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Learn about the key steps in SRI's founding and rise to prominence as a world-class research institute and innovation center.
1925

Robert Swain
Dr. Robert E. Swain, Stanford University professor of chemistry, championed the idea of an interdisciplinary research institute within the University. Early supporters included Stanford alumnus and trustee, Herbert Hoover, the 31st U.S. President.
1927

Ray Lyman Wilbur
Stanford President Ray Lyman Wilbur recommended that an institute plan be developed.
1929
Stanford's annual report presented a faculty proposal for a research institute. The institute idea was tabled in 1930 as the Great Depression spreads.
1939 Stanford's faculty committee discussed the institute idea while meeting at the Bohemian Grove in Northern California. Ray Lyman Wilbur presented the idea to University trustees.
1941 The institute idea was again tabled when the U.S. enters World War II.
1945 Plans for a research foundation were presented to Stanford President Donald Tresidder and Vice President Alvin Eurich, and to California Governor Earl Warren (later the 14th chief justice of the U.S. Supreme Court). San Francisco businessman Atholl McBean and Ernest Black of the Pacific Research Foundation in Los Angeles met with Eurich at Stanford.

Stanford President Donald Tresidder

California Governor Earl Warren (later the 14th chief justice of the U.S. Supreme Court)

San Francisco businessman Atholl McBean
1946 Atholl McBean continued to campaign for a foundation dedicated to research in science, technology, industry, economics, and management. His dedication led to his eventual acknowledgment as the founder, along with the Stanford University Board of Trustees, of Stanford Research Institute.
1946 Stanford University trustees approved in principle the proposal for a research institute. Articles of incorporation for Stanford Research Institute were signed and filed with the state of California on November 6, and SRI was granted nonprofit status. Stanford University trustees elected 11 SRI directors.
SRI's first research project began in this year—an investigation of improving of the guayule plant as a source of rubber.
1947
The institute moved from the Stanford University campus to Stanford Village, the former site of the U.S. Army's Dibble Hospital in Menlo Park, California—still SRI's headquarters today.
William F. Talbot was named SRI's executive director, and Donald B. Tresidder, president of Stanford University, was named SRI's first chairman. At year's end, the institute had seven employees.

Hoot Gibson
Weldon B. "Hoot" Gibson joined SRI as its third staff member and first chairman of business and economics. He held numerous executive roles, including senior director emeritus from 1988 until his death in 2001. Known as "Mr. SRI", Gibson is credited with building SRI’s international programs and bringing SRI to worldwide prominence.
1948

Jesse E. Hobson
SRI inaugurated the International Division. The institute had 60 active research projects and 198 staff members. Jesse E. Hobson was named SRI's executive director.
1950
SRI opened its Washington, D.C. facility.
1953
SRI's Poulter Laboratory, named after researcher and explorer Thomas Poulter, was founded, marking the beginning of 60 years of research in the response of materials and structures to impacts, fatigue, explosions, and fractures.
Poulter Applied Mechanics
SRI’s Poulter Applied Mechanics, established in 1953, combines experimental and computational capabilities to develop novel solutions related to counter-terrorism, mine neutralization, target breaching, directed energy effects, and a variety of defense problems. The laboratory also works with commercial companies on projects to ensure public safety.
Aerial view of SRI's remote test site.
SRI's privately owned test site contains specialized testing laboratories and hazard testing facilities such as a shock tube for explosive testing, explosive airblast simulation, a large water pool for underwater explosion experiments, and a gas-propelled-projectile launch facility for impact studies. The facility is frequently used to perform studies to ensure that emerging fuels, such as hydrogen and natural gas, can be produced, distributed, and used in a safe manner.
Poulter Laboratory has developed many unique scale-model experimental techniques to evaluate the response of structures to severe dynamic loading, providing significant cost savings in comparison to full-scale testing. The laboratory also develops tailored explosive experiments and systems for reducing collateral damage, such as SRI's patented Dilute Explosive Tile (DET) technology.
1955

