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otl.stanford.edu
Stanford University is a leading research institution that commercializes innovations through its Office of Technology Licensing and the High Impact Technology Fund.
Stanford University is a premier research institution that translates early-stage discoveries into real-world impact through technology licensing and strategic funding. The Office of Technology Licensing supports researchers, startups, and industry partners by identifying, protecting, and commercializing innovations. Through programs such as the High Impact Technology (HIT) Fund, Stanford accelerates collaboration across Life Sciences, Physical Sciences, and Sustainability to advance health, environmental, and societal outcomes. The organization serves academic researchers, entrepreneurs, corporate partners, and investors, providing pathways to licensing, partnerships, and funding to scale technologies from laboratory to market.
Mission statement
To translate Stanford research into real-world benefits by licensing technologies, forming partnerships, and supporting high-impact research through targeted funding programs.
Products & Services
Christa Biologics Product
Improves heart function through mitochondrial transplantation therapy.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/christa-biologics- ✓ Mitochondrial transplantation — Enhances Heart Function
DesRhex Product
Revolutionizes corneal transplantation by enhancing surgical precision.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/desrhex-corneal-endothelial- ✓ Endothelial Corneal Transplant Device — Enables Efficient Surgical Procedures
- ✓ Improved Surgical Precision — Enhances Surgical Accuracy
Exhalos Product
Enables early detection of necrotizing enterocolitis through non-invasive breath testing.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/exhalos-breath-testing- ✓ Breath Testing for NEC — Facilitates Early Diagnosis
Immunera Platform
Enables accurate diagnosis of autoimmune diseases through advanced technology.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/immunera-precision- ✓ Autoimmune Disease Diagnostics Platform — Provides Accurate Diagnoses
Universal Vaccine Platform Platform
Accelerates vaccine development for multiple pathogens and boosts public health readiness.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/universal-vaccine-platform- ✓ Broad Coverage Vaccine Platform — Enables Diverse Vaccine Approaches
- ✓ Rapid Development Cycle — Accelerates Time to Market
- ✓ Modular Design — Adapts to Changing Health Needs
- ✓ Integrated Testing and Evaluation — Streamlines Safety and Efficacy Trials
Milli-Spinner Product
Efficiently removes clots to restore blood flow.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/milli-spinner-thrombectomy- ✓ Clot Removal Thrombectomy — Restores Blood Flow
NOpioid Product
NOpioid offers an innovative solution for pain management without opioids.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/nopioid-next-generation-pain- ✓ Next-generation Pain Therapy — Reduces Pain Effectively
Oligonucleotide Therapeutics Product
Target Specific Genes for Advanced Disease Treatment.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/oligonucleotide-therapeutics- ✓ Oligonucleotide-Based Therapeutics — Target Specific Genes
- ✓ Customization of Therapeutics — Create Tailored Treatments
- ✓ Rapid Development Cycles — Accelerate Development
- ✓ Wide Range of Applications — Address Diverse Diseases
Pediatric Sleep Apnea Testing Device Product
Essential Device for Assessing Pediatric Sleep Apnea.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/pediatric-sleep-apnea- ✓ Pediatric Sleep Apnea Testing — Detects Sleep Apnea In Children
Tracheal Acoustic Monitoring Product
Enables real-time detection of respiratory airflow for better health monitoring.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23lifesciences/tracheal-acoustic-monitoring- ✓ Respiratory airflow monitoring — Detects Airflow Instantly
- ✓ Non-invasive Measurements — Measures Without Surgery
Wearable for Knee Osteoarthritis Product
Helps manage knee osteoarthritis through innovative wearable technology.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/wearable-knee-osteoarthritis- ✓ Knee Osteoarthritis Wearable — Assists In Managing Pain
- ✓ Real-Time Monitoring — Enables Personalized Feedback
- ✓ User-Friendly Interface — Simplifies User Interaction
Haptica Robotics Platform
Enables efficient training of robots through remote operation.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23physicalsciences/haptica-robotics- ✓ Teleoperation Platform — Enhances Training Efficiency
- ✓ Real-Time Control — Facilitates Immediate Corrections
- ✓ User-Friendly Interface — Simplifies Operation
Photonic Routers for Solid-State Imaging Product
Enhances solid-state imaging systems through advanced routing of photonic signals.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23physicalsciences/photonic-routers-solid- ✓ Photonic Routers — Enable Efficient Signal Routing
Nanoscale Lithography Product
Enables Precise Nanoscale Patterning For Advanced Applications.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23physicalsciences/nanoscale-lithography- ✓ Nanoscale Patterning Capability — Achieves High-Resolution Designs
Immersive Virtual Acoustic Spaces Platform
Create Realistic Audio Environments For Enhanced User Experiences.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/Immersive-virtual-acoustic-spaces- ✓ Immersive Acoustic Spaces — Facilitates Engaging Audio Environments
- ✓ Real-time Audio Interaction — Enables Dynamic Audio Adjustments
- ✓ Cross-Platform Compatibility — Increases Accessibility Across Devices
Magnefy Platform
Enhances operational efficiency through predictive maintenance for power assets.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23physicalsciences/magnefy-predictive- ✓ Predictive Maintenance for Power Assets — Optimize Maintenance Scheduling
- ✓ Data-Driven Insights — Enhance Decision-Making
- ✓ User-Friendly Interface — Streamline User Access
Kerra Platform
Sustainable alternative to fossil fuels using keratin technology.
