SYSTEM
ARCHITECTURE
[ PROTOCOL SPECIFICATIONS & EXECUTION PHILOSOPHY ]
WHO WE ARE
Zanvexis is an independent engineering studio created to offer technical services for companies, founders, and individuals who need high-performance systems, Web3 infrastructure, secure applications, and custom software execution.
The website works as both a service hub and a technical portfolio. The projects, systems, and articles published here are intended to show real execution capacity, engineering depth, and practical experience across blockchain, automation, security, and full-stack development.
Zanvexis provides freelance and project-based work in areas such as smart contract development, trading infrastructure, backend systems, Web3 integrations, cybersecurity-oriented architecture, technical research, and modern web development.
If you want to hire Zanvexis for a project, request a build, or discuss a technical collaboration, you can use the contact page or the public communication links available on this website.
Quantitative Infrastructure
Development of High-Frequency Trading (HFT) engines and MEV protection layers on Solana. We focus on sub-millisecond latency, leader-aware routing, and atomic execution to ensure capital efficiency in adversarial environments.
Cybersecurity & Auditing
Bytecode-level smart contract audits and the deployment of the Aegis-RS AI-driven firewall. We simulate adversarial state transitions to identify zero-day vulnerabilities before they reach the mainnet.
Agentic Finance (AI)
Orchestration of autonomous AI agents for portfolio management and DeFi strategy automation. Our agents operate within secure sandboxes, executing complex on-chain logic with cryptographic identity verification.
System Design
End-to-end engineering of decentralized platforms, from Rust-based backend protocols to high-performance Next.js interfaces. We build the entire stack with a focus on Neo-Brutalist functionality and security.
// THE ARCHITECT
Execution Specialist
Systems engineer focused on high-performance architectures and decentralized infrastructure. I specialize in reverse-engineering complex protocols and building resilient systems where security meets microsecond execution. My philosophy is rooted in technical brutalism: if it isn't functional and secure at the core, it shouldn't exist.