A team of 5 engineers with 15 years of combined Solana development experience. We design and build high-performance, mathematically rigorous DeFi infrastructure — from on-chain programs to real-time data pipelines to novel algorithm design.
Five senior engineers. No juniors, no managers, no overhead. Every person on the team ships production code.
Our technical lead holds a PhD in Mathematics. This isn't incidental — it's central to how we work. We derive closed-form solutions where others simulate. We prove correctness where others test-and-hope. When a problem can be solved analytically, we solve it analytically.
15 years of combined experience building on Solana. We understand the account model, the runtime constraints, the fee structures, and the edge cases that only surface in production. We've written custom Solana programs, Geyser plugins, and full-stack DeFi systems from scratch.
End-to-end DeFi infrastructure — from the validator to the user.
Purpose-built on-chain programs optimized for minimal compute. Atomic multi-step transactions, cross-program invocation, on-chain verification logic. Native Rust and Anchor.
Analytical pricing models derived from first principles. Real-time pricing across hundreds of thousands of pools. No third-party SDK dependencies, no black boxes.
Custom Geyser plugin development, zero-copy shared memory IPC, event-driven processing. Sub-millisecond data delivery from validator to application layer.
Market making systems, execution engines, multi-venue routing, MEV strategies. Full-stack trading systems with latency-sensitive architectures and Jito bundle integration.
RPC node optimization, custom Geyser plugin pipelines, validator-level data access. We understand the full stack from the validator runtime to the application layer.
Novel algorithms grounded in mathematics. Graph-based search, optimization under constraints, incremental computation, and piecewise analytical approximation techniques.
We built a complete, production-grade DeFi trading system from scratch — including what is essentially our own aggregator: real-time pricing across every major venue, optimal route discovery, and on-chain execution. Every layer designed and implemented by our team.
Custom Geyser implementation captures account updates directly at the validator. Zero-copy shared memory IPC delivers data with no serialization overhead. Transaction-level batching ensures consistency across pool state.
The core innovation: a mathematically exact quoting engine that prices hundreds of thousands of pools in real time — the equivalent of building our own aggregator from first principles. Instead of simulating each pool on a VM fork, we derived the analytical swap formulas and evaluate them in nanoseconds. Incremental updates mean the pricing surface stays current as on-chain state changes.
Graph-based multi-hop route discovery across every major venue, combining reactive and structural search strategies. A custom Solana program handles atomic on-chain execution with built-in safety guarantees. Jito bundle integration for optimized submission.
Real benchmarks from our production system.
The standard approach in DeFi is to fork a local copy of the Solana VM and simulate every quote. This costs 5–50ms per pool — fine for a handful of pools, unusable at the scale of hundreds of thousands.
We derived exact mathematical formulas for each AMM type and evaluate them analytically. The result is orders of magnitude faster, uses a fraction of the memory, and is continuously verified against simulation in production to guarantee correctness.
We've implemented exact swap math for every major DEX on Solana — not wrappers, not SDKs, but hand-derived formulas from the protocol source code.
Most teams integrate a DEX by calling its SDK or simulating on a local VM fork. We take a different approach: we read the on-chain program source, extract the mathematical specification of the swap function, and implement it ourselves in pure Rust.
This gives us nanosecond evaluation instead of millisecond simulation, full transparency into edge cases and rounding behavior, and zero dependency on external SDK maintainers.
When you need a new DEX integration, a custom pricing engine, or on-chain logic that interacts with existing protocols, we're not starting from zero. We've already gone deep on the math and mechanics of every major AMM model on Solana.
Production-tested tools chosen for performance, correctness, and reliability.
We don't glue libraries together. Our production system is a 9-crate Rust workspace with 570+ source files and a deployed Solana program. Every critical path is code we wrote, tested, and benchmarked ourselves.
Five engineers. PhD-led. 15 years on Solana. We've already built one of the most technically sophisticated DeFi systems on the network. Now we'd like to build yours.