activities · 92
what they do
direct service · 7
- AI integration in education tools AI-Powered Data Science Education ToolsDeveloped SADIE, a middleware framework that enhances the safety and accessibility of AI-powered data science education tools for students.
- Component and system deployment Technology Transfer & PrototypingShipped over 10,000 components and systems, indicating operational delivery of research-derived technologies.
- Component and system prototyping and delivery Technology Transfer & PrototypingShipped over 10,000 components and systems, demonstrating capabilities in engineering, prototyping, and technical delivery.
- Delivery of technology components and systems Technology Transfer & PrototypingShipped over 10,000 components and systems, demonstrating operational capacity in prototyping, manufacturing, and deployment of advanced technological solutions.
- Development of AI-powered educational tools AI-Powered Data Science Education ToolsDeveloped SADIE, a middleware framework that enhances the safety and accessibility of AI-powered data science education tools for students, supporting equitable and secure learning environments.
- Development of AI-powered educational tools AI-Powered Data Science Education ToolsDeveloped SADIE, a middleware framework that enhances safety and accessibility in AI-powered data science education tools for students.
- Development of AI-powered educational tools and accessibility frameworks AI-Powered Data Science Education ToolsDeveloped SADIE, a middleware framework that enhances safety and accessibility in AI-powered data science education tools for students.
advocacy · 8
- AI and child development integration advocacy Advocacy for Responsible AI in EducationAdvocates for the integration of child development science into AI design through published analysis and promotes ethical, developmentally appropriate technology for children.
- AI ethics and child development advocacy Advocacy for Responsible AI in EducationAdvocates for the integration of child development science into AI design through published analysis and promotes responsible innovation in AI systems affecting youth.
- Advocacy and convening on innovation and security Defense Technology & Security Innovation ForumsConvenes forums and publishes analysis on defense technologies, security innovation, and the integration of child development science into AI design to shape policy and ethical standards.
- Convening Discussions on Security and Innovation Defense Technology & Security Innovation ForumsConvenes discussions and forums on advancing security through innovation, such as at the PARC Forum and on the future of defense technologies.
- Convening forums on innovation and national security Defense Technology & Security Innovation ForumsConvenes expert forums such as the PARC Forum and a defense technologies forum to advance security through innovation and explore emerging technological opportunities for national defense.
- Policy and innovation advocacy forums Defense Technology & Security Innovation ForumsConvenes forums such as the PARC Forum and defense technology discussions to advance security, innovation, and responsible AI through expert dialogue.
- Policy and innovation forums Defense Technology & Security Innovation ForumsConvenes forums on defense technologies and security innovation, including the PARC Forum, to advance public dialogue on emerging technology and national security.
- Technology forums and innovation convenings Defense Technology & Security Innovation ForumsConvenes forums and discussions on critical technology topics, including defense innovation and security, to advance public understanding and policy development.
research · 60
- AI and multiagent systems research Advocacy for Responsible AI in EducationDeveloped ToMCAT, a framework integrating Theory-of-Mind reasoning with multiagent diffusion models to generate team-aware plans, and advocates for child development-informed AI design.
- Advanced research in AI, robotics, and autonomous systems AI Navigation and Planning for RoboticsConducts cutting-edge research in artificial intelligence and robotics, including the development of frameworks like ToMCAT for team-aware planning and Graph2Nav for real-time 3D navigation, as well as providing navigation technology for autonomous drones.
- Advanced research in AI, robotics, and autonomous systems AI Navigation and Planning for RoboticsConducts cutting-edge research in AI-driven navigation and planning, including Graph2Nav for 3D object-relation modeling and ToMCAT for team-aware multiagent planning, supporting autonomous systems and robotics applications.
- Advanced research in AI, robotics, and autonomous systems AI Navigation and Planning for RoboticsConducts cutting-edge research in AI planning (ToMCAT), navigation (Graph2Nav), and autonomous robotics, including providing navigation technology to Entropy Robotics for defense and disaster recovery drones.
- Advanced research in AI, robotics, and autonomous systems AI Navigation and Planning for RoboticsConducts cutting-edge research in AI and robotics, including development of ToMCAT for team-aware planning, Graph2Nav for 3D navigation, and providing navigation technology to Entropy Robotics for autonomous drones used in defense and disaster recovery.
- Biomedical and Health Research Biomedical Product Translation and Health Impact ResearchConducts research in biomedical sciences, including the development of male contraceptives, analysis of alcohol use and neurodevelopment, and advancing data exchange in healthcare systems, with over 200 biomedical products moved into clinical trials.
- Biomedical and health research Biomedical Product Translation and Health Impact ResearchAdvanced over 200 biomedical products into clinical trials and conducted preclinical research on male contraceptives and alcohol’s impact on brain development using large-scale longitudinal data.
