Technology
dApps
Build Web3 dApps with wallet auth, on-chain interactions, indexing, and clean backend APIs—designed for reliable UX and safe iteration.
Best For
Ideal use cases
Decentralized finance applications
Blockchain gaming platforms
Decentralized social networks
Trustless marketplaces
Applications requiring blockchain integration
What We Build
Projects we deliver
DeFi applications (DEXs, lending, yield)
Decentralized gaming platforms
Social dApps
Governance platforms
Prediction markets
Decentralized exchanges
Wallet applications
Blockchain explorers
Ecosystem
Compatible tools & integrations
Seamless Integrations
Works with your existing stack
Use Cases
Recommended use cases
DeFi protocols with user interfaces
NFT marketplaces and platforms
Blockchain gaming applications
Decentralized social platforms
Trustless financial applications
Delivery
How we deliver
We develop dApps with proper wallet integration and transaction handling
Implement blockchain indexing for fast data retrieval
Use IPFS for decentralized storage where appropriate
Set up proper error handling for blockchain transactions
Implement transaction status tracking and notifications
FAQ
Frequently asked questions
We optimize transaction costs by batching operations, using Layer 2 solutions, and implementing gas-efficient patterns. We inform users about costs and provide gas estimation.
dApps can work with minimal centralized infrastructure using IPFS, The Graph, and blockchain data. Some features may require backend services for indexing, APIs, or user authentication.
We integrate multiple wallet providers like MetaMask, WalletConnect, and Coinbase Wallet. We handle connection states, account switching, and network detection properly.
AI
Add AI on top of this stack
Two common AI services that pair well with this technology, plus the evidence-first buyer sprint.
Related
Explore related technologies
Regional
Delivery considerations for your region
Data and risk discovery (United States)
Privacy, security, residency, and regulatory requirements differ by workflow. We document the applicable data flows, roles, retention needs, and control owners before recommending an architecture.
The resulting proposal lists the controls and evidence that are actually in scope. It is not a generic compliance, certification, or legal-assurance promise.
- Map data sources, destinations, roles, and sensitive fields
- Record access, retention, logging, and deletion requirements
- Identify required security or procurement evidence before contracting
- Use an NDA or DPA only when the parties mutually execute it
Working model (United States)
Exact live-overlap hours, response expectations, meeting windows, and escalation contacts are confirmed in the proposal for each engagement.
Written decisions, scoped milestones, and asynchronous updates reduce unnecessary meetings without implying an unagreed service level.
- Proposal-specific overlap and meeting windows
- Named owners for decisions and blockers
- Written scope, assumptions, and change decisions
- Milestone cadence agreed before kickoff
Commercial setup (United States)
The contracting entity, proposal currency, invoicing cadence, payment terms, intellectual-property terms, and required vendor documents are agreed before work begins.
The Opportunity Sprint can establish the evidence needed to scope a production pilot; it does not pre-commit either party to a rollout.
- Contracting entity and currency confirmed in writing
- Milestones and acceptance criteria defined in the proposal
- Vendor-document requirements identified before signature
- Scope changes require an explicit written decision
Delivery controls (United States)
Testing, observability, release, security, and handover controls are selected for the actual system risk rather than promised as a generic bundle.
Acceptance measures and production responsibilities are recorded before implementation so both teams know what evidence will support release.
- Risk-based testing and acceptance measures
- Release, rollback, and observability responsibilities
- Security controls tied to the agreed threat model
- Handover artifacts defined in the signed scope
Want to scope this properly?
Need a dApp build plan? Share chain + integrations and we’ll map milestones and a rollout approach. USD-based engagements.
We’ll review the context and reply with a practical next step.