I'm an established Web3 and Smart Contracts engineer with a strong academic background in Blockchain technology. My passion for researching and learning various smart contract protocols and security practices is matched by my dedication to reading and writing about technology. At the heart of my professional ethos lies a relentless pursuit for the decentralization of information and digital assets.
Over the years, I have been a crucial part of numerous software development projects, both big and small. From personal endeavors to discover new technologies and ideas, to creating and maintaining fine-tuned smart contract architectures, I bring the same energy and commitment to each undertaking.
My academic accomplishments include research performed on bytecode compression and re-usability, as well as blockchain governance. With a blend of analytical, creative, and learning skills, I am also able leverage these skills daily to drive team productivity through resilient communication.
- Diamond Foundry - an experimental framework for creating EIP2535 Diamond Proxies with a standalone Factory and Registry, using the Solidity foundry framework.
- Foundry Book - Introduced the naming convention
test_<Action>andtest_RevertsWhen_<Action>for testing functions within the foundry docs. - SaunaBound - A privacy-preserving DeFi protocol (built at ETH Prague) utilizing EIP6551 token-bound accounts, for interacting with lending/borrowing platforms without revealing asset holdings and strategies.
- CropVest - Sustainable investments in agriculture by providing a secure platform for investors to support farmers in real-time & ensure a stable food supply. Used PUSH, Molecule protcols, and Gelato functions for fetching price data.
- G.O.A.T. - Groundbreaking Oracle Aggregation Technology (GOAT) is a tokenized oracle aggregator, which allows token holders access to multiple oracles. Users can mint or rent an NFT, which is required to access the oracle's data feed.
- ERC-6982: Efficient Default Lockable Tokens - A gas-efficient approach to soulbound NFTs, that introduces a default locked state and improvements to event indexing.
- NFT Merkle-Proof Reveal - Contracts and utility scripts for generating a merkle tree based on URI reveal data that is set by a user who has a proof.
- CUDA Fractals - A parallel systolic architecture for generating Mandelbrot and Julia Set using the GPU with the NVIDIA CUDA framework.
- EVM Entropy - An analysis of occurences of EVM opcodes within a dataset of 5,000 smart contracts taken from etherscan.
- Empathy - A computer generated novel - A story-generator based on books taken from Project Gutenberg, that in an ensamble describe the journey of a person from I --> He/She --> You --> We.
- Ethereum RPC Node - Scripts and utilities for creating a local geth node, interact with the chain, deploy some contracts and add other nodes.
- A high-performance native approach to adaptive blockchain smart-contract transmission and execution - Information Processing & Management Journal, Elsevier, 2021
- A Metric-Based Approach to Modelling a Virtual Machine for Smart Contract Execution - International Symposium on Symbolic and Numeric Algorithms for Scientific Computing, IEEE, 2020
- Towards Efficient Governance In Distributed Ledger Systems Using High-Performance Computational Nodes - International Symposium on Symbolic and Numeric Algorithms for Scientific Computing, IEEE, 2020
- Diamond Foundry — A Unified Toolset for Web3 Builders, CoinsBench Medium, 2023
- Achieving Universal and Reusable Smart Contracts via ERC2535 Diamond Proxy Standard, CoinsBench Medium, 2023
- Transforming Web3 through a Diamond Management System, Medium, 2023
