Behind The Shield Jason Griffasi and Trip Harlan (Brain Optimization, Healing TBIs and Altitude Training) - Episode 1203
Jason Griffasi and Trip Harlan are body and brain optimization specialists and the founders of The Bio Optimization Institute. We discuss youth athletics, Trip's traumatic brain injuries, his powerful recovery story, altitude training, neurodegenerative diseases, elite performance and so much more.
Jason combines his personal "pain to purpose" wellness experiences along with over 19 years of launching and scaling companies across wellness, education, and nonprofit sectors. Known for building both digital and physical businesses—from online universities to international conferences—Jason brings a strategic, systems-driven approach to human optimization.
At the Institute, he bridges the gap between science, service, and scalability—delivering transformative experiences that integrate physical, cognitive, and emotional optimization. His leadership plays a key role in expanding flagship programs like The Bio Optimization Protocol and immersive retreats, while guiding clients and partners through the evolving landscape of holistic performance and longevity.Driven by a lifelong mission to help people build successful businesses and balanced lives, Jason empowers entrepreneurs and wellness leaders to align purpose, profit, and personal well-being.
Trip is a leading figure in biohacking innovation, renowned for his expertise in Nobel Prize-inspired oxygenation technology and advanced biohacking protocols.As a co-founder of The Bio Optimization Institute, Trip has revolutionized the wellness industry by integrating Eastern medicine with state of the art health technology.His work with professional athletes has set new standards in performance enhancement and recovery, showcasing his ability to blend scientific excellence with practical application.Trip's leadership and pioneering approach have established him as an expert in health optimization, driving forward the boundaries of what's possible in athletic performance and cellular recovery.