demand for low-friction token issuance on a new network. By bringing token creation, liquidity, and trading into a single on-chain workflow, PonsFamily has established a launchpad model that businesses can pursue with the support of experienced blockchain developers and technology partners.
Source: Dune Analytics data
8 Steps to Build a Token Launchpad Like Ponsfamily
1. Pick the Chain and Rollup Type
Start with the network because it is the first decision when you create a token launchpad like PonsFamily, as every other component depends on the blockchain infrastructure. Optimistic rollups such as Arbitrum offer lower gas costs than Ethereum mainnet, while ZK-rollups can provide faster settlement with greater development complexity. Your choice should always match the target users, expected transaction volume, and gas budget.Â
2. Build the Token Factory Using EIP-1167
Once the desired network is selected, the next job for you is making token deployment inexpensive enough to support repeated launches. A clone factory uses lightweight proxy contracts that point to a single implementation, cutting the cost of deploying each new token. Create can also provide deterministic addresses, allowing the application to prepare token infrastructure around a predictable contract address.
3. Write the Bonding Curve Contract
The token factory handles creation, but the launch still needs a pricing mechanism. A bonding curve determines how the token price changes as supply is bought and sold. A linear model can use price = slope × supply, while an exponential curve increases the price more aggressively as supply grows. The selected model affects early buying behavior, price movement, and the capital required to reach graduation.
4. Set the Graduation Threshold
The bonding curve needs a defined endpoint. This can be based on market capitalization, token sales, or another measurable on-chain condition. Once the threshold is reached, the launchpad can move the available liquidity into a Uniswap V3 or V4 pool, giving the token a conventional trading venue. Until that point, transactions remain within the curve.
5. Lock Liquidity at the Contract Level
Once liquidity moves into the external pool, the platform needs to make its ownership rules enforceable. A time-locked LP position or a locking contract without an administrative withdrawal key can automate this process. Keeping the lock inside the contract removes a manual step that could otherwise become a point of failure or abuse.
6. Add the Fee Logic
With the trading lifecycle established, the platform can define how fees are collected and distributed. OpenZeppelin’s AccessControl or Ownable2Step can manage administrative permissions. For example, a 1% trading fee could be divided between the token creator and protocol treasury, with separate rules for any buyback or burn mechanism.
7. Build the Front End Around the Workflow
The interface should bring the entire process together. Wagmi or Viem can handle wallet connections, transaction signing, gas estimation, and slippage settings. A creator should be able to configure the token, review the launch terms, approve the transaction, and follow its progress without dealing with raw calldata or contract parameters.
8. Audit and Fuzz Test Before Mainnet
At this point, the individual components need to be tested as one system. Foundry can run invariant and fuzz tests against the factory, bonding curve, and liquidity contracts, while forked-network testing can reproduce realistic trading conditions. Test for reentrancy, arithmetic errors, price manipulation, and sandwich attacks, then it’s advisable to bring in an independent audit firm for a manual review before mainnet deployment.
Turn Your Token Launchpad Concept Into A Production-ready Platform With Our Blockchain Development Expertise
How Does a PonsFamily Token Launchpad Works?
A PonsFamily-style launchpad connects token creation, trading, and liquidity all of them in one on-chain process.
1. Create the Token
The user enters the token details and approves the transaction through their wallet. The factory contract creates the ERC-20 token and sets up the required launch or liquidity mechanism. The platform does not need to hold the user’s funds or private keys.
2. Start Trading
Once the token is launched, users can buy and sell it through the platform’s automated market maker (AMM). Smart contracts manage the trades, token transfers, liquidity, pricing, and fees. This makes the trading process much more simple and automatic.
3. Track the Launch
The platform then tracks the token after trading starts and checks its progress toward the graduation target. It can monitor trading volume, liquidity, supply, and market value. When the target is reached, the token moves on to the next stage.
4. Move to the Permanent Pool
When the token reaches the graduation target, the protocol moves the required liquidity into its permanent trading pool. This process can be handled by smart contracts, reducing the need for manual intervention.
5. Display the Data
Once the token is live, the website reads blockchain data through an indexing service such as The Graph. The frontend uses this data to show the token price, trades, liquidity, holders, and graduation progress. This gives users a complete view of the launch, from token creation and initial trading to liquidity migration and ongoing market activity.
What Are the Key Features of a PonsFamily Style Token Launchpad?