- Biomedical and health sciences research Biomedical Product Translation and Health Impact ResearchConducts preclinical and clinical research across health domains, including development of a male contraceptive candidate, analysis of alcohol's impact on adolescent brain development, and advancing trustworthy data exchange in healthcare systems.
- Biomedical and health sciences research Biomedical Product Translation and Health Impact ResearchConducts biomedical research to advance human health, including evaluating male contraceptive candidates, studying alcohol’s impact on brain development, and moving over 200 biomedical products into clinical trials.
- Biomedical and health sciences research Biomedical Product Translation and Health Impact ResearchConducts biomedical research including clinical translation of over 200 products, evaluation of male contraceptives in non-human primates, and studies on alcohol’s impact on adolescent brain development using large-scale longitudinal data.
- Biomedical and health sciences research Biomedical Product Translation and Health Impact ResearchConducts biomedical research advancing drug development and public health, including moving over 200 products into clinical trials, evaluating a long-acting male contraceptive in primates, and studying alcohol's impact on adolescent brain development using large-scale longitudinal data.
- Development of quantum and photonic technologies Advanced Materials and Photonics ResearchAdvances research in quantum information systems, photonics, and optics, including secure quantum software assurance and photonic circuits for detecting laser beam origins, with participation in NASA ionospheric studies via radar data sharing.
- Economic and Community Development Research Regional Economic Strategy DevelopmentConducts research and analysis to support economic growth and community connectivity, including strategic roadmaps for bioscience sectors and collaborations with organizations like the Initiative for a Competitive Inner City.
- Education Research and Evaluation Educational Program Evaluation & ResearchConducts extensive research and evaluation in education, including studies on education technology, student data literacy, self-directed learning, and the impact of climate on education systems, with over 110 active projects and 50 years of experience.
- Education research and evaluation Educational Program Evaluation & ResearchConducts long-standing education research and evaluation across 110+ active projects, assessing effective teaching and learning practices, self-directed learning measures, climate impacts on education, and career readiness programs in computer science and cybersecurity.
- Education research and evaluation Educational Program Evaluation & ResearchConducts long-standing education research and evaluation projects, including studies on self-directed learning, career readiness pathways, and climate impacts on education, with over 110 active projects generating $43 million annually.
- Education research and innovation Educational Program Evaluation & ResearchConducts over 110 research and technical assistance projects in education, evaluates programs like Career Connect, and investigates climate impacts on learning; employs over 160 education researchers.
- Education research and innovation Educational Program Evaluation & ResearchConducts long-term education research and evaluation across 110+ active projects, focusing on effective teaching practices, self-directed learning, climate impacts on education, and career readiness in computer science and cybersecurity.
- Education research, evaluation, and innovation Educational Program Evaluation & ResearchConducts over 110 research and technical assistance projects annually in education, evaluates programs like Career Connect, and studies self-directed learning and early childhood education access, with a 50-year history in the field.
- Emergency Services Technology DevelopmentContributed to the development of the 911 emergency call system, enhancing public access to emergency services.
- Emergency and public safety systems innovationContributed to the development of the 911 emergency call system, enabling rapid public access to emergency services, and supports NASA’s ionospheric research through radar data provision.
- Environmental and climate-related scientific research Educational Program Evaluation & ResearchConducts research on climate impacts on education, develops CO2-absorbent materials from window insulation, and studies environmental factors affecting student learning and achievement.
- Federal research funding and project scale Federally and Commercially Funded Biomedical ResearchSecured over $4 billion in federal funding over the past decade, supporting a broad portfolio of research and innovation projects across domains.
- Foundational technology innovation and research Foundational AI and Computing InnovationDeveloped pioneering technologies that contributed to the creation of new industries, including the computer mouse, ARPANET, Shakey the Robot, and Siri. These innovations laid the groundwork for modern computing, networking, and artificial intelligence.
- Foundational technology invention and commercialization Foundational AI and Computing InnovationDeveloped pioneering technologies that led to new industries, including the computer mouse, ARPANET, and Siri, and filed over 13,000 patents with more than 100 active intellectual property licenses.
- Fundamental Technology and AI Research & Development Foundational AI and Computing InnovationConducts foundational research and development in areas such as artificial intelligence, natural language processing, robotics, and computing, leading to the creation of new industries and technologies like Siri, ARPANET, and the computer mouse.
- Genome and metabolic pathway curation Marine Bacterial Genome CurationCreated a manually-curated genome and metabolic pathway database for the marine bacterium Alteromonas macleodii ATCC 27126, hosted in BioCyc, to support biological research.
- Genome and metabolic pathway research Marine Bacterial Genome CurationCreated a manually-curated genome and metabolic pathway database for the marine bacterium Alteromonas macleodii ATCC 27126, hosted in the BioCyc database to support microbiological research.
