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How we build and deliver
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Web3 dApp development services
Build decentralized applications with wallet connections, on-chain transactions and off-chain APIs. We develop the user-facing product and integrations around your core user journey.
Core engineering architecture
Layer 1 and layer 2 integration
We select the network around your application’s security, throughput, cost and integration needs. Where appropriate, layer 2 networks can reduce transaction costs, with trade-offs that we review during architecture design.
We assess decentralized storage options such as IPFS and Filecoin when they fit your requirements. Availability, persistence and access patterns need to be designed and operated as part of the application.
Decentralized storage solutions
Oracle integration for real-world data
Connect smart contracts to external information through appropriate oracle services or approved data feeds. We review data quality, update frequency and failure handling.
Tech stack
Smart contract languages
Solidity
We use Solidity for all EVM-compatible (Ethereum Virtual Machine) chains. We adhere to the OpenZeppelin standards to prevent common vulnerabilities like re-entrancy attacks
We use Solidity for all EVM-compatible (Ethereum Virtual Machine) chains. We adhere to the OpenZeppelin standards to prevent common vulnerabilities like re-entrancy attacks
Rust
For high-performance chains like Solana and Near, we write contracts in Rust. Rust offers memory safety guarantees that prevent entire classes of bugs at compile time
Vyper
We use Vyper when auditability is the main priority. Its restrictive syntax makes it harder to write misleading code
For high-performance chains like Solana and Near, we write contracts in Rust. Rust offers memory safety guarantees that prevent entire classes of bugs at compile time
Vyper
We use Vyper when auditability is the main priority. Its restrictive syntax makes it harder to write misleading code
Development environments and testing
We use suitable development frameworks to compile, test and deploy smart contracts. Local forks and test networks help evaluate integrations before deployment to a live network.
Frontend interaction
The Graph
We use The Graph to index blockchain data. Querying the blockchain directly is slow; The Graph creates subgraphs that allow us to fetch complex data with simple GraphQL queries
We use The Graph to index blockchain data. Querying the blockchain directly is slow; The Graph creates subgraphs that allow us to fetch complex data with simple GraphQL queries
Ethers.js & Web3.js
These libraries connect your frontend UI to the blockchain nodes. They handle wallet connections and transaction signing
These libraries connect your frontend UI to the blockchain nodes. They handle wallet connections and transaction signing
Execution workflows
Semantic architecture and discovery
We define the tokenomics—the economic model of the token—and the state machine of the application. We map out exactly how users will interact with the contracts. We produce a technical specification document that outlines every function, variable, and event
Smart contract development
We write the code using a "Test-Driven Development" (TDD) approach.
- We write a failing test for a specific function (e.g., "User cannot withdraw more than balance")
- We write the smart contract code to pass that test
- We refactor the code to optimize for gas efficiency—minimizing the cost to run the code
Static analysis and security auditing
Review contract logic and permissions, run automated analysis and test unexpected inputs. Independent security review can be included where the project requires it.
Testnet deployment
Deploy to a suitable test network and validate the main user flows, integrations and operational requirements.
Mainnet launch and monitoring
Plan the live deployment, administrative permissions, monitoring and response procedures. Document upgrade mechanisms and their limits where applicable.
Frequently asked questions
Layer 1 is the base network that handles security and consensus. Layer 2 is a secondary framework built on top of Layer 1 to handle transaction speed and scale. We use Layer 1 for settlement and Layer 2 for user activity.
Gas is the transaction fee paid for execution. We look for ways to reduce computational and storage costs while preserving correctness. Actual fees also depend on the network and current demand.
No. You only need a token if your system requires a mechanism to coordinate incentives or governance. Many functional Web3 ecosystems use blockchain solely for immutable data storage and transparent logic, without a native currency.
Yes. We use hybrid architectures. We keep high-value assets and logic on-chain, but store metadata and user profiles in traditional databases or decentralized storage like IPFS. We link them using cryptographic hashes.
Tell us about your Web3 product
Describe the user journey, the network you are considering and the systems it must connect to. We’ll discuss the architecture and first version.