- Simple Token Creation: Launch a token without writing or managing smart contracts manually
- Automated Liquidity: Add and lock liquidity automatically as part of the launch process
- Built-In Pricing: Use a bonding curve to establish token pricing during the initial launch stage
- Transparent Fees: Show creators exactly how trading fees are split between the project and platform
- Revenue Mechanisms: Support features such as buyback and burn using a portion of platform revenue
- Wallet-Based Launch: Let users create, launch, and manage tokens directly through their crypto wallets
Architecture Breakdown of a PonsFamily-Like Launchpad
A PonsFamily-like launchpad has different layers that manage token creation, trading, data, and platform funds. Each layer has its own role in the launch process, with smart contracts forming the main part of the system.
Layer | Function | Common Tools |
Contract Layer | Token minting, curve pricing, liquidity migration, fee routing | Solidity, OpenZeppelin, Uniswap V3/V4 SDK |
Indexing Layer | Reads mint, swap, and graduation events in real time | The Graph, custom event indexers |
Application Layer | Wallet connection, launch form, trading interface, charts | Next.js, Wagmi, Viem, RainbowKit |
Treasury Layer | Holds and routes protocol fees and manages burn schedules | Gnosis Safe multisig, timelock contracts |
All these layers work together to give its users a complete launch experience, which covers everything from creating the token to trading, tracking performance, and managing protocol revenue.
What Technology Stack Is Required to Build a Token Launchpad Like Ponsfamily?
Building a PonsFamily-like launchpad usually requires a combination of blockchain infrastructure, smart contract development, indexing, frontend frameworks, and security tools. The exact tech stack will also vary based on the launch model, chain, transaction volume, and liquidity architecture.
- Solidity + Foundry or Hardhat: Solidity is used to develop the token factory, bonding curve, liquidity migration, fee routing, and treasury contracts. Foundry can handle fuzz testing, invariant testing, unit testing, and deployment scripts, while Hardhat provides a JavaScript-based development and testing environment.
- Robinhood Chain: Robinhood Chain is an EVM-compatible Layer 2 built using Arbitrum technology. A PonsFamily-style launchpad can use the network for token creation, trading, liquidity management, and smart contract execution, with ETH used for transaction fees.
- EVM Layer 2: Arbitrum and Base are other suitable options for deploying a token launchpad. Their EVM compatibility allows developers to use Solidity-based contracts, connect common wallets, and integrate established DeFi infrastructure without building a blockchain from scratch.
- Uniswap V3/V4 Integration: The Uniswap SDK can be used for pool creation, liquidity provisioning, swaps, tick management, and position handling. For launchpads using custom pricing logic, a dedicated AMM or bonding curve contract may be required before liquidity is migrated into a standard Uniswap pool.
- The Graph and Event Indexing: On-chain events from token creation, purchases, sales, graduations, liquidity migration, and fee distribution need to be indexed for the application layer. The Graph can convert these events into queryable data through subgraphs and GraphQL APIs.
- Next.js + Wagmi + Viem: Next.js can power the web application, while Wagmi and Viem handle wallet connections, contract reads, transaction preparation, chain switching, gas estimation, and transaction execution. This creates the interface through which creators launch tokens and users interact with the market.
- Security and Audit Tooling: Slither can perform static analysis to identify common smart contract vulnerabilities. Foundry can test edge cases through fuzzing and invariant checks, while fork-based testing can simulate real network conditions. A third-party audit should review the factory, bonding curve, liquidity, fee, and treasury contracts before mainnet deployment.
Get The Right Blockchain, Smart Contracts, Liquidity Architecture, And Frontend For Your Launchpad.
PonsFamily Launchpad vs Traditional Token Launchpad
PonsFamily-style launchpads make token launches faster by automating token creation, pricing, liquidity, and trading, while traditional launchpads usually involve manual project checks, fixed presale prices, and more platform control over the launch process.
Factor | Traditional Launchpad | PonsFamily-Style Launchpad |
Vetting | Manual review by a curation team | None; any wallet can launch |
Fund custody | Platform often holds funds pre-distribution | Non-custodial from the first transaction |
Pricing | Fixed presale rate set in advance | Bonding curve, priced by live trading |
Time to launch | Days to weeks | Minutes after contract deployment |
Main risk | Slower access, less openness | Security rests entirely on contract code |
What Security Features Should a Token Launchpad Have?
A token launchpad needs security controls across its factory, bonding curve, liquidity, treasury, and transaction flow. Since these contracts can control user funds and token supply, permissions, pricing calculations, liquidity migration, and fee transfers must be enforced at the contract level.
