Stop guessing with "standard ranges." We apply systems engineering principles to your blood work to identify failure modes, optimize signal-to-noise ratios, and architect a roadmap for longevity.
Founders · Executives · Ultra-Endurance Athletes
Standard reference ranges are based on the population average. A population that is increasingly sick and metabolically dysfunctional. Being "in range" often just means you aren't dying yet.
As an engineer, I look for optimal operating parameters. We map your biomarkers against longevity research targets, not the average of a sick population.
READ MORE ON HOW STANDARD RANGES MAY BE LEADING YOU ASTRAY:
Tech Engineer // Biohacker // Ultra-Endurance Athlete
I've spent my career building the most complicated hardware systems known to man. From autonomous vehicles and augmented reality glasses to satellites currently orbiting the Earth.
I realized I was designing these systems with zero failure tolerance, yet treating my own biology with guesswork. That disconnect launched an obsession: optimizing physical and mental performance to extend my "healthspan" as long as possible.
After years of deep-diving literature and testing protocols on myself, my family, and clients, I’ve built a proven engineering framework for biology. I now apply this same rigor to high-performing clients in tech and sport.
I don't gatekeep my findings. I document my n=1 health experiments, blood work analysis, and performance protocols publicly.
Limited spots available for the Q1 2026 cohort.
Remote audits available worldwide. In-person consultations available in Boulder, CO.
The Kestrel Audit requires recent, comprehensive blood work. If you haven't tested recently, I recommend these providers (affiliate partners):