SRI International
SRI International is an independent nonprofit research institute with a rich history of supporting government and industry. For almost 80 years, SRI has collaborated across technical and scientific disciplines to discover and develop groundbreaking products and technologies, delivering world-changing solutions for a safer, healthier, and more sustainable future. The Nomura-SRI Innovation Center (NSIC) further enhances SRI's mission by bridging the gap between Japan and Silicon Valley, fostering corporate innovation and talent development.
Industries
N/A
Nr. of Employees
Very Large (1000+)
SRI International
333 Ravenswood Ave, Menlo Park, CA 94025 USA
Awards
Military Infectious Disease - Prototype Innovation Program (MID-PIP)
Patch Dx: A Microneedle Lateral Flow Assay for Infection
Funding (ceiling)
$7,417,223
Award Year
2022
Small Molecule Antibiotic Drug Development for Combating Antibiotic Resistant Bacteria (CARB)
Dual Activities of Novel Lipoxygenase Inhibitors to Combat Gram-negative Pathogens and Sepsis
Funding (ceiling)
$1,943,866.3
Award Year
2019
Patents
Controllable, natural paralinguistics for text to speech synthesis
2025-07-15 • US-12361925-B2
View DetailsMultipath verification of data transforms in a system of systems
2025-06-03 • US-12321326-B2
View DetailsVPA with integrated object recognition and facial expression recognition
2025-04-22 • US-12282606-B2
View Details
Controllable, natural paralinguistics for text to speech synthesis
2025-07-15 • US-12361925-B2
View DetailsMultipath verification of data transforms in a system of systems
2025-06-03 • US-12321326-B2
View DetailsVPA with integrated object recognition and facial expression recognition
2025-04-22 • US-12282606-B2
View DetailsProducts
Cell-selective intracellular delivery platform
Platform for selective delivery of macromolecular therapeutics into targeted cell types and subcellular locations for research and therapeutic applications.
Lipid-based immunotherapy delivery platform
Lipid-carrier platform for antigen delivery to enhance immune responses and support immunotherapy development workflows.
Non-natural polymer discovery platform
Rapid discovery and screening platform for non-natural polymers with protein-like properties for use as therapeutics, diagnostics, or delivery agents.
Curated genomic and organism-specific bioinformatics portals
Curated genome databases and web portals integrating genome annotations with analysis tools to support research and systems-biology studies.
Printed microreactor prototype for CO2-to-methanol conversion
Modular printed microreactor prototype designed for distributed conversion of CO2 and water to methanol using intermittent renewable electricity; includes additive-fabrication design, catalyst testing, and integrated control and monitoring systems to sustain production at low renewable supply levels.
Cell-selective intracellular delivery platform
Platform for selective delivery of macromolecular therapeutics into targeted cell types and subcellular locations for research and therapeutic applications.
Lipid-based immunotherapy delivery platform
Lipid-carrier platform for antigen delivery to enhance immune responses and support immunotherapy development workflows.
Non-natural polymer discovery platform
Rapid discovery and screening platform for non-natural polymers with protein-like properties for use as therapeutics, diagnostics, or delivery agents.
Curated genomic and organism-specific bioinformatics portals
Curated genome databases and web portals integrating genome annotations with analysis tools to support research and systems-biology studies.
Printed microreactor prototype for CO2-to-methanol conversion
Modular printed microreactor prototype designed for distributed conversion of CO2 and water to methanol using intermittent renewable electricity; includes additive-fabrication design, catalyst testing, and integrated control and monitoring systems to sustain production at low renewable supply levels.
Expertise Areas
- Drug discovery and preclinical development
- Clinical trial management
- Diagnostics and biomarker development
- Drug and nucleic-acid delivery technologies
Key Technologies
- Machine learning and explainable AI
- Neurosymbolic AI
- Physics-informed machine learning
- Abstraction-based sim-to-real transfer methods
Key People
News & Updates
By recycling carbon dioxide into methanol, this science supports U.S. climate goals and helps reduce greenhouse gases.
Japan’s new Defense Innovation Science and Technology Institute (DISTI) aims to solve complex research problems and accelerate emerging technologies into use.
The U.S. Department of Education issues a third five-year cooperative agreement to SRI to lead The DaSy Center.
SRI examined how severe weather causes closures of early childhood education program sites while overburdening others, prompting a call to recognize the importance of these critical services and increase support.
DARPA looks to harness SRI’s expertise to speed up tech transition — out of the lab into the real world — and scale DARPA-funded technologies for U.S. national and economic security outcomes.
Researchers from SRI’s Center for Advanced Imaging will help design and build the next generation of space imagers for NASA’s Ultraviolet Explorer telescope.
By recycling carbon dioxide into methanol, this science supports U.S. climate goals and helps reduce greenhouse gases.
Japan’s new Defense Innovation Science and Technology Institute (DISTI) aims to solve complex research problems and accelerate emerging technologies into use.
The U.S. Department of Education issues a third five-year cooperative agreement to SRI to lead The DaSy Center.
SRI examined how severe weather causes closures of early childhood education program sites while overburdening others, prompting a call to recognize the importance of these critical services and increase support.
DARPA looks to harness SRI’s expertise to speed up tech transition — out of the lab into the real world — and scale DARPA-funded technologies for U.S. national and economic security outcomes.
Researchers from SRI’s Center for Advanced Imaging will help design and build the next generation of space imagers for NASA’s Ultraviolet Explorer telescope.