- Genomic and metabolic pathway curation Marine Bacterial Genome CurationCreated a manually-curated genome and metabolic pathway database for the marine bacterium Alteromonas macleodii ATCC 27126 within the BioCyc platform to support biological research.
- Genomic and metabolic pathway database curation Marine Bacterial Genome CurationCreated a manually-curated genome and metabolic pathway database for the marine bacterium Alteromonas macleodii ATCC 27126, hosted in the BioCyc database collection.
- Genomics and bioinformatics research Marine Bacterial Genome CurationCreated a manually curated genome and metabolic pathway database for the marine bacterium Alteromonas macleodii in BioCyc, supporting systems biology and microbial research.
- Healthcare data and AI integration Health Data Interoperability & ExchangeAdvances trustworthy data exchange across healthcare systems and supports ventures like Vaalia Health that apply causal AI to improve at-home healthcare.
- Healthcare data and system interoperability Health Data Interoperability & ExchangeAdvances trustworthy data exchange across disparate healthcare systems to improve patient safety, reduce errors, and streamline treatment through technical innovation.
- Healthcare data and system interoperability research Health Data Interoperability & ExchangeConducts research to enable trustworthy data exchange across disparate healthcare systems, improving patient safety, reducing errors, and streamlining treatment through secure and interoperable health IT solutions.
- Healthcare data interoperability and safety Health Data Interoperability & ExchangeAdvances secure and trustworthy data exchange across disparate healthcare systems to improve patient safety, reduce medical errors, and streamline treatment processes.
- Imaging and sensor technology innovation Advanced Materials and Photonics ResearchDeveloped DomiNite®-based digital cameras enabling extreme low-light imaging, disrupting analog imaging dominance, and advancing radar data collection for space weather and atmospheric research.
- Intellectual property and technology commercialization Technology Transfer & PrototypingFiles and manages a large volume of intellectual property, with over 13,000 patents filed and more than 100 active licenses, contributing to technology transfer and market impact.
- Intellectual property generation and federal research funding Technology Transfer & PrototypingHolds over 13,000 patents, maintains more than 100 active IP licenses, and has received over $4 billion in federal funding over the past decade to support research and development.
- Invention and development of foundational computing and AI technologies Foundational AI and Computing InnovationDeveloped pioneering technologies including the computer mouse, ARPANET contributions, Shakey the Robot, and Siri—the first virtual assistant using AI and natural language processing—enabling new industries and widespread technological adoption.
- Invention and development of foundational computing and AI technologies Foundational AI and Computing InnovationDeveloped pioneering technologies including the computer mouse, ARPANET contributions, Shakey the Robot, and Siri, the first virtual assistant using natural language processing and AI. These innovations laid the groundwork for modern computing, robotics, and AI-driven personal assistants.
- Invention and development of foundational computing technologies Foundational AI and Computing InnovationDeveloped pioneering technologies including the computer mouse, ARPANET contributions, Shakey the Robot, and Siri, which laid the groundwork for modern computing, robotics, and AI-driven virtual assistants.
- Large-scale research funding and project execution Federally and Commercially Funded Biomedical ResearchSecures and manages substantial federal research funding, receiving over $4 billion over the past decade to support diverse scientific and technological research initiatives.
- Low-light imaging technology development Advanced Materials and Photonics ResearchDeveloped a digital camera using DomiNite® technology to enable extreme low-light imaging, disrupting analog dominance in imaging applications.
- Materials Science and Engineering Research Advanced Materials and Photonics ResearchDevelops advanced materials and manufacturing processes, such as cost-effective ceramic matrix composites, digital camera technology for low-light imaging, and CO2-absorbent materials from window insulation.
- Materials and energy innovation Advanced Materials and Photonics ResearchDevelops novel materials and energy solutions, such as cost-effective ceramic matrix composites for industrial applications and transforming window insulation into CO2-absorbent materials through lab research.
- Materials science and novel manufacturing research Advanced Materials and Photonics ResearchDevelops innovative materials such as cost-effective ceramic matrix composites and CO2-absorbent sponges derived from window insulation, alongside low-light digital imaging technology using DomiNite®.
- Patent development and intellectual property management Technology Transfer & PrototypingFiles and manages a large portfolio of intellectual property, with over 13,000 patents filed and more than 100 active licenses, supporting technology transfer and commercialization.
- Photonics, Optics, and Quantum Technologies Research Advanced Materials and Photonics ResearchAdvances research in photonics, optics, and quantum technologies, including extending software assurance to quantum information systems and using photonic circuits for laser beam identification.
