Trisamya has developed a next-generation bioenergetic technology platform that integrates light, biological intelligence and precision therapeutics to advance human health, performance and healthy longevity.
BIOENERGETICS
PHOTOMEDICINE
NEUROSCIENCE
LONGEVITY
THE BIG IDEA
Cellular function depends on energy, signaling, circadian biology, mitochondrial activity, neuroendocrine communication and immune regulation. Trisamya’s thesis is that precisely delivered light can interact with biological systems and influence cellular signaling, metabolism and physiological function.
THE BIOENERGETIC PLATFORM
MULTISPECTRAL PHOTOBIOMODULATION
Controlled visible-light frequencies delivered through proprietary LED-based systems.
BIOENERGETIC REGULATION
Exploring modulation of cellular metabolism, inflammation, immune signaling, recovery and physiological resilience.
BIOLOGICAL INTELLIGENCE
Integration of biomarkers, physiological signals, EEG and other biological data.
PRECISION THERAPEUTICS
Future AI-guided systems designed to personalize therapeutic parameters according to biological state.
LIGHT
CELLULAR BIOENERGETICS
BIOLOGICAL SIGNALING
PHYSIOLOGICAL REGULATION
DATA & BIOMARKERS
AI-GUIDED PRECISION THERAPEUTICS
APPLICATIONS
Cancer Supportive Care
Supportive applications being investigated alongside translational and clinical research programs.
Neuroregulation & Brain Health
Research applications exploring EEG-guided photobiomodulation for neurodegenerative disorders
Pain, Recovery & Rehabilitation
Potential supportive applications for post-surgical recovery science, rehabilitation and physiological resilience.
Sports Performance
Research applications in recovery, training load, resilience and performance readiness.
Human Performance & Longevity
An emerging frontier integrating recovery, metabolic health, circadian optimization and AI-guided personalization.
Mental Health
Potential applications for anxiety and depression under clinical evaluation and translational research frameworks.
Dental & Oral Health
Supportive and research applications for oral tissue, recovery and inflammation-related pathways.
Immune Regulation
Research applications exploring inflammatory signaling, immune regulation and immune-mediated disorders.
Space Medicine & Microgravity Research
Investigating biological response and non-invasive bioenergetic counter-measures for biological stress
PLANNED CENTER
The planned Trisamya Center for Human Performance & Longevity is envisioned as an integrated environment combining bioenergetic technologies with biological measurement, recovery science and AI-guided personalization to enhance resilience, performance and healthy longevity.
RESEARCH
Trisamya is building its platform through translational research, institutional collaboration and carefully scoped exploration across clinical, biological and performance science domains.
Cancer supportive care
Supportive bioenergetic research programs and translational collaborations.
Immune regulation
Exploring signaling, inflammatory response and biological resilience.
Neuroscience and EEG-guided PBM
Investigating brain-state measurement and targeted photobiomodulation logic.
Regenerative biology
Understanding how physical energy interacts with recovery and tissue biology.
Human performance
Researching recovery, cognition, metabolic function and healthspan measurement.
Microgravity biology and astronaut health
Space health as both astronaut frontier and biological laboratory for Earth medicine.
COLLABORATION ECOSYSTEM
Research spanning oncology · immunology · neuroscience · regenerative biology · human performance · microgravity.
Tata Memorial Centre / ACTREC
Clinical & translational oncology research
National Institute of Immunology
Photo-immunomodulation & immune-mediated disorders
National Brain Research Centre
Neuroscience & neuro-photomedicine
Indian Institute of Technology Bombay
AI, bioengineering & systems research
Institute of Chemical Technology
Photodynamic & translational research
MGM Institute of Health Sciences
Clinical pain management research
DY Patil University
Regenerative biology & sports medicine
Space Microgravity Research Initiative
Trisamya–NII joint project on bioenergetic countermeasures of microgravity
SPACE HEALTH
Exploring biological resilience in the extreme environment of space.
Space is both a frontier for astronaut health and a unique biological laboratory for understanding physiology on Earth. Trisamya’s research interests include immune dysregulation, circadian disruption, musculoskeletal deconditioning, cognitive performance, cellular stress and non-invasive bioenergetic countermeasures.
FUTURE OF PRECISION PHOTOMEDICINE
SENSE
biological state
INTERPRET
AI analyzes signals
PERSONALIZE
wavelength, intensity, timing
DELIVER
bioenergetic intervention
LEARN
measure response and adapt
Scientist · Immunologist · Entrepreneur
FOUNDER
Dr. Shakti Upadhyay
Founder Director · Scientist, Immunologist & Entrepreneur
With more than four decades spanning biomedical research, biotechnology and translational science, Dr. Shakti Upadhyay brings experience across immunology, cell biology and life sciences. He received his PhD from the University of Paris, followed by postdoctoral research experience at UCLA and Harvard Medical School, and subsequently held scientific and leadership positions at the National Institute of Immunology and across the biotechnology and life-sciences industry. Dr. Upadhyay brings decades of experience spanning immunology, cell biology, biotechnology and translational research.
After decades in biomedical science, Dr. Upadhyay founded Trisamya with a simple ambition: to translate the emerging science of bioenergetics and photomedicine into technologies capable of improving human health and wellbeing.
Research & Academic Collaboration
Clinical & Translational Partnership
Investment & Strategic Partnership
