A portfolio of crypto OSS, leaning into the Solana dev stack.
Cryptuon ships and maintains 20 MIT-licensed projects: Solana coordination networks, cross-chain protocols, smart-contract compilers, validator security, trading systems, and small focused crypto libraries. Built in Rust, Zig, Vyper, TypeScript, and Python.
Blockchain infrastructure is fragmented, slow, and locked to single ecosystems
Developers rewrite smart contracts for every chain. L2s can't talk to each other atomically. Validator operations are risky. Enterprise adoption stalls on interoperability.
Developer Lock-in
Learning Solidity doesn't help on Solana. Clarity doesn't port to EVM. Developers must re-learn and rewrite for each new chain — slowing adoption and fragmenting talent.
Cross-chain Failures
Cross-rollup operations fail partially, leaving funds stranded. No protocol guarantees atomicity across L2s, creating real financial risk for users and protocols.
Validator Risk
Staking validators face slashing from signing bugs — a single misconfigured client can destroy millions. Current tooling offers no safety net between the client and the keys.
Compilers, EVM internals, cross-chain protocols, validator security
Four of the twenty — the rest live on the projects page, grouped by category.
SolScript
Write Solidity. Deploy to Solana.
A compiler that takes Solidity source and emits native Solana programs. Automatic PDA derivation from storage mappings, SPL token operations, Anchor compatibility — no Rust knowledge required.
- Automatic PDA mapping from Solidity storage
- SPL token operations built-in
- VS Code extension with full LSP support
- Published on crates.io as `solscript-cli`
Zig-EVM
The fastest embeddable EVM.
A complete Ethereum Virtual Machine in Zig with wave-based parallel transaction execution. 96+ opcodes, full gas metering, FFI bindings for C/Python/Rust/JavaScript.
- 96+ opcodes, full EVM instruction set
- 5-6x parallel speedup (1000 txns in 162ms)
- O(n) dependency analysis + speculative execution
- Built to embed in L2/rollup execution engines
Tesseract
Atomic swaps across rollups.
A cross-rollup atomic swap protocol for Ethereum L2s. Vyper smart contracts plus a Rust relayer enforce all-or-nothing execution across Ethereum, Polygon, Arbitrum, Optimism, and Base.
- Atomic cross-rollup token swaps
- MEV protection via commit-reveal
- TESS governance token with 5-15% staking APY
- Rust relayer for multi-chain monitoring
nklave
Make slashable signing impossible.
A policy-enforcing trust boundary that sits between PoS validator clients and signing keys. Slashing-prevention rules execute before any signature is produced.
- Works with Lighthouse, Teku, Prysm, Lodestar
- Multi-chain: Ethereum BLS, Cosmos Ed25519
- Append-only audit log with checkpoints
- Published as `nklave-core` on crates.io
Every product starts with a published paper
We don't copy-paste whitepapers. We publish peer-reviewed research, then turn it into code. Our work has been recognized by a16z Crypto Startup School.
Towards Universal Atomic Composability
Cross-chain atomic transactions across Ethereum rollups with formal guarantees.
Generalised DePIN Protocol
A framework for decentralized physical infrastructure networks with economic incentive alignment.
FairFlow Protocol
Equitable MEV mitigation ensuring fair transaction ordering across block producers.
Built different from the start
Research-first, not fork-first
Every product begins with published, peer-reviewed research. We don't fork existing projects — we build novel solutions grounded in formal methods.
Performance languages, not convenience languages
Infrastructure built in Rust and Zig — systems languages chosen for correctness and speed. No runtime overhead, no garbage collection pauses.
Multi-chain from day one
We don't build for one chain and bolt on others. Ethereum, Solana, Stacks, and L2s are first-class citizens across our entire stack.
Open source with commercial edge
MIT-licensed core with enterprise features. Open source drives adoption; commercial offerings drive revenue. The playbook that built Redis, Kafka, and Postgres.
Technology Moats
"Most protocol papers end at simulation. We take them to production."
Four bands of work, twenty projects
The portfolio groups loosely into Solana coordination networks, cross-chain & EVM infrastructure, trading systems, and small focused libraries.
Solana coordination
On-chain coordination layers with staking, slashing, and reward distribution — deepfake detection, affiliate marketing, prediction markets, indexing, AI inference.
DFPN, Njord, Mentat, StreamSync, SolanaLMCross-chain & EVM
Atomic swaps across L2s, sub-400ms cross-chain state sync, an embeddable parallel EVM, and a 21M-supply mineable ERC-20.
Tesseract, Switchboard, Zig-EVM, EVMORETrading & markets
Algorithmic and prediction-market trading frameworks, plus institutional-grade DeFi rails for size without slippage.
PolyBot, dgbit, Moby Market, SarpoyDev tools & libraries
Compilers (Solidity, TypeScript-flavoured Clarity), validator slashing-prevention, blockchain-aware compression, and zero-dep commit-reveal cryptography.
SolScript, StxScript, nklave, blockchain-compression, commit-revealReady to ship research-grade infrastructure?
Whether you're building the next DeFi protocol, running validators, or exploring blockchain for enterprise — we have the infrastructure to accelerate your roadmap.