E. Finley Carter
E. Finley Carter became SRI's executive director (a title to be changed to president in 1958).
1955
SRI began a 13-year series of transactions to purchase from Stanford University all the land it presently occupies in Menlo Park, California.
1956
SRI's Molecular Physics Laboratory is founded. The lab performs fundamental and applied research in laser sensors, mass spectroscopy, and atmospheric processes. By year's end, the institute had 742 research projects and a staff of 1,408.
1963

Karl A. Folkers
Karl A. Folkers was appointed SRI's president, and SRI opened its Tokyo, Japan office.
1966
SRI's pioneering Artificial Intelligence Center was founded.
Artificial Intelligence Center
SRI's Artificial Intelligence Center (AIC) researches the computational principles underlying intelligence in man and machines. We develop methods for building computer-based systems to learn, perceive and interact with the world, reason, and make decisions. Our activities include:
• Machine learning, with applications to understanding text, speech, and video
• Mixed-initiative planning and workflow management for military and commercial processes
• Intelligent, personalized assistance for information and task management
• Vision, localization, navigation, coordination, and grasping for mobile robots and human-robot interaction
• Acquisition, visualization, and prediction of biochemical pathways in support of drug discovery and engineering new organisms
Leading AI Innovation from R&D to Application
Founded in 1966, the AIC is the source of many seminal contributions to AI in the areas of mobile robotics (Shakey and Centibots), search (the A* algorithm), expert systems (PROSPECTOR), image understanding (the RANSAC algorithm), information extraction from texts (FASTUS), and intelligent agents (PRS).
Technology developed in the center has been fielded in military applications, notably as part of the U.S. Army’s Command Post of the Future (CPoF), and has been licensed to several SRI spin-off ventures such as Siri (acquired by Apple), Trapit (merged with Addvocate), Tempo AI (acquired by Salesforce), Desti (acquired by Nokia), and Kasisto.
1968
Charles A. Anderson became SRI's president.
1970
Stanford Research Institute became independent from Stanford University on January 13.
1977
Stanford Research Institute was renamed SRI International on May 16.
1979

