Expert Rust developer and software engineer specializing in P2P networking, distributed systems, and post-quantum cryptography. Creator of The Citadel Protocol - a revolutionary peer-to-peer secure communication framework built in Rust. Founder of Avarok Cybersecurity, delivering cutting-edge networking and security solutions.
My professional path has been focused on Rust development, cybersecurity, cryptography, and secure systems development, with a consistent theme of innovation across different roles.
Founder & Rust Consultant
Avarok CybersecurityCurrent
Leading the development of cutting-edge post-quantum communication protocols. Created The Citadel Protocol, a Rust-based secure communications framework designed to protect against quantum computing threats. Providing expert Rust consulting services for complex systems development.
Software Engineer
Kraken Digital Asset ExchangePrevious
Applied cryptographic expertise to build secure financial systems. Contributed to the development of blockchain integration and digital asset custody solutions.
R&D Engineer II
AnsysPrevious
Engaged in research and development of simulation technologies. Applied technical expertise to engineering challenges in a high-performance computing environment.
Patent Achievement
Recursive Cryptography Protocol
USPTO #12224993
Recognized as patent of the month by the largest R&D advisory firm in the US. The patent discloses a post-quantum session-layer protocol that has highly configurable security settings like matrix-based ratcheting, enforced per-packet perfect forward secrecy, multi-layered encryption, and more depending on application needs
Learning Journey
Educational Background
A diverse educational foundation spanning geospatial sciences, physics, and technical disciplines.
Bachelor of Science
Geospatial Sciences and Geography
Oregon State University
Corvallis, Oregon
Specialized in Geographic Information Systems (GIS) and spatial data analysis, providing a foundation for work with location-based systems and mapping technologies.
Studies in Physics
Physics
California Polytechnic State University
San Luis Obispo, California
Pursued studies in physics for one year, gaining valuable knowledge in the fundamental principles of matter and energy that would later inform cybersecurity and cryptography work.
Honors Diploma
General Studies
DHS
Received an Honors Diploma, demonstrating academic excellence and a foundation for future educational pursuits.
Expertise
Technical Skills
A diverse technical skillset rooted in Rust development, computer security, cryptography and specialized domains.
Rust Programming
98%
Expert-level proficiency in Rust for systems programming, with extensive experience in memory safety, performance optimization, and professional consulting.
Cryptography
90%
Deep understanding of cryptographic algorithms, protocols, and their implementations.
Networking
85%
Extensive knowledge of network protocols, architecture, and secure communication systems.
Java
80%
Proficient in Java development with experience dating back to middle school.
Geographic Information Systems
75%
Specialized knowledge in geospatial data analysis and geographic information systems.
Neural Networks
70%
Experience in designing and implementing artificial neural networks and deep learning systems.
Areas of Specialization
Rust Consultancy
Professional consulting services for Rust-based systems, focusing on performance, safety, and scalability.
Post-Quantum Communication
Development of communication protocols secure against quantum computing threats.
Cryptographic Protocol Design
Invention and implementation of novel cryptographic protocols for secure systems.
Computer & Network Security
Comprehensive approaches to securing computer systems and network infrastructure.
Rust Portfolio
Rust Consultancy & Projects
Leading Rust consultancy specializing in enterprise codebase migrations and high-performance systems. Showcasing expertise in transforming legacy systems to modern, memory-safe Rust implementations with proven performance gains and reduced operational costs.
Atlas Inference Engine
Rust & Machine Learning
Atlas is an open-source LLM inference engine written in pure Rust and CUDA, hand-tuned for NVIDIA DGX Spark. It ships as a single ~75 MB binary with no Python and no PyTorch, runs on edge-class accelerators, and scales across nodes with expert parallelism.
Rust
CUDA
LLM Inference
NVIDIA DGX Spark
Quantization
Expert Parallelism
Highlights
Founder of Atlas Inference
Pure Rust and CUDA — a single ~75 MB binary, no Python or PyTorch runtime
Hand-tuned and verified on NVIDIA DGX Spark (GB10)
Scales across nodes with expert parallelism
Open source, with atlasctl as the fleet control plane
CertifiedCopy exports iPhone and Mac text messages to PDF or CSV entirely inside the browser. The SQLite engine, Apple's undocumented typedstream decoder and the PDF renderer are all compiled to WebAssembly and run on the reader's own machine, so nothing is uploaded — there is no server to upload it to. Every export opens with a SHA-256 record of the source file.
Rust
WebAssembly
Dioxus
SQLite
PDF
PWA
Highlights
100% client-side — the parsing, the search and the PDF all happen in the browser tab
Reverse-engineered Apple's typedstream format to 100% fidelity across 19,724 real messages
Reads a Mac chat.db or finds sms.db inside an iPhone backup automatically
SHA-256 certification page, scoped to FRE 902(14) rather than claiming admissibility
Lighthouse 100 on every category, installable as a PWA, works offline
Premier Rust consultancy firm specializing in migrating legacy codebases to Rust. We help enterprises modernize their tech stack by converting C++, Java, Python, and other language codebases to performant, memory-safe Rust implementations. Expertise in large-scale migrations, performance optimization, and team training.
Rust
Code Migration
Performance Optimization
Enterprise Solutions
Legacy Modernization
Consulting
Highlights
Specialized in enterprise codebase migrations to Rust
Full-service consulting from assessment to implementation
Revolutionary Rust-based peer-to-peer communication protocol implementing post-quantum cryptography. Built entirely in Rust for maximum performance and memory safety. Features advanced P2P networking capabilities with decentralized architecture, enabling secure distributed systems and blockchain-ready infrastructure.
Rust
P2P Networking
Post-Quantum Cryptography
Distributed Systems
Async Rust
Tokio
Highlights
Pure Rust implementation for systems-level performance
Enterprise-grade cybersecurity platform built with Rust for core performance-critical components. Integrates The Citadel Protocol for secure P2P communications. Features Rust-based threat detection engines, network analysis tools, and distributed security monitoring across peer-to-peer networks.
Rust
Java
P2P Architecture
Network Security
Distributed Computing
Cloud Native
Highlights
Rust-powered security engine for real-time threat analysis
P2P network monitoring and intrusion detection
Distributed consensus mechanisms in Rust
High-performance packet processing
Integration with enterprise cloud infrastructure
Rust Neural Network Engine
Rust & Machine Learning
High-performance neural network implementation in pure Rust, demonstrating the language's capabilities beyond traditional systems programming. Explores Rust's potential in AI/ML domains with focus on performance optimization, SIMD operations, and parallel computing for distributed training across P2P networks.
Rust
Machine Learning
SIMD
Parallel Computing
ndarray
rayon
Highlights
Pure Rust ML implementation without Python dependencies
SIMD optimizations for matrix operations
Parallel training using Rayon
P2P distributed training architecture
Memory-safe deep learning operations
Decentralized P2P Storage System
Rust & P2P Networking
Distributed storage solution built entirely in Rust, leveraging peer-to-peer networking for decentralized data persistence. Implements content-addressable storage, distributed hash tables (DHT), and Byzantine fault tolerance. Showcases Rust's strengths in building reliable distributed systems.