- Policy and strategic planning for regional and sectoral development Regional Economic Strategy DevelopmentDevelops strategic roadmaps and conducts economic analyses to support regional growth, including bioscience sector development in Arizona and community connectivity strategies in partnership with the Initiative for a Competitive Inner City.
- Policy and strategic planning for regional development Regional Economic Strategy DevelopmentCollaborates on strategic initiatives such as developing a roadmap for Arizona’s bioscience sector and analyzing community connectivity strategies for economic growth in partnership with public and nonprofit entities.
- Public safety and emergency systems innovation Advanced Materials and Photonics ResearchContributed to the development of the 911 emergency call system and conducts research on laser beam detection using photonic circuits for civilian and military safety.
- Quantum and photonic technologies research Advanced Materials and Photonics ResearchAdvances research in quantum information systems, photonics, and optics, including improving software assurance for quantum computing and using photonic circuits to detect laser beam origins for safety applications.
- Quantum and software assurance research Advanced Materials and Photonics ResearchConducts research to extend software assurance to quantum information systems and advances photonics, optics, and quantum technologies, including participation in NASA ionospheric studies.
- Quantum, photonics, and advanced materials research Advanced Materials and Photonics ResearchAdvances research in quantum information systems, photonics, and novel materials, including secure quantum computing, laser beam origin detection, and developing cost-effective ceramic matrix composites and CO2-absorbent materials from window insulation.
- Quantum, photonics, and advanced materials research Advanced Materials and Photonics ResearchAdvances quantum information systems, photonic circuits for laser detection, and novel ceramic matrix composites; operates radar systems for ionospheric research and develops low-light imaging technologies.
- Robotics and autonomous systems development AI Navigation and Planning for RoboticsCreated early mobile robots such as Shakey and advanced real-time navigation frameworks like Graph2Nav, and provided navigation technology for autonomous drones used in defense and disaster recovery.
- Scientific Data Collection and ProvisionOperates and provides data from the Poker Flat Incoherent Scatter Radar to support NASA's studies of ionospheric electrical currents.
- Strategic planning and economic development consulting Regional Economic Strategy DevelopmentDevelops strategic roadmaps for regional bioscience sectors and analyzes community connectivity and economic growth strategies in collaboration with organizations like the Flinn Foundation and the Initiative for a Competitive Inner City.
- Strategic sector and regional development planning Regional Economic Strategy DevelopmentDeveloped strategic roadmaps for bioscience in Arizona and analyzed economic growth strategies for underserved communities in collaboration with public and private partners.
- Technology transfer and intellectual property management Technology Transfer & PrototypingManages a robust technology transfer pipeline with over 13,000 patents filed and more than 100 active intellectual property licenses, enabling broad commercial and societal impact of research innovations.
capacity building · 17
- Education technology and data literacy capacity building AI Education Infrastructure & Strategy DevelopmentDevelops national education technology plans and collaborates on initiatives to improve student data literacy by integrating AI and education research.
- Education technology and data literacy initiatives AI-Powered Data Science Education ToolsDevelops national education technology plans, integrates AI into education research to improve student data literacy, and created SADIE, a middleware framework for safer AI-powered data science education tools.
- Education technology and data literacy initiatives AI Education Infrastructure & Strategy DevelopmentDevelops national education technology plans and collaborates on initiatives to improve student data literacy by integrating AI and education research.
- Education technology and data literacy initiatives AI Education Infrastructure & Strategy DevelopmentDevelops national education technology plans and collaborates on improving student data literacy by integrating AI and education research to enhance learning outcomes and accessibility.
- Leadership in quantum and emerging technology consortia Quantum Industry Consortium LeadershipLeads the Quantum Economic Development Consortium to grow the global quantum industry and co-founded the OCUDU Ecosystem Foundation to advance secure computing.
- National technology strategy and policy development Regional Economic Strategy DevelopmentDevelops national and regional technology strategies, including education technology plans, bioscience roadmaps for Arizona, and analyses for urban economic growth and community connectivity.
- Quantum Industry Leadership Quantum Industry Consortium LeadershipLeads the Quantum Economic Development Consortium to advance the global quantum industry.
- Quantum industry development and leadership Quantum Industry Consortium LeadershipLeads the Quantum Economic Development Consortium (QED-C) to advance the global quantum industry through collaboration, standards development, and ecosystem growth.
- Quantum industry development leadership Quantum Industry Consortium LeadershipLeads the Quantum Economic Development Consortium to advance the growth and competitiveness of the global quantum industry.
- Quantum industry development leadership Quantum Industry Consortium LeadershipLeads the Quantum Economic Development Consortium to advance the global quantum industry and support technology translation and collaboration.
- Quantum industry development leadership Quantum Industry Consortium LeadershipLeads the Quantum Economic Development Consortium to advance the global quantum industry and support ecosystem growth.
