Blockchain & Web3

Decentralized systems, built for the cases that actually need one.

Smart contracts, tokenization and Web3 infrastructure, validated block by block, and audited before anything touches mainnet.

Discuss Your Web3 Project See the work
What we build

Web3 infrastructure, engineered end to end.

01 Solidity / Rust

Smart Contracts

Solidity & Rust contracts written, tested and audited against known attack patterns before deployment.

02 Lending / Staking / DEX

DeFi Protocols

Lending, staking and exchange mechanisms engineered with economic modeling, not just code review.

03 RWA / Equity

Tokenization

Real-world assets, loyalty points and equity represented on-chain with the right compliance controls.

04 Minting / Royalties

NFT Infrastructure

Minting, marketplaces and royalty mechanisms built for utility, not just speculation.

05 MetaMask / WalletConnect

Wallet Integration

Simple, reliable connection flows across MetaMask, WalletConnect and embedded wallet providers.

06 L1 ↔ L2

Cross-chain Bridges

Asset and message passing between chains, built with the security assumptions made explicit.

Also available
DAO & Governance Tooling Web3 Product Integration Token Economics Design Crypto Payments Integration

Not sure which of these your product actually needs? We'll scope it with you before writing a single contract.

Talk through your build

Blockchain platforms we work with.

We stay chain-agnostic by design: the network gets chosen on merit, not habit. Here's what we build on most, and why each one earns its place.

Ethereum remains the deepest smart-contract ecosystem in the industry, the network most of our DeFi, tokenization and NFT work settles to when finality and tooling maturity matter most.

Features
Smart contracts Staking & validators ERC-20 / 721 / 1155 tokens DeFi & lending primitives Account abstraction Layer-2 rollup settlement
2015Mainnet launch
PoSConsensus since the 2022 Merge
EVMOur default smart-contract target

Polygon gives us Ethereum-grade tooling at a fraction of the gas cost, making it our default recommendation for consumer apps and payments where volume is high and fees need to stay low.

Features
Fully EVM-compatible Low, predictable gas fees zkEVM rollup option Fast block confirmation Same Solidity contracts as Ethereum Enterprise & payments tooling
2017Founded as an Ethereum scaling network
PoSPolygon PoS chain
EVMFully compatible tooling

An optimistic rollup that inherits Ethereum's security while cutting gas costs sharply. It's where we land DeFi products that need L1-grade trust without L1 pricing.

Features
Optimistic rollup architecture Settles to Ethereum L1 Fraud-proof security model Lower gas than mainnet Mature DeFi ecosystem EVM-equivalent execution
2021Mainnet launch
OptimisticRollup architecture
L2Settles to Ethereum

Coinbase's OP Stack rollup, built for consumer-facing products that need fast, cheap transactions and a direct bridge to mainstream crypto on-ramps.

Features
Built on the OP Stack Low fees, sub-second UX Coinbase on/off-ramp integration Growing consumer & social apps EVM-compatible tooling Fast-growing developer ecosystem
2023Mainnet launch
OP StackOptimistic rollup framework
L2Settles to Ethereum

When a product needs genuine high throughput and sub-second finality (trading, gaming, real-time settlement), Solana's architecture is built for exactly that.

Features
Sub-second transaction finality High throughput by design Low, flat transaction costs Native SPL token standard Rust-based program development Strong DeFi & consumer app ecosystem
2020Mainnet beta launch
PoHProof-of-History + Proof-of-Stake
RustNative smart-contract language

For consortiums, supply chains and regulated industries that need a shared ledger without a public token or open participation, this is a permissioned network we configure end to end.

Features
Permissioned, private channels No native cryptocurrency required Pluggable consensus mechanisms Enterprise identity & access control Ideal for consortiums Modular, chaincode-based logic
2015Hyperledger founded under the Linux Foundation
PermissionedEnterprise access control
ModularPluggable consensus & ledger
Full-stack Web3 delivery

The scope of our blockchain services.

From the first feasibility conversation to a contract running safely on mainnet, we cover every stage, chain-agnostic, and honest about what your product actually needs.

We assess your business case, evaluate chain architecture and map a realistic path from idea to mainnet, including the honest cases where blockchain isn't the answer.

Feasibility studiesChain selectionArchitecture review

Node infrastructure, indexing and the plumbing that keeps your application talking to the network reliably, long after launch.

Node infrastructureIndexingRPC integration

Supply, incentive and distribution models designed and stress-tested, then shipped as production-grade token contracts.

Token designSupply modelingERC-20 / SPL

Solidity and Rust contracts built for the exact mechanics your product needs, from lending pools to royalty logic.

SolidityRustDeFi logic

Every contract is reviewed against known vulnerability classes before it goes near mainnet, with findings documented for your team and investors.

Static analysisManual reviewAudit reports
Before mainnet

Every contract goes through a real audit, not a checkbox.

Smart contract bugs are permanent and expensive. We audit against known vulnerability classes, run formal testing, and document findings before anything is deployed.

1
Static analysis

Automated scanning for known vulnerability patterns

2
Manual review

Line-by-line review against logic and economic risk

3
Testnet simulation

Real-world scenarios run before mainnet exposure

4
Documented findings

A written report your team and investors can review

Migrating an existing contract, or inheriting someone else's? We audit code we didn't write, too.

Request an audit
An honest assessment

Blockchain solves specific problems. We'll tell you if yours is one.

Good fit
  • Multiple parties need a shared source of truth they don't fully trust each other on
  • Asset ownership needs to be verifiable and transferable without a central registry
  • Transaction history needs to be tamper-evident and publicly auditable
Usually not needed
  • A single trusted party already owns the source of truth
  • The workload needs high write-throughput and low, predictable latency
  • The problem is really "we need a database," not "we need consensus"
Ready to build

Have a Web3 idea you want stress-tested?

Tell us the problem you're solving, and we'll tell you honestly whether a blockchain is the right tool for it.

Discuss Your Web3 Project Get a scoped feasibility review See more work Browse the full portfolio