What Is a Token Launchpad? pons and Pump.fun Compared

The cold-start problem every new token has

A newly created token has no price, no liquidity, and no counterparty. Nothing about the token itself tells you what it is worth, and even a buyer who wants it has no one to buy from. That is the cold-start problem, and it is the reason most token ideas never become markets.

A token launchpad exists to collapse that gap into one transaction. Instead of asking a creator to deploy a contract, initialise a pool, deposit liquidity, and lock it across several steps — each of which can fail or be front-run — the launchpad bundles the whole sequence. The creator picks a name, a ticker, an image, and a fee wallet, and the platform does the rest.

That is the product. Everything else about a launchpad is a design choice about how the new market gets its first price, which is where launchpads differ sharply. The mechanics of a live pool are covered in what an automated market maker does; this lesson is about how a token reaches one.

Two ways to open a market

Almost every launchpad uses one of two approaches. They produce very different trading experiences.

An instant pool

The first approach deploys the token and its liquidity pool in the same transaction. The token has a live, quotable market from the first block, and price discovery happens the way it does on any exchange pool: buyers and sellers trade against real reserves, and the price moves with each trade.

Because the market exists immediately, the launch needs protection against the first few seconds. A bot watching for new pools can buy the opening before anyone else and sell into the crowd that follows. Launchpads answer this with opening limits or a short-lived buy tax.

A bonding curve

The second approach does not open a pool first. It mints the whole supply into a bonding curve, a deterministic pricing function that holds the supply and is always willing to buy or sell against it. The price is not set by an order book or a market maker; it is computed from how much of the supply has been bought.

The curve solves the cold-start problem differently: there is always a counterparty, and the quoted price is honest because it is just the curve's arithmetic. The trade-off is that early buyers pay a lower price only because they are earlier, and the curve gets steeper as supply is bought up, so large orders move the price sharply.

How pons works

pons is a non-custodial launch and trading interface on Robinhood Chain. Every launch and trade is a transaction your own wallet signs, and pons never holds user funds. The product and its older documentation describe two live generations — v1 and v2 — and both remain on-chain.

pons v1: one transaction, one locked pool

In the v1 model, a launch deploys the token and its WETH pool in a single transaction and locks the position automatically. Each launch uses a fixed supply of one billion tokens, a 1% pool fee, and a 0.0005 ETH launch fee, and tokens trade against WETH only. There is no bonding curve and no later migration: buys and sells run in the same Uniswap V3 pool from the first block.

A v1 launch "graduates" once the WETH paired in its locked pool reaches a threshold — the documented default is 4.2 ETH. Graduation is a status marker, not a migration. Trading continues in the same pool, and pons states plainly that reaching the threshold "is not a quality signal and does not guarantee future liquidity, price, or an exit."

Opening protection lasts the first two blocks. On the launch block, only the creator's initial buy can execute; for the rest of the window each wallet can hold at most 5% of supply and buy at most 5.5%. Selling and wallet-to-wallet transfers are never restricted, and the limits end when the window closes.

pons v2: a curve that graduates into a locked Uniswap v4 pool

The v2 model changes the opening. The full supply mints to a constant-product bonding curve, and once the curve sells out the launch graduates into a Uniswap v4 pool whose liquidity is locked permanently. The pool is created only at graduation, seeded from what the curve collected, so there is nothing to snipe before the curve opens and no separate migration step for the creator to get wrong.

Two details are worth separating from the hype. First, the launch can be priced in native ETH or in another token pons has approved, including a tokenised stock; if it is, that token becomes the currency of the whole launch, and the launch carries that asset's risk on top of its own. Second, opening buys pay a snipe tax that starts at 99% and decays exponentially to zero over the first five seconds. The tax applies only to buys, and what it collects joins the launch's trading fee rather than being burned.

Creators control very little once a launch is live. They can redirect where their fees go and turn an optional buyback on or off. There is no mint, no freeze or blacklist, and no way to raise a tax after launch. Buybacks are not burned either: bought-back tokens are locked in a vault and released gradually over five years. pons notes that public launching on v2 is currently closed and that a creator should read the factory's canLaunch check before offering a create flow.

How Pump.fun works

Pump.fun applies the bonding-curve approach on Solana. Its documentation states that every coin launched on the platform starts on a bonding curve, a constant-product market that quotes a buy and sell price from two virtual reserves. There is no order book and no market maker, so every buy moves the price up, every sell moves it down, and the price you pay is a pure function of how many tokens are in circulation.