- Startup incubation and technology commercialization Startup Acceleration & InvestmentSupports a portfolio of over 30 startups, including Vaalia Health, and has facilitated acquisitions by major companies such as Apple, Bayer, Ford, Salesforce, and Yahoo, or public listings on NASDAQ.
- Startup incubation and technology commercialization Startup Acceleration & InvestmentSupports a portfolio of over 30 startups, leading to acquisitions by major companies including Apple, Bayer, Ford, Salesforce, and Yahoo, or public listing on NASDAQ.
- Technology Commercialization and Startup Support Startup Acceleration & InvestmentSupports the commercialization of technologies and fosters innovation by supporting a portfolio of over 30 startups, leading to acquisitions by major companies and public listings, and providing navigation technology to robotics ventures.
- Technology commercialization and startup support Startup Acceleration & InvestmentSupports a portfolio of over 30 startups, including Vaalia Health, and has enabled multiple acquisitions by major companies such as Apple, Bayer, Ford, Salesforce, and Yahoo, or public listings on NASDAQ.
- Technology commercialization and startup support Startup Acceleration & InvestmentSupports a portfolio of over 30 startups, including Vaalia Health, and has enabled acquisitions by major firms such as Apple, Bayer, Ford, Salesforce, and Yahoo, or public listings on NASDAQ.
- Technology transfer and startup incubation Startup Acceleration & InvestmentSupports a portfolio of over 30 startups, including Vaalia Health, and has enabled acquisitions by major firms such as Apple, Bayer, Ford, Salesforce, and Yahoo, or public listings on NASDAQ.
strategies · 49
how they think
Theories of action extracted from this org's own source material. Click any to see the full field of orgs running the same approach.
- AI-Enhanced Education and Evidence-Based Learning Innovation AI-enhanced educationSRI improves teaching and learning by integrating education research with AI technologies, producing evidence-based insights and enhancing student data literacy and outcomes through technology-driven innovations.
- AI-Enhanced Education and Evidence-Based Research Integration AI-enhanced educationSRI improves teaching and learning by combining education research with AI technologies, producing evidence-based insights through integrated expertise in student populations, research methodologies, and data literacy enhancement.
- Collaborative R&D with Strategic Partners collaborative R&DSRI INTERNATIONAL acts as a dedicated research strategic partner, leveraging close collaboration with government and commercial entities to co-develop innovative, tailored solutions to complex scientific challenges, ensuring alignment with client objectives and real-world applicability.
- Collaborative R&D with Strategic Partners collaborative R&DAddresses complex scientific and technological challenges by engaging in close, co-developmental partnerships with government, commercial, and institutional clients, leveraging shared expertise to create innovative and tailored solutions.
- Collaborative R&D with Strategic Partners collaborative R&DSRI INTERNATIONAL acts as a dedicated research partner, leveraging close collaboration with government and commercial entities to co-develop innovative, tailored solutions to complex scientific and technological challenges.
- Collaborative R&D with Strategic Partners collaborative R&DSRI INTERNATIONAL acts as a dedicated research strategic partner, addressing complex scientific and technological challenges through close collaboration with government, commercial, and institutional clients, leveraging flexible business models and co-development to generate new intellectual property and tailored solutions.
- Collaborative R&D with Strategic Partners collaborative R&DAddresses complex scientific and technological challenges by partnering closely with government, commercial, and institutional clients to co-develop innovative, tailored solutions, leveraging shared expertise and resources.
- Collaborative, client-partnered R&D model collaborative R&DSRI acts as a strategic research partner, co-developing innovative solutions with government and commercial clients through close collaboration, leveraging shared expertise and flexible engagement models to address complex scientific and technological challenges.
- Cross-functional, integrated research approach cross-functional collaborationSRI combines expertise across divisions and disciplines—such as education and AI—using integrated models that blend research, technical assistance, and technology innovation to solve multifaceted problems.
- Deep Technology Bench and Systems Engineering multidisciplinary_technology_benchLeverages a broad and deep multidisciplinary technology portfolio and rigorous systems-engineering practices to rapidly develop and manufacture field-ready solutions tailored to specific client challenges.
- End-to-End Deep-Tech Innovation and Commercialization deep_tech_commercializationSRI accelerates deep-tech innovation by guiding transformative solutions from concept through commercialization, using integrated services in research, investment, product development, and startup incubation to transition technologies from proof-of-concept to real-world application and market readiness.
- End-to-End Technology Development and Commercialization concept-to-commercialization pathwayGuides transformative technologies from concept through to real-world application and market readiness by combining research, systems engineering, IP support, and incubation services to accelerate deep-tech innovation and startup success.
