A layout copied from a reference dApp carries that protocol's mechanics, not yours
We build the interface from the contract's real behaviour — required approvals, ordering constraints, revert conditions
So the front end never makes a promise the backend can't execute
Health factor, liquidation price, lockup period and slippage impact belong next to the button, not buried for the confident user to miss
Defaults are set to protect the inattentive user, and a bad route gets a visible warning rather than a quiet execution
A user who understood the tradeoff and took it anyway does not come back angry
Pending, replaced, reverted, partially filled and insufficient allowance are designed screens, not gaps left to engineering
The component library ships with all of them, so implementation doesn't invent its own
This is the difference between a demo that looks finished and a product that behaves on a congested day
Froggik
"DESH Team maintained effective communication throughout the project."
Thanks to DESH Team's work, the client saw increased product recognition within the cryptocurrency community. The team managed the...
Viktoriia Bernatska
Co-Founder
ChainCrafters
"I liked their corporate policy and how they turned to customers and their wishes."
DESH Team delivered the project on time, effectively improving the site's UX and flow. The team took the time to understand the cl...
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CEO, Founder
Dropshipping
"I really like how they treat their clients."
DESH Team successfully completed all deliverables; the branding was a great fit for the client's company, and the website was done...
Tetyana Yarchak
CEO
No, but we do need to know what they will do. We work from the intended mechanics — what a call requires, what it can revert on, what state it changes — and design against that. In practice the design pass often catches mechanics problems while they are still cheap to fix.
Yes. Design and engineering sit in the same team here, so the handoff is internal rather than a document thrown over a wall. Teams that want both usually run design and our dApp development service as one engagement with a single timeline.
As designed moments rather than obstacles to hide. Approvals get explained where they happen and, where the contracts allow, replaced with permit signatures. Slippage gets a sane default, a visible impact estimate and a clear warning when a route is bad. The goal is a user who understands the tradeoff, not one who clicks through it.
Frequently, and it starts with data rather than opinion. We look at where sessions end, which transactions get abandoned after simulation, and which support questions repeat — then prioritise the flows that are actually costing you users and ship changes in slices.
A single flow — a swap, a staking module — is typically 2 to 3 weeks. A full protocol interface with dashboards and a component system runs 8 to 12 weeks. Scoping settles the timeline before production starts.
