Tokenised issuance launchpad for a digital-asset bank

The client is a UAE digital-asset bank offering tokenised issuance to its institutional and retail clients. For an issuer, the cost and safety of bringing a token to market directly shape whether clients choose the platform.

Their existing route to market was manual and expensive, with issuance and secondary liquidity handled as separate, fee-heavy steps that eroded the economics for smaller offerings.

Launching a new token meant a fragmented sequence of manual minting, pricing, and a separate handoff to a liquidity venue, each carrying its own fees. The cumulative cost priced smaller issuers out entirely.

The gap between primary issuance and secondary trading was where things broke down, with liquidity migration handled by hand and open to error. A clumsy migration is both a cost and a risk at the moment a token is most fragile.

The bank needed issuance and liquidity to work as one automated, low-fee flow that it could stand behind, without cutting corners on contract safety. Cheaper could not mean riskier.

We built the launchpad on a bonding-curve model in Solidity, so price discovery during issuance was automated and transparent rather than manually set. A bonding curve replaces a chain of manual pricing steps with one deterministic mechanism.

Once an offering reached its threshold, the contracts migrated liquidity automatically into an AMM DEX pool, closing the gap between primary issuance and secondary trading with no manual handoff. Automating the migration removed both the cost and the operational risk of that step.

We engineered the contracts for low gas across the flow, developed and fuzz-tested them with Foundry, and validated the design on Solana's fee profile before launch. The result was issuance at a fraction of the previous fees with contract safety demonstrated up front.