- End-to-End Technology Development and Commercialization concept-to-commercialization pathwayGuides transformative technologies from concept through to real-world application and commercialization by combining translational research, systems engineering, IP support, and startup incubation, ensuring practical deployment and market readiness.
- End-to-End Technology Development and Commercialization concept-to-commercialization pathwaySRI advances deep-tech innovation by guiding solutions from concept through translational development to real-world deployment and commercialization, supported by IP access, product expertise, and startup incubation.
- End-to-End Technology Development and Commercialization concept-to-commercialization pathwaySRI advances deep-tech innovation by guiding solutions from concept through to commercialization, using an integrated pipeline that includes proof-of-concept development, prototype creation, IP support, and startup incubation to transition research into real-world applications and market-ready products.
- End-to-end deep-tech commercialization and startup acceleration deep_tech_commercializationSRI accelerates the path from concept to market by providing entrepreneurs and partners with IP, technical expertise, prototyping support, and investment integration, enabling the successful development and deployment of deep technologies.
- Evidence-Based Research Integration in Education evidence-based research integrationImproves teaching and learning by integrating education expertise, research methodologies, and AI-enhanced tools to produce evidence-based insights and enhance student outcomes.
- Evidence-Based, Technology-Enhanced Education Innovation AI-enhanced educationImproves teaching and learning outcomes by integrating rigorous research methodologies with AI-driven tools and cross-disciplinary expertise to enhance student data literacy and educational effectiveness.
- Flexible Research and Business Models flexible_business_modelsAdapts to client needs through dual business models: collaborative research with new IP creation and service-based engagements without IP development, enabling broad applicability across sectors.
- Flexible, Client-Centric Research and Technology Integration flexible_business_modelsSRI applies a multidisciplinary technology bench and flexible business models—ranging from collaborative research with new IP creation to service-based engagements—to address specific organizational needs across industries, ensuring scalable and adaptable solutions.
- Human-Centered AI and Machine Intelligence Development trustworthy AISRI advances trustworthy, neurosymbolic, and edge-based AI systems that enhance human-machine interaction, focusing on transparency, ethical grounding, and context-awareness to enable effective collaboration between humans and intelligent systems.
- Human-Centered AI and Machine Interaction trustworthy AIDevelops advanced AI systems—neurosymbolic AI, AI at the edge, and trustworthy AI—that enhance human-machine collaboration through transparency, ethical grounding, and real-world computing integration.
- Human-Centered AI and Machine Interaction trustworthy AIDevelops advanced AI systems—such as neurosymbolic AI and trustworthy AI—that enhance human-machine collaboration through transparency, context-awareness, and ethical grounding, redefining computing in real-world environments.
- Human-Centered and Trustworthy AI Development trustworthy AISRI advances artificial intelligence through neurosymbolic approaches and edge AI, focusing on redefining human-machine interaction and developing transparent, context-aware, and ethically grounded AI systems that support trustworthy collaboration between humans and machines.
- Human-Centered and Trustworthy AI Development trustworthy AISRI advances AI systems that enhance human-machine interaction through neurosymbolic AI, edge computing, and ethically grounded design, ensuring transparency, context awareness, and trustworthy collaboration.
- Human-centered AI and trustworthy machine interaction trustworthy AISRI advances AI systems that enhance human-machine collaboration by integrating neurosymbolic AI, edge computing, and ethical design principles to create transparent, context-aware, and trustworthy technologies.
- Integrated Innovation Strategy and Policy Translation research-to-policy-translationSRI strengthens science and technology initiatives by providing strategic innovation services—including ecosystem assessment, workforce development, and AI analytics—and translating R&D insights into policy recommendations through multi-sector collaboration.
- Integrated Innovation and Policy Strategy integrated-innovation-strategyStrengthens science and technology initiatives by combining research, innovation strategy, ecosystem assessment, and policy translation to inform decision-making and drive long-term economic and social impact.
- Integrated Innovation and Policy Strategy integrated-innovation-strategyStrengthens science and technology initiatives through integrated services in innovation strategy, ecosystem assessment, workforce development, and policy recommendations informed by R&D and commercialization experience.
- Integrated Innovation and Policy Translation research-to-policy-translationSRI strengthens science and technology initiatives by combining internal R&D and commercialization experience with multi-sector collaboration to inform innovation strategy, ecosystem development, workforce planning, and evidence-based policy recommendations.
- Integrated Translational Research Pipeline integrated_translational_pipelineSRI combines basic research, applied science, and translational development to create biomedical and technological solutions, moving discoveries from the laboratory to practical applications through a structured pipeline that generates early-stage IP and real-world impact.
- Integrated innovation strategy and policy translation research-to-policy-translationSRI strengthens science and technology initiatives by combining internal R&D and commercialization experience with multi-sector collaboration to deliver evidence-informed innovation strategies, ecosystem assessments, and policy recommendations.
