We work across public and permissioned networks, multiple contract languages and the tooling that keeps blockchain systems observable in production.
Network choice follows from your requirements — performance, privacy, cost, ecosystem and compliance.
The reference smart contract platform. EVM development, L2 scaling, account abstraction and standards work.
High-throughput EVM environments for products that need low transaction costs without leaving the EVM ecosystem.
Optimistic rollups for Ethereum-aligned applications with materially lower fees and full EVM compatibility.
Rust programs, parallel execution and low-latency design for high-throughput applications.
Permissioned networks with private channels, known participants and enterprise-grade access control.
Distributed ledger technology for regulated financial processes with point-to-point privacy by design.
| Area | Technology | Used for |
|---|---|---|
| Contract languages | Solidity, Rust, Go | Smart contracts and on-chain programs |
| Token standards | ERC-20, ERC-721, ERC-1155, SPL | Fungible and non-fungible asset contracts |
| Application stack | TypeScript, Node.js, Go, React | dApps, services and integration layers |
| Indexing | Subgraphs, custom indexers | Queryable on-chain data and analytics |
| Node infrastructure | Managed nodes, RPC gateways | Reliable network access and operations |
| Security tooling | Static analysis, fuzzing, formal review | Pre-deployment assurance and audits |
We choose the network and the stack from the business requirements — never from novelty or vendor preference.
Proven patterns, mature tooling and conservative contract code. Innovation belongs in the product, not the plumbing.
Every system ships with monitoring, alerting and an operational view from the first deployment.
Standard interfaces and clear boundaries keep your options open as the ecosystem evolves.
These are the networks we work with most often. If your requirement points to another chain, we evaluate it during discovery and can extend the platform to support it.
In many cases yes. We assess contract portability, data migration and operational impact, then plan a staged migration with rollback options.
Where upgradability is required, we use audited proxy patterns with timelocks and multi-signature control. Where immutability is the safer choice, we say so.
Yes. Our engineers contribute to the tooling and standards we rely on, and we publish internal tools where they are broadly useful.
Send us the requirement — we will recommend the blockchain technology and explain the trade-offs in plain language.
Talk to an Engineer