William Miller
William F. Miller was named SRI's president.
SRI established the SRI Fellows Award to recognize the technical, scientific, and professional contributions of SRI staff members.
1987
Sarnoff Corporation (then known as RCA Laboratories) became a wholly owned subsidiary of SRI. In 2011, Sarnoff was integrated fully into SRI.
The head of RCA during World War II was Colonel David Sarnoff, a stocky, square-set, determined man with a slow, subdued voice, who came from Russia as an immigrant at the turn of the century and began as a newspaper seller, messenger boy, and Marconi Wireless operator. He became world famous in 1912, at the age of twenty-one, as the young telegraph operator who first picked up word of the sinking of the Titanic: for seventy-two hours he conducted ships to the stricken vessel. He rose rapidly in the Marconi company, from inspector to commercial manager in 1917. He became general manager of RCA in 1922 at the age of thirty-one and president just before he was 40. Under his inspired organization NBC inaugurated network broadcasting and RCA and NBC became one of the most colossal of the American multinational corporations, pioneers in television and telecommunications.
After Pearl Harbor, Sarnoff cabled Roosevelt, "All of our facilities and personnel are ready and at your instant service. We await your command." Sarnoff played a crucial role, as crucial as Behn's, in the U.S. war effort, and, like Behn, he was given a colonelcy in the U.S. Signal Corps. He solved complex problems, dealt with a maze of difficult requirements by the twelve million members of the U.S. armed forces, and coordinated details related to the Normandy landings. He prepared the whole printed and electronic press-coverage of V-J day; in London in 1944, with headquarters at Claridge's Hotel, he was Eisenhower's inspired consultant and earned the Medal of Merit for his help in the occupation of Europe.
Opening in 1943 with a chorus of praise from various generals, the new RCA laboratories had proved to be indispensable in time of war.
But the public, which thought of Sarnoff as a pillar of patriotism, would have been astonished to learn of his partnership with the enemy through Transradio and TTP. The British public, beleaguered and bombed, would have been equally shocked to learn that British Cable and Wireless, 10 percent owned by the British government, and under virtual government control in wartime, was in fact also in partnership with the Germans and Italians through the same companies and proxies.
Immediately after Pearl Harbor, Hans Blume, manager of Transradio in Chile, set up an arrangement in connection with his related clandestine station, PYL, to transmit Nazi propaganda, coordinate espionage routes, give ship arrivals and departures, supply information on U.S. military aid, U.S. exports, the Latin American defense measures, and set up communications with German embassies throughout South America. Transradio was equally active in Rio and Buenos Aires.
In Brazil, Transradio was known as Radiobras, its mixed American, British, Nazi, and Italian shares permanently deposited in -- of course -- the National City Bank of New York in Rio. Its directors were American, Italian, German, and French. Transradio's London bank transferred as much as a quarter of a million shares of Transradio stock from Nazi-controlled banks to the National City Bank branch in 1942.
In Argentina the board was again a mixture of Nazi, Italian, and Allied members. Like the members of the Bank for International Settlements, though with even less excuse, the directors sat around a table discussing the future of Fascist alliances. So extreme was the situation that many messages could not be sent to Allied capitals by U.S. embassies or consulates without going through Axis hands first.
On March 15, 1942, Transradio in London instructed its Buenos Aires branch to open a radio-photograph circuit to Tokyo. Since British post office authorities were in charge of British Cable and Wireless's wartime operations, the British government was presumed to have authorized this act. On March 16 the U.S. Embassy in Buenos Aires reported to the State Department in Washington that the opening of the radio-photograph circuit "would appear to offer the Japanese opportunity of transmitting news photos unfavorable to the United Nations to Buenos Aires for distribution here and in other countries."
On March 16, Thomas Burke of the State Department sent a note to State's Breckinridge Long saying, over three months after Pearl Harbor, "Now that we are at war and parties to Resolution XL of the Rio Conference, it seems proper to require our companies to desist from carrying any Axis traffic in the other American republics. It is our understanding in this connection that the Treasury Department in the future will require licenses of American communications companies desiring to carry traffic of this nature. ... As far as the past is concerned, it is believed that we can give oral assurances to the companies that they will not be prosecuted against." It is of interest to note that those assurances extended into the future and that indeed the companies were not prosecuted against at any time.
At the same time, London allegedly authorized Transradio to transmit messages from South American capitals direct to Rome. The British authorities had cut off ltalcable's line to Rome at Gibraltar in 1939, but Transradio now took over its Italian partner's transmissions at a 50 percent discount.
Simultaneously, the Transradio stations, according to State Department reports with the full knowledge of David Sarnoff, kept up a direct line to Berlin. The amount of intelligence passed along the lines can scarcely be calculated. The London office was in constant touch with New York throughout the war, sifting through reports from Argentina, Brazil, and Chile and sending company reports to the Italian and German interests.
-- Trading With the Enemy: An Expose of the Nazi-American Money Plot 1933-1949, by Charles Higham
1990

James Tietjen
James Tietjen was appointed SRI's president.
1994

Bill Sommers
William P. Sommers was named SRI's president.
SRI established the Mimi Award as the highest recognition for staff members who have fostered the personal and professional growth of their co-workers.
1996
Commemorating SRI's 50 years, the SRI Alumni Association was established to recognize former staff members whose professional contributions have had significant impact for staff, management, or clients.
1998
BusinessWeek dubbed SRI "Spin-off City"—an innovation engine that creates new businesses to capitalize on SRI technology developments and move them into the marketplace.