Automatic Liquidity Lock
The liquidity position should be locked inside the launch contract immediately after pool creation. The contract should prevent arbitrary withdrawals and remove any admin function that can transfer or unlock the position. For Uniswap V3/V4, the design should also restrict control over the LP position and migration process.
Independent Smart Contract Audit
The factory, bonding curve, liquidity migration, fee distribution, and treasury contracts should be audited before deployment. The review should cover access control, external calls, arithmetic, token approvals, upgradeability, price manipulation, and possible paths for draining contract-held assets.
Reentrancy Protection
Fund-moving functions should use reentrancy protection where external calls create this risk. OpenZeppelin’s ReentrancyGuard can protect buy, sell, withdrawal, fee distribution, and migration functions. Checks-effects-interactions patterns should also be applied when contracts interact with external tokens or AMMs.
Anti-Sniping Controls
The launch contract can limit early trading through mechanisms such as block-based delays, maximum wallet holdings, maximum transaction sizes, or cooldown periods. Private transaction routing can also reduce public mempool exposure, although it does not replace contract-level trading limits.
On-Chain Fee and Burn Logic
Trading fees should be calculated and distributed automatically by the contracts. Creator allocations, protocol treasury shares, buyback amounts, and burned tokens should produce verifiable transactions and events. This allows users to independently check whether the stated fee model matches actual execution.
Live Bug Bounty Program
After deployment, a bug bounty gives security researchers an incentive to find vulnerabilities in the live contracts. The program should define eligible vulnerabilities, severity levels, responsible disclosure rules, and rewards, with critical issues such as fund theft or unauthorized minting receiving the highest priority.
How Can Businesses Launch Platform Like PonsFamily?
Businesses can develop a token launchpad like PonsFamily in two main ways. The right option for them will depend on how much control is needed, their budget, and how quickly they want to launch.
Build From Scratch
Developing a custom launchpad like Ponsfamily will give businesses the advantage of full control over the platform. The development team will be able to choose the blockchain, token creation method, bonding curve, liquidity model, fee structure, wallet support, and user interface.
However, every smart contract and platform feature will also need to be developed, tested, secured, and audited thoroughly before launch happens. This unfortunately makes the process much longer and also requires a larger development budget.
PonsFamily Clone Script Development
Businesses can build a PonsFamily token launchpad clone as a starting point instead of building every feature from scratch. A blockchain technology partner can help in customizing the token model, branding, fee structure, liquidity system, wallet integration, frontend, and offer their blockchain support based on varying business needs.
This efficient approach can help in reducing development time while also providing flexibility to create a launchpad that is better suited to the target market.
Why Choose Us to Build a Token Launchpad Like Ponsfamily?
We build PonsFamily-style token launchpads for businesses that want faster development, real-world features, and something that holds up long-term. At Shamlatech Solutions, you can either build your launchpad from scratch or use a PonsFamily clone script to cut down development time and get to market quicker.
Either way, our approach to crypto launchpad development stays focused on what your business actually needs, not unnecessary features that add cost without adding value.
We can also build launchpads for Robinhood Chain, with support for token creation, bonding curves, liquidity management, wallet integration, fee systems, and trading features. The platform can be customized around your business model, giving you control over revenue sources and creating opportunities for long-term ROI.
Ready to Build Your PonsFamily-Style Launchpad?
Conclusion
PonsFamily has shown that launching a token does not have to involve a long or complicated process. With Robinhood Chain, automated liquidity, and simple wallet-based launches, this model gives businesses a clear example of where token launch platforms can go next.
Businesses that want to build a token launchpad like PonsFamily can take this model further based on their own goals. A custom or clone-based platform can support different tokens, fee models, and trading features while creating a new source of revenue as the platform grows.
FAQ
which blockchain is best for a ponsfamily launchpad?
Robinhood Chain is usually the natural choice for a PonsFamily-style launchpad because Pons itself is built on it. Businesses can also make use of EVM-compatible networks such as Arbitrum or Base, depending on their target users, costs, and ecosystem requirements.
does a ponsfamily clone script still need a full security audit?
Yes, PonsFamily clone script development can speed up development by providing an existing launchpad structure, but customized smart contracts still need testing and an independent security audit before the platform goes live.
can an existing token project use a PonsFamily Token launchpad clone?
Yes, a PonsFamily Token launchpad clone can add token creation, trading, liquidity management, and fee features. A blockchain technology partner can customize the platform around the project’s token, blockchain, and business requirements.
What makes a launchpad non-custodial?
A PonsFamily-style clone script can be designed as non-custodial, allowing users to approve transactions through their own wallets. The platform does not store private keys or directly control user funds during token launches or trades.