otl.stanford.edu/researchers/high-impact-technology-hit-fund/hit-portfolio%23sustainability/kerra-keratin-based- ✓ Keratin-based platform — Reduces Fossil Fuel Dependency
- ✓ Sustainability Focus — Enhances Environmental Responsibility
Market Segments
Surgical and interventional devices
Devices for surgical and catheter-based interventions to repair or replace tissue and remove vascular obstructions.
Remote patient monitoring
Capabilities that collect, visualize, and act on continuous biometric and patient-reported data to support at-home monitoring and clinician-led interventions.
Biopharmaceutical platforms and therapeutics
Therapeutic platforms and next‑generation biologics including oligonucleotide therapies, universal vaccine platforms, and cell‑based treatments.
Advanced photonics and nanoscale fabrication
Photonics and nanoscale patterning technologies for imaging, sensing, and micro/nanofabrication in electronics, photonics, and biomedical devices.
Industrial automation and control systems
Integration of robotics, conveyors, custom machinery, UL-certified control panels and SCADA for production automation, real-time monitoring, and process optimization.
Related Organizations
Actuvi is a digital healthcare platform enabling local providers to deliver connected, patient-centered care.
Full-service MEP contractor delivering turnkey projects with in-house trades, robotics, and lifecycle design-to-startup services.
Omnicon is a global manufacturing automation partner delivering integrated automation, digital transformation, and data-management solutions to improve productivity and operational excellence.
Design-build electrical contracting for commercial and industrial facilities.
Common Questions
- What does Stanford University do?
- Stanford University is a premier research institution that translates early-stage discoveries into real-world impact through technology licensing and strategic funding. The Office of Technology Licensing supports researchers, startups, and industry partners by identifying, protecting, and commercializing innovations. Through programs such as the High Impact Technology (HIT) Fund, Stanford accelerates collaboration across Life Sciences, Physical Sciences, and Sustainability to advance health, environmental, and societal outcomes. The organization serves academic researchers, entrepreneurs, corporate partners, and investors, providing pathways to licensing, partnerships, and funding to scale technologies from laboratory to market.
- What is Stanford University's role in the Surgical and interventional devices market?
- Devices for surgical and catheter-based interventions to repair or replace tissue and remove vascular obstructions.
- What is Stanford University's role in the Remote patient monitoring market?
- Capabilities that collect, visualize, and act on continuous biometric and patient-reported data to support at-home monitoring and clinician-led interventions.
- How was the Surgical and interventional devices market size estimate for Stanford University calculated?
- Estimate derived by reconciling submarket figures in the provided search results: interventional cardiology devices (~USD 31.1B in 2026, CAGR 6.4%), minimally invasive devices (~USD 46.6B in 2024, CAGR ~4.4%), and powered surgical instruments (~USD 2.52B in 2026, CAGR 4.7%). To avoid double-counting (overlap between minimally invasive and interventional cardiology), the midpoint aggregation yields an approximate global surgical & interventional devices market of ~USD 60B (circa 2025–2026). Growth potential (CAGR ~6.0%) reflects the higher-growth interventional cardiology segment and broader medical-devices market trend (overall medical devices CAGR ~6.9%), balanced against slower segments in powered instruments and minimally invasive devices.
- How was the Remote patient monitoring market size estimate for Stanford University calculated?
- Estimates use multiple market reports in the search results. Global specialist reports cluster around mid-to-high $20–30B in the mid-2020s (GMI, MarketiQuest/LinkedIn). GMI reports USD 26.2B (2025) and USD 28.6B (2026) with 11.2% CAGR; MarketsandMarkets reports the US RPM market at USD 16.09B (2025) with a 12.6% US CAGR, indicating regional variance. Fortune Business Insights provides a higher 2025 estimate (USD 59.92B) and a higher CAGR (19.16%), representing a broader/alternative sizing. I selected a consensus global market size near USD 28.6B and a growth potential of ~11.2% CAGR reflecting corroborating sources.
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