Curtis R. Carlson
Curtis R. Carlson became SRI's president and chief executive officer.
He served as the president of SRI International from 1998 to 2014,[3] and oversaw Sarnoff Corporation's full integration into SRI in January 2011.[4][5] During that period he was Chairman of the Sarnoff Corporation....
Carlson has served on several government task forces including the Air Force Scientific Advisory Board, the Army Science Board and the Defense Science Board task force on bio-chemical defense. He also serves on the National Academy of Engineering Committee on Manufacturing, Design, and Innovation, and is a council member on the Government-University-Industry Research Roundtable, a joint body of the National Academy of Sciences, National Academy of Engineering, and the Institute of Medicine.[3] He is a member of the Highlands Group, which makes recommendations to government officials regarding technological developments of interest to the government.
-- Curtis Carlson, by Wikipedia
1996
SRI established the Gibson Achievement Award to honor staff members whose contributions have had a noteworthy impact on the standard of living and on the peace and prosperity of society.
2000

Bill Clinton and Douglas Engelbart
SRI Senior Technical Advisor Emeritus Dr. Doug Engelbart, inventor of the mouse and other foundations of personal computing, received the National Medal of Technology and Innovation—the U.S.' highest technology honor.
Computer Mouse and Interactive Computing
The world's first computer mouse was developed by SRI
Development of the mouse began in the early 1960s by SRI's Douglas Engelbart, while he was exploring the interactions between humans and computers. Bill English, then the chief engineer at SRI, built the first computer mouse prototype in 1964. Designs with multiple buttons soon followed.
A single wheel or a pair of wheels was used to translate the motion of the mouse into cursor movement on the screen. Engelbart was the inventor on the basic patent for what was then called the "X-Y Position Indicator for a Display System." The patent was filed in 1967 and issued in 1970.
SRI licensed the computer mouse technology to Apple, Xerox, and other companies. The mouse became commercially viable in 1984, three years before the patent's expiration.
Mother of All Demos Legacy
Engelbart rehearses "Mother of All Demos"
For Engelbart, the mouse was one part of a much larger technological system whose purpose was to facilitate organizational learning and global online collaboration. When he was a graduate student in electrical engineering, Engelbart began to imagine ways in which all sorts of information could be displayed on the screens of cathode ray tubes, and he dreamed of "flying" through a variety of information spaces.
In early 1959, Engelbart pursued his visionary ideas by formulating a theoretical framework for the co-evolution of human skills, knowledge, and organizations. At the heart of his vision was the computer as an extension of human communication capabilities and a resource for the augmentation of human intellect.
Researchers prepare for demo
By 1968, Engelbart created and became the director of SRI's Augmentation Research Center. With a group of young computer scientists and electrical engineers from the center, on December 9, 1968 he staged a 90-minute public multimedia demonstration at the 1968 Fall Joint Computer Conference in San Francisco. It was the world debut of personal and interactive computing, featuring a computer mouse that controlled a networked computer system to demonstrate hypertext linking, real-time text editing, multiple windows with flexible view control, cathode display tubes, and shared-screen teleconferencing.
For its impact on computing and the world, the 1968 event has been dubbed "the mother of all demos."
2007
With support of state and regional funds, SRI opened new research facilities in Harrisonburg, Virginia and St. Petersburg, Florida.
SRI Shenandoah Valley
SRI Shenandoah Valley focuses on health and biomedical research and drug discovery and development with the ultimate goal of bringing new therapies and diagnostics to market. As part of SRI Biosciences, the research complements research and development (R&D) capabilities at other SRI locations, including SRI's Menlo Park, California headquarters.
SRI’s state-of-the-art 40,000-square-foot research facility is located in Harrisonburg, Virginia on a 25-acre campus in the Innovation Village at Rockingham. The facility provides a convenient base for collaboration with academia, entrepreneurs, government, industry, and investors in Virginia and the greater Washington, D.C. area. SRI moved into its Shenandoah Valley laboratory facility in 2009 and further expanded in 2011 and 2013 to accommodate growth in its R&D programs.