When a coin's market capitalisation on the curve reaches a fixed graduation threshold, the curve closes and the entire liquidity pool is migrated atomically to PumpSwap, Pump.fun's own AMM. From that point the coin trades on PumpSwap's liquidity instead. Pump.fun describes graduation as automatic and irreversible, with no human step, and states that the pool is owned by the protocol.

The bonding curve charges a 1.25% total trading fee, split between the coin's creator and the protocol. For a Solana-native comparison, see why Solana is an independent Layer 1.

pons and Pump.fun compared

Both platforms remove the technical work of launching a token. The difference is the mechanism, and the mechanism determines when you can sell, what you are paid in, and what happens at graduation.

The row that matters most to a trader is the quote asset. On pons v1 and Pump.fun, your entry and exit are denominated in one asset — WETH or SOL — so a position is a bet on the token relative to that asset. On pons v2, a launch can be priced in a tokenised stock, which means the token can rise against the pairing asset while falling in dollar terms, because the pairing asset itself moved. You are taking on two exposures, not one.

What graduation does and does not mean

Graduation sounds like validation. It is not. In every model above it is a mechanical threshold: the curve sold out, or the paired principal reached a configured target. pons's own documentation is explicit that graduation "only confirms the threshold was reached" and is not a quality signal. Pump.fun's documentation calls its version automatic and irreversible, which is a statement about the process, not the asset.

What graduation does change is where liquidity lives. On Pump.fun and pons v2, trading moves from the curve to a pool. On pons v1, nothing moves at all. Once a graduated pool's liquidity is locked, the creator cannot withdraw it, which is a real improvement over launchpads where the creator holds the LP. But locked liquidity is not deep liquidity, and it is not a floor under the price.

The risks a launchpad does not remove

The mechanics above fix specific failure modes, and it is worth being precise about which ones.

• Liquidity pulls are largely closed off, not eliminated. A permanently locked pool cannot be drained by the creator on a graduated token. But a launch that never graduates, or one on a platform without a lock, can still leave holders unable to exit at a fair price. The general pattern is covered in how crypto rug pulls work.
• Concentration is untouched. Nothing about a curve or a locked pool stops a handful of wallets from holding most of the supply. Holder concentration is one of the few things you can check before buying; memecoin odds covers how thin the survival rate is.
• Copycat names are structural. pons states that names and symbols can be copied and that only the contract address is canonical. This is true of every permissionless launchpad, and it is the single most common way traders buy the wrong token.
• Creator-controlled fees can still be hostile. An optional creator tax is fixed at launch and capped, but a high one is real cost and it is disclosed at creation. Check it before you trade.
• Smart contracts, bridges, and the chain itself can fail. A launchpad does not remove protocol risk, wallet risk, or the risk of trading a market whose liquidity is thin enough that your own exit moves the price. Slippage is covered in why crypto slippage happens.
• The opening seconds are still adversarial. Instant-pool launches add per-wallet limits and block restrictions; curves add a decaying tax. Both are mitigations for sniping, not eliminations of it.

How to check a launch before you buy

The checklist is short, and it applies to any launchpad.

Where to watch the PONS token

It helps to separate the platform from the token that carries its name. pons is the launchpad. PONS is a single token associated with the protocol: pons's documentation lists it as a graduated reference token launched through the legacy factory, and it is not a governance token.

PONS is also where the protocol's economics become visible. pons states that protocol buybacks use protocol funds to buy PONS and send it to a burn address, reducing circulating supply, and that a manual buyback currently routes 80% of protocol fees through an automated TWAP. Burning does not guarantee a higher price, and the token is not a claim on the platform's revenue.

None of this makes PONS an official Robinhood product. pons is operated by Pons Labs, LLC, and the token trades on third-party venues. You can track it on CoinBeaver's PONS holder and flow dashboard, which charts holder growth, buyback and burn activity, and whale flow from on-chain data.

Conclusion

A token launchpad is a cold-start machine: it turns an idea with no market into a token with a price in one transaction. The two dominant designs get there differently. An instant pool gives the token a real market from block one and relies on short opening limits to blunt sniping. A bonding curve manufactures a counterparty and a deterministic price, then graduates into a locked pool.

pons runs both models on Robinhood Chain, and Pump.fun runs the curve model on Solana. The questions that decide your outcome are the same on either: what asset are you paid in, where is the liquidity after graduation, who holds the supply, what does the creator keep, and is the address you are buying the one you meant to buy. Graduation answers none of those. It tells you a threshold was crossed, and nothing about whether the token is worth holding.

Frequently asked questions