dApp development
Front ends and services built around real transaction lifecycles.
Web3 & dApps
Web3 and dApp development people can actually use.
Application-layer Web3: wallets, dApps, DeFi interfaces and DAO tooling, designed so the hardest parts of on-chain interaction stay understandable.
The problem
Web3 products often expose the mechanics of the chain directly to the user: unexplained signatures, opaque gas, irreversible steps with no confirmation, failure states that read as raw errors. The technology works; the product does not.
How we approach it
We design the transaction as a user flow, not a call. Every signature is explained in plain language, every irreversible action gets a review step, pending states are first-class, and failures return something a person can act on. Underneath, we keep the on-chain surface small and the off-chain experience fast.
Capabilities
What sits inside this practice.
Wallet solutions
Connection flows, account abstraction and key-management UX.
DeFi applications
Pools, vaults, routing and position interfaces with explicit risk display.
NFT infrastructure
Minting, metadata, royalties and marketplace integration.
DAO tooling
Proposals, voting, treasury views and permissioned operations.
On-chain analytics
Indexing, dashboards and monitoring for live protocols.
Technology
Tools we reach for.
Selected per project against your constraints - never a fixed stack applied by default.
TypeScriptReactviem / ethersAccount abstractionThe GraphIPFSWalletConnectSubgraphsEdge cachingSession keys
Use cases
Where it applies.
Consumer dApps
Interfaces where most users are not crypto-native.
Protocol front ends
Interfaces held to the same standard as the contracts behind them.
Digital collectibles
Issuance and secondary flows with clear ownership semantics.
Community governance
Voting and treasury tooling for distributed organisations.
Process
How delivery runs.
01 DiscoverGoals, constraints, current systems
02 ArchitectDesign and written trade-offs
03 BuildIterative delivery and testing
04 ScaleLaunch, measure, evolve
Case studies
Selected work.
Delivered systems, with the architecture decision behind each.
Multi-tenant crypto trading analytics
A multi-tenant crypto trading analytics dashboard streaming live candles over WebSocket, with MACD, RSI and Ichimoku computed server-side on Fastify and Redis.
RWA tokenization and cross-chain settlement
ERC-3643 permissioned token contracts and cross-chain settlement for real-world asset tokenization, built in Solidity and Hardhat for Luxembourg-focused products.
FAQ
Questions we get asked.
Yes - account abstraction and sponsored transactions can remove that barrier where the economics allow.
As a designed state with progress, expectations and a recovery path, never a spinner.
Yes, through our blockchain practice, so the interface and contract are designed together.
No. If a conventional backend delivers the same guarantees, we will tell you.
Ready to scope it properly?
Bring the problem, the constraints and the deadline. We will come back with an architecture and an honest view of effort.