Scientific research at SRI Shenandoah Valley focuses on prevention, detection and treatment of diseases. Activities span basic research in emerging infectious disease, metabolic disease and proteomics; applied research in therapeutics including drugs, biologics, and vaccines; and personalized medicine through the development of companion diagnostics and biomarkers.
Examples of activities at SRI Shenandoah Valley include:
• Virology research in the Center for Immunology and Infectious Diseases focuses on the study of the pathogenesis and transmission of emerging and re-emerging viruses to better inform therapeutic and vaccine discovery for influenza, SARS-CoV, hantaviruses, paramyxoviruses, poxviruses, and flaviviruses. Recent studies have focused on the emerging Middle East Respiratory Syndrome (MERS) coronavirus and the development of potential inhibitors for this acute viral disease.
• One research program in the Center for Chemical Biology focuses on novel and collaborative applications of the fluorescence-based CombiFluor™ technology platform for proteolytic enzyme-based biomarker discovery for therapeutic and diagnostic development.
• The Preclinical Development Section evaluates the safety, pharmacokinetics, and efficacy of a broad range of therapeutics in support of research grants and preclinical development contracts under the National Institutes of Health (NIH) and for other clients.
• The proteomics team in the Center for Cancer and Metabolism has developed a method to find proteins that bind drugs and are thus potential drug targets. This novel method does not require an affinity tag on the drug of interest, which means that it can be applied to any drug, natural product, repurposed drug, or hit from a high-throughput screen. The method is being applied by SRI’s cancer drug discovery program to identify potential novel drug targets.
SRI SV is contributing to regional innovation, with two spin-off companies created to date:
• Redcoat Solutions is developing products to detect and treat infestations of bed bugs (parasitic insects that feed on human blood and cause a number of adverse health effects). The products will allow users to quickly determine when a room is infested with bed bugs before obvious signs of infestation are visible.
• RioGin is researching a technology to increase the half-life and reduce the side-effects of important classes of drugs, such as those used to treat cancer or diabetes.
As SRI Shenandoah Valley conducts cutting-edge research on globally important problems, it serves as a magnet and resource for local faculty and students to actively engage in R&D with real-world applications. SRI's collaborations with leading Virginia academic institutions are facilitated by government funding, sponsored industrial research, and private foundation support.
SRI Shenandoah Valley was established in 2006 as the SRI Center for Advanced Drug Research (CADRE) to foster economic development centered on research and technology. The new facility received support from the Commonwealth of Virginia and partnerships with James Madison University, Rockingham County, the City of Harrisonburg, the Virginia Economic Development Partnership, and the Shenandoah Valley Partnership. Stakeholders include the education sector, business and industry, economic development advocates, workforce development groups, community organizations, and local government.
SRI St. Petersburg
SRI established operations in St. Petersburg, Florida in 2007 with the help of the state's Innovation Incentive Program. The fund invested $20 million over a five-year period to support startup activities and establish a base for the growth of SRI's marine technology and maritime security programs. A partnership with the City of St. Petersburg, Pinellas County, and the State of Florida provided an additional $10 million in funding and land to build a new building for SRI's operations. The city's contribution included the waterfront site at the Port of St. Petersburg and a 10-year facility lease.
2010

Vern Clark
Admiral Vern Clark is named chairman of the SRI Board of Directors.
SRI sold off its spin-off venture Siri to Apple.
2011
SRI subsidiary Sarnoff Corporation, a leader in vision, video, and semiconductor technology innovations, was fully integrated into SRI on January 1.
2012
SRI has conducted more than $4 billion in R&D in the last decade.
2013
SRI has 2,300 employees at 20 locations.
2014

