(Panlong LI)
Founder of JasonWheel | Quant Systems Architect
Building the JW4 Engine: AI-enhanced options research infrastructure combining volatility analytics, macro risk controls, and disciplined enterprise architecture.
Master of IT Project Management (1st Class Hons) - AUT (2023)
Master of IT Engineering - Taiyuan University of Technology (2014)
Institutional-grade algorithmic options research infrastructure
JasonWheel is a proprietary quantitative infrastructure project for the US options market. The JW4 Engine combines probability modeling, volatility-state analysis, automated screeners, and AI-assisted interpretation to evaluate high-probability Credit Spread opportunities.
The platform is engineered as a research and execution-support stack rather than a discretionary trading diary, integrating:
"The goal is repeatable, data-led decision support with clear risk boundaries, transparent assumptions, and auditable system logic."
JasonWheel provides technology, analytics, and research infrastructure only. It does not provide financial, investment, or trading advice.
Designing governed research data infrastructure for high-integrity clinical datasets, automated API workflows, and audit-ready analytics pipelines. This work directly reinforces the data discipline behind JasonWheel: clean ingestion, traceable transformations, model-ready datasets, and resilient operating controls.
Led backend architecture, data platforms, and applied AI initiatives across high-availability business systems. Built the engineering foundation later applied to systematic trading infrastructure: monitoring, automation, data quality, and real-time decision support.
Managed high-transaction SQL Server environments, availability planning, and data reliability programs for enterprise clients. Established the database and operational-risk mindset that now underpins quantitative research infrastructure.
Contributions to advanced technical projects including "Anti-Carla" (Driverless simulation research) and the New Zealand NHI Validator.
GitHub