- Interdisciplinary Innovation Across Deep-Tech Domains interdisciplinary innovationDrives breakthrough innovation by integrating expertise across diverse scientific and technological fields—such as AI, quantum computing, and sustainability—to solve multifaceted problems and develop next-generation technologies.
- Interdisciplinary and Cross-Functional Innovation interdisciplinary innovationDrives breakthrough innovation by integrating expertise across diverse scientific and technological domains—such as AI, quantum computing, and bioscience—and through cross-functional collaboration across research divisions.
- Interdisciplinary and Cross-Functional Innovation Model interdisciplinary innovationSRI drives innovation by integrating expertise across diverse scientific and technological domains—such as AI, quantum computing, and sustainability—and employs cross-functional teams to solve complex problems from multiple perspectives, supported by a broad and deep multidisciplinary technology bench.
- Interdisciplinary and Cross-Functional Innovation Model interdisciplinary innovationSRI integrates expertise across diverse scientific and technical domains—such as AI, quantum computing, and bioscience—and employs cross-functional teams to solve problems from multiple perspectives, accelerating discovery and application.
- Interdisciplinary and Cross-Functional Innovation Model interdisciplinary innovationSRI integrates expertise across diverse scientific and technological domains—such as AI, quantum computing, and bioscience—using cross-functional teams to solve complex problems from multiple perspectives, driving holistic and transformative innovation.
- Interdisciplinary, bench-to-application innovation pipeline integrated_translational_pipelineSRI integrates deep expertise across scientific and technological domains—such as AI, quantum computing, and bioscience—using a translational research approach that moves discoveries from basic science through applied research to real-world implementation and commercialization.
- Nonprofit Co-Development Model for High-Impact Research nonprofit_co_development_modelLeverages nonprofit status to enable flexible, high-impact research and true co-development partnerships with pharmaceutical and technology partners, based on shared expertise and aligned objectives.
- Nonprofit co-development advantage in high-impact research nonprofit_co_development_modelSRI’s nonprofit status enables flexible, high-impact early-stage research and true co-development partnerships—particularly in biomedicine—where shared expertise and aligned incentives drive innovation without commercial bias.
- Research-Informed Innovation Strategy and Policy research-to-policy-translationSRI leverages its internal R&D and commercialization experience to provide integrated innovation strategy, ecosystem assessment, and policy recommendations, using AI-driven analytics and multi-sector collaboration to strengthen science and technology initiatives and drive long-term social and economic impact.
- Specialized Technology Development in Surveillance and Sensing surveillance and reconnaissance systemsDesigns and deploys advanced intelligence, surveillance, and reconnaissance systems, leveraging sensing and data-to-knowledge technologies for field-ready applications.
- Systems Engineering for Rapid Product Realization rigorous systems-engineeringSRI applies rigorous systems engineering to develop and manufacture field-ready technologies quickly, transitioning proof-of-concept innovations into operational solutions.
- Systems-Driven Technology Development and Deployment rigorous systems-engineeringSRI applies rigorous systems engineering and end-to-end technology development processes to rapidly design, manufacture, and deploy field-ready products and solutions, ensuring robust performance in real-world environments.
- Systems-engineered, field-ready technology development rigorous systems-engineeringSRI applies rigorous systems engineering to rapidly design, develop, and transition technologies from proof-of-concept to robust, deployable products that meet real-world operational requirements.
- Translational Research and Biomedical Pipeline Integration integrated_translational_pipelineSRI combines basic bioscience with applied and translational research to generate early-stage intellectual property and advance biomedical innovations from laboratory discovery to real-world therapeutic applications.
- Translational Research and Biomedical Solution Development translational_research_and_technology_developmentSRI combines basic and applied bioscience research with translational development to generate early-stage intellectual property and advance biomedical technologies from laboratory discoveries to practical therapeutic applications, particularly through co-development with pharmaceutical partners.
- Translational Research and Integrated Biomedical Pipeline integrated_translational_pipelineAdvances biomedical innovation by integrating basic bioscience, applied research, and translational development to generate intellectual property and deliver real-world therapeutic solutions.
- Translational Research and Integrated Pipeline Development translational_research_and_technology_developmentAdvances biomedical and scientific discoveries by integrating basic research, applied innovation, and translational development to generate early-stage IP and transition laboratory findings into practical, real-world applications.
named programs · 18
what they call their work
Artificial Intelligence Center
Conducts advanced research in AI, machine learning, autonomous systems, and human-machine collaboration, including projects like CALO and ToMCAT for cooperative AI agents
Biosciences
Develops transformative approaches and platforms for challenging therapeutic problems, conducting basic and translational research in areas like precision medicine, sleep biology, preclinical development, and diagnostics.