Marianne Byerwalter
Mariann Byerwalter, Chairman, SRI Board of Directors, and Chairman, JDN Corporate Advisory LLC
Mariann Byerwalter joined SRI's Board in 1998 and was named its Chairman in 2014. Byerwalter was previously Chairman of the Board of Directors of the Stanford Hospital and Clinics and is a former Trustee of Stanford University. Prior to that, she served as Chief Financial Officer of Stanford University. Her broad business, finance, and administrative responsibilities at Stanford included government cost and rate studies, business development, and information technology systems and services.
Prior to this she was an entrepreneur and co-founded America First Financial Corporation, which raised funds to purchase and turn-around failed savings and loans from the government. Byerwalter served as Chief Financial Officer at Eurekabank, and Chief Operating Officer of America First Eureka Holdings. She was Vice President of Strategic Planning and Corporate Development at Bank America Corporation.
Byerwalter currently serves on the Boards of Directors of Burlington Capital Group; Franklin Resources, Inc.; Lucile Packard Children's Hospital; Pacific Life Insurance; Redwood Trust, Inc.; Stanford Health Care; and WageWorks.
Byerwalter holds a B.A. degree from Stanford University and an MBA from Harvard Business School. She received the 1998 Financial Woman of the Year Award from the Financial Women's Association of San Francisco, is a Distinguished Honoree for the Harvard Business School Association of Northern California’s “50 Years of Women at HBS,” and has been selected as an Outstanding Director for 2014 by the San Francisco Business Times and Silicon Valley Business Journal.

