dApp Frontends That Don't Require a Crypto Background to Use
Wallet connection, transaction flows, and on-chain data, built for real users interacting with your protocol, not just crypto-native testers.
dApp Development, Scoped to How Real Users Actually Interact With Your Protocol
A governance interface, a staking dashboard, and a fundraising platform each ask users to do different things on-chain. We scope the frontend around what your users actually need to do, not a generic wallet-connect template.
dApp Frontend Development
The interface layer connecting users to your protocol: built to feel like a normal web application, not a blockchain explorer with buttons on it.
- Interfaces built around real user tasks, not raw contract calls
- Responsive design across desktop and mobile
- Built to stay fast as on-chain data grows
Wallet Integration
Wallet connection built to handle the real failure modes: wrong network, rejected transactions, and users who’ve never connected a wallet before.
- Multi-wallet connection support
- Network detection and switch prompts
- Clear error states for rejected or failed transactions
Transaction Flow and UX Design
Transaction confirmation, gas estimation, and status tracking designed so users understand what they’re signing and what happens next.
- Transaction preview and confirmation screens
- Gas estimation shown in plain terms
- Real-time status tracking from submission to confirmation
Multi-Chain and Multi-Wallet Support
Frontend architecture that supports more than one chain or wallet provider from the start, so expansion later doesn’t mean a rebuild.
- Chain-agnostic frontend architecture
- Support for multiple wallet providers
- Consistent UX across supported chains
Real-Time On-Chain Data Display
Dashboards and activity feeds that turn raw on-chain data into something users can actually read and act on.
- Live balance, position, and activity displays
- Historical transaction and position views
- Data refresh handling for real-time accuracy
dApp Maintenance and Monitoring
Ongoing support for a live dApp: monitoring frontend uptime, RPC reliability, and how the interface behaves as usage grows.
- Frontend uptime and performance monitoring
- RPC and node reliability handling
- Response support when usage surfaces issues
Most dApp frontends are built by the same team that wrote the contracts, which means the UX often assumes the user already understands what they're looking at. We design the interface around how a real user, not a protocol's own engineering team, actually interacts with a wallet, a transaction, and a confirmation screen. The contract logic can be technically correct and still fail as a product if the person using it doesn't trust what they're signing.
dApps We Have Built
Select a category to filter by dApp type.
Governance and DAO Interfaces
Frontends for proposal creation, voting, and treasury visibility, where clarity and trust matter as much as the underlying contract logic.
Staking and Rewards Dashboards
Interfaces for locking assets, tracking rewards, and managing positions, built for users checking in regularly rather than a one-time transaction.
Auditing and Analytics Platforms
Dashboards that turn contract-level or on-chain data into reports and views a non-technical stakeholder can actually use.
Fundraising and Launchpad Interfaces
Participant-facing platforms for token launches and early-stage raises, where allocation and participation logic need to be clear before a user commits funds.
The Technology Behind Every High-Performing dApp
The stack and wallet support come from what your users actually need to do, not a default template. Here’s what’s confirmed so far.
Frontend Framework
React, Next.js, and TypeScript for interfaces that stay fast and maintainable as on-chain data and user activity grow.
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Wallet and Web3 Connectivity
Chain-agnostic wallet connectivity built around what your protocol needs, rather than a single default chain or wallet provider.
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Backend and Infrastructure
Node.js, MongoDB, and AWS for the off-chain application logic, caching, and hosting behind the interface.
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Six Steps, One Trusted Product Partner
Six stages from first call to mainnet, with a checkpoint before each one starts.
01
Discovery
Scoping the User Flows and Wallet Requirements
We start by understanding what your users actually need to do on-chain and which wallets and chains they need to do it with, before scoping a single screen. Discovery ends with a defined scope and a fixed-price proposal.
02
Architecture
Mapping Contract Integration Points
We map how the frontend connects to your contracts, which chains and wallets it needs to support, and how it fails gracefully when something goes wrong.
03
Design
Wallet Connection and Transaction Flows People Can Actually Use
We design wallet connection, transaction confirmation, and gas estimation screens around how real users interact with crypto, not how a crypto-native team assumes they will.
04
Build
Agile Sprints With Testnet Integrations
Our engineering team builds in sprints, integrating against testnet contracts regularly so you can verify the full user flow before it ever touches mainnet.
05
Audit and Security Review
Testing Transaction Safety, Not Just Function
We test wallet connection, transaction signing, and error handling for the failure modes that put users at risk, not just whether the interface loads correctly.
06
Launch
Mainnet Deployment, Monitored
We manage deployment, monitor frontend performance and RPC reliability after launch, and stay on to respond to what real usage surfaces.
Why Businesses Choose Pedals Up, Again and Again
Six things that hold on every dApp we ship, from testnet to mainnet.
Built for Real Users, Not Crypto Natives
We build for how real users interact with wallets and transactions, not how a crypto-native team assumes they will.
Senior Team
The person who scopes your dApp stays accountable for it through mainnet deployment. Not handed off to whoever’s free that week.
Fixed Pricing
Scope and price agreed before work starts. No markup for wallet edge cases or chain support discovered during review.
Weekly Demos
Every week ships a testnet build you can connect a wallet to and test, not a status update describing progress.
Built to Scale
Built on architecture that extends as you add wallets and chains, not rebuilt from scratch the moment you support a second one.
Launch Support
We stay on after mainnet deployment. Real wallet and network conditions find what a testnet never does, and we’re there for it.
The work, with the outcomes
- Gove
A governance platform for decentralized organizations, combining proposal creation, voting, and treasury management into one system for on-chain collective decision-making.
- AudAi.xyz
An AI-powered smart contract auditing platform that scans contracts for vulnerabilities and generates prioritized reports, helping teams catch issues before deployment instead of after.
- Expad
A decentralized fundraising platform combining launchpad infrastructure, staking rewards, and NFT-based participation into one system for early-stage Web3 projects raising capital.
Question you might have,
Answers we definitely got
Do you build the frontend only, or the smart contracts too?
Either. We can build the full stack, contracts and frontend together, or build just the dApp frontend against contracts your team or another team has already written.
Which wallets and chains do you support?
We’re not tied to one wallet provider or chain by default. Wallet and chain support gets scoped around what your users actually need, and we confirm it with you during scoping.
How do you handle users who've never connected a wallet before?
We design the connection and transaction flow around that reality: clear prompts, plain-language error states, and confirmation screens that explain what a transaction actually does before the user signs it.
Can you integrate with a protocol our own team already built?
Yes. We can build a frontend against your existing contracts, whether that means integrating with documentation your team provides or reviewing the contracts directly as part of scoping.
How long does a typical dApp build take?
Timeline depends on the number of user flows, wallet and chain support required, and whether contracts already exist. We confirm an exact timeline on the scoping call, before you commit to anything.
- It's your time to grow
Build a dApp Your Users Don't Need a Crypto Background to Use
Whether you need a full dApp built or a frontend connected to contracts you already have, we can scope your project on a single call.