Biosciences Division
Conducts translational biomedical research in precision medicine, sleep biology, diagnostics, and preclinical development, with over 200 products advanced to clinical trials
Center for Vision Technologies
Develops machine vision, augmented reality, and 3D navigation systems such as Graph2Nav for robot autonomy
Clinical Trials Unit (CTU)
A unit within the Biosciences division for conducting clinical trials.
Commercial R&D
Provides scientific R&D services to businesses and organizations, offering access to experts and multidisciplinary teams to conduct experiments, develop complex systems, and generate new discoveries tailored to specific business needs.
Computer Science Lab
Engages in foundational computing research including cybersecurity, formal software methods, and network technologies like early ARPANET and intrusion detection systems
Diagnostics and biosensing
Focuses on diagnostics and biosensing technologies within the Biosciences division.
Information and Computing Sciences
Focuses on artificial intelligence, machine learning, intelligent design, cybersecurity, privacy, and reliable system design, aiming to redefine human-machine interaction and create leading-edge technology solutions.
On-demand manufacturing
Provides on-demand manufacturing capabilities within the Biosciences division.
Precision medicine platforms and programs
Develops and implements platforms and programs for precision medicine within the Biosciences division.
Preclinical development services
Offers services for preclinical development within the Biosciences division.
SRI Climate and Education Initiative
Studies how climate change impacts education systems and children’s learning, and supports state and district preparedness and response strategies
SRI Education
Conducts high-quality research, provides technical assistance, and develops tech-supported innovations to improve teaching and accelerate learning, focusing on reducing barriers and optimizing outcomes for all students.
SRI Education Division
Provides research, technical assistance, and technology innovations in education, focusing on digital learning, STEM, inclusion, and AI in education
Safe and Accessible Data Interactions in Education (SADIE)
Middleware framework to make AI-powered data science tools safer and more developmentally appropriate for students
Sleep biology and neuroscience
Conducts research in sleep biology and neuroscience within the Biosciences division.
Speech Technology and Research Lab
Focuses on speech recognition, speaker identification, engagement analysis, and natural language processing to improve human-computer interaction
relationships · 25
who they work with
- Arkansas Office of Early Childhood Partner — Collaborating with SRI on research to expand early care and education access for children in foster care.
- Arkansas faith-based ECE programs Partner — Conducted research on faith-based early care and education programs in Arkansas and their participation in state systems.
- Commercial partners Partner — Collaborates with commercial partners to improve teaching, education policies, and student learning.
- Department of Defense Partner — Collaborates with SRI to bring integrated systems and solutions to market.
- Federal agencies Partner — Collaborates with federal partners to improve teaching, education policies, and student learning.
- Flinn Foundation Partner — Collaborated with SRI to develop a bioscience roadmap for Arizona.
- Foundations Partner — Collaborates with foundation partners to improve teaching, education policies, and student learning.
- Global Innovation Labs Partner — Strategic partner in delivering deep tech solutions to regional markets.
- Initiative for a Competitive Inner City Partner — Partnered with SRI to study regional economic connectivity and recommend community development strategies.
- Kalekona Radiotheranostics Partner — Collaborates to deliver breakthrough therapies for pancreatic cancer and glioblastoma using SRI’s FOX Three peptide platform
- Linux Foundation Partner — Collaborating through SRI's founding membership in the OCUDU Ecosystem Foundation hosted by the Linux Foundation
- NASA Partner — Collaborates with NASA by providing radar data to study ionospheric plasma currents.
- NASA Partner — Collaborates with SRI to bring integrated systems and solutions to market.
- National Center for Children in Poverty Partner — Collaborating with SRI on research to expand early care and education access for children in foster care.
- National Institutes of Health Partner — Collaborates on research projects, including through 11 partnerships with NIH divisions
- Nonprofit organizations Partner — Collaborates with nonprofit partners to improve teaching, education policies, and student learning.
- PARC Partner — Co-hosted a forum on the future of defense technologies.
- PARC Partner — Co-hosted or convened a forum on defense technologies
- PARC Partner — Convenes forums with PARC on emerging technologies such as defense innovation.
- Quantum Economic Development Consortium Network — Leads and manages the Quantum Economic Development Consortium to grow the quantum industry.
- SRI Consulting Partner — Collaborates with the Center for Innovation Strategy and Policy to deliver innovation training and consulting services.
- State agencies Partner — Collaborates with state partners to improve teaching, education policies, and student learning.
- U.S. Department of Energy Partner — Collaborates with SRI to bring integrated systems and solutions to market.
- University of Arkansas for Medical Sciences Partner — Collaborating with SRI on research to expand early care and education access for children in foster care.
- pharmaceutical and biotech companies Partner — Engages in drug co-development partnerships with pharmaceutical and biotech companies