and William Jeffrey
Mariann Byerwalter is named chairman of the SRI Board of Directors.
William Jeffrey became SRI's president and chief executive officer.
William Jeffrey, Chief Executive Officer
William Jeffrey, Ph.D., is chief executive officer of SRI International, a leading research and development organization serving government and industry. Jeffrey joined SRI in 2014. From 2008 to 2014, Jeffrey was president and CEO of HRL Laboratories, a corporate R&D organization owned by The Boeing Company and General Motors.
Prior to joining HRL, Jeffrey served in the George W. Bush Administration as director of the National Institute of Standards and Technology (NIST). Jeffrey also served in the Executive Office of the President as senior director for homeland and national security and as assistant director for space and aeronautics within the Office of Science and Technology Policy (OSTP).
Earlier in his career, Jeffrey was deputy director for the Advanced Technology Office and chief scientist for the Tactical Technology Office at the Defense Advanced Research Projects Agency (DARPA), and assistant deputy for technology at the Defense Airborne Reconnaissance Office. Jeffrey started his professional career at the Institute for Defense Analyses (IDA).
Jeffrey is an elected Fellow of the American Physical Society, an elected Honorary Member of the International Society of Automation, a recipient of the 2008 Navigator Award from the Potomac Institute for Policy Studies, and a recipient of the Secretary of Defense Medal for Outstanding Public Service.
Jeffrey serves on the board of TE Connectivity, and serves on the Office of Director of National Intelligence (ODNI) Technical Advisory Board. He is also on the Lawrence Livermore National Lab External Review Committee.
Jeffrey received his M.A. and Ph.D. in astronomy from Harvard University, and his B.Sc. in physics is from MIT.
SRI's Phase 1 Clinical Trial and Strategic Development Services facility opened in Plymouth, Michigan.
Phase 1 Clinical Trial and Strategic Development Services Facility
SRI’s Phase 1 Clinical Trial and Strategic Development Services unit operates a state-of-the-art clinical trial facility to provide clients and partners with comprehensive early-stage human research capabilities for new medicines and medical devices. As part of SRI Biosciences, the research leverages research and development (R&D) capabilities at other SRI locations, including SRI's Menlo Park, California headquarters, to provide integrated, comprehensive support and extend product development continuity from the preclinical to the clinical phase.
The Phase I Clinical Trials facility was completed late 2014 and occupies a purpose-built, approximately 9,400 square-foot expansion of the Michigan Life Science and Innovation Center in Plymouth, Michigan, which is centrally situated near academic medical centers in Ann Arbor, Detroit, and Royal Oak and within 20 minutes of the Detroit International Airport. With support from the Michigan Economic Development Corporation (MEDC), the facility was established to advance business, innovation, and human health in this region and beyond.
Phase 1 Clinical Research and Operations
The unit offers Phase 1 clinical studies in patients and healthy volunteers. The 13-bed and 3-infusion chair, state-of-the-art facility includes the examination and research subject rooms and office, reception, pharmacy, and laboratory processing space necessary to enable Phase I clinical research operations and overnight stays for research subjects. Studies include integrated single and multiple ascending dose studies, bioequivalence studies, food-effect studies, and drug-drug interaction studies, as well as Phase 1b trials in patients drawing on a patient base managed by therapeutic area specialists in multiple areas. Access to SRI’s existing strengths in biomarker development facilitates Phase 1b studies in patients with translational biomarker endpoints, which serves to mitigate the risk of late-stage clinical development failure.
Clinical Strategy Development
The unit provides early strategic guidance in the refinement of efficient, scientifically sound development plans leading to a future drug product or device that addresses a well-defined, unmet medical need. The unit’s capabilities build on decades of SRI experience in clinical development and translational medicine across many therapeutic areas in the biotechnology, biopharmaceutical, and nonprofit sectors. Investigators apply SRI Biosciences’ strategic insight, scientific depth and resources, biomarker development and validation strengths, and executional expertise to design and implement customized clinical research programs that maximize the potential for regulatory and commercial success.
Capabilities
View a list of the unit's capabilities and services.
Study Volunteers
Phase 1 Clinical Research and Operations: New medical cures depend on healthy volunteers to participate in research studies of potential new therapeutics, and SRI compensates study participants for their time. Learn more or sign up here.
2015
To expand its capability to meet strategic U.S. Army needs, SRI established a facility in Aberdeen Proving Ground, Maryland.
Meeting Strategic Army Client Requirements at Aberdeen Proving Ground
by Jonathan B. Cory
April 30, 2015
Technitial at proving ground
SRI engages strategic partners within the U.S. Army and the small business community to offer a new operational approach to moving information systems into sustainment. Our cost-effective, iterative, and seamless approach involves subject matter experts from across SRI’s multidisciplinary technology R&D focus areas. To expand our capabilities for Aberdeen Proving Ground (APG) clients, SRI’s Information and Intelligence Systems (I2S) group has opened a new location inside the APG gates.
APG is home to the Army’s Communications and Electronics Command (CECOM), Research and Development Command (RDECOM), Army Research Lab (ARL), Army’s Test and Evaluation Command (ATEC) and Program Executive Offices for Command, Control, Computers Tactical (C3T) and Intelligence Electronic Warfare & Sensors (IEW&S). SRI has provided ongoing support to commands at this location since 2007. We have also supported the Army Reprogramming Analysis Team (ARAT) since 1991, and recently secured a new contract to support ARAT for another three years.
SRI’s new location at APG strategically aligns its business segments to further engage the U.S. Army’s counterparts and shape emerging opportunities within SRI’s R&D divisions. The I2S group has four strategic goals for the facility:
• Develop solutions for clients that bridge gaps in bringing systems from original equipment manufacturer (OEM) support into a U.S. Army program of record.
• Help clients transition systems from R&D to sustainment.
• Partner with emerging small businesses to provide technical depth and capability on restricted contracts.
• Grow SRI’s professional engineering services in the region with links to SRI’s core areas of R&D strength.
As we launch our new facility, we look forward to working together with the local small business community and shape opportunities within the Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) community.
R&D
Advanced Radar
Communications and Networking
Counter-Terrorism
Force Protection
GPS Tracking and Precision Navigation
Homeland Security and National Defense
Information Operations
Intelligence, Surveillance and Reconnaissance
Systems Architecture and Engineering