IBM Advanced Systems Development Division

IBM Research

Company type	Research and development division
Industry	Information technology research
Founded	1945
Headquarters	Yorktown Heights, New York , United States
Area served	Worldwide (more than 170 countries)
Products	Foundational technologies including floppy disk, hard disk drive, magnetic stripe card, relational database concept, Universal Product Code (UPC), Fortran programming language, SABRE airline reservation system, DRAM, copper interconnects, smartphones, portable computing devices, Automated Teller Machines (ATM), silicon-on-insulator semiconductor fabrication techniques, AI platforms such as Watson
Parent	IBM

IBM Research serves as the research and development arm of IBM, a leading American multinational corporation specializing in information technology. Its headquarters are located at the Thomas J. Watson Research Center in Yorktown Heights, New York, situated close to IBM’s primary offices in Armonk, New York. Recognized as the largest industrial research entity worldwide, IBM Research operates in more than 170 countries and maintains twelve laboratories distributed across six continents.

Throughout its history, IBM researchers have been honored with six Nobel Prizes, six Turing Awards, 20 inductions into the U.S. National Inventors Hall of Fame, 19 National Medals of Technology, five National Medals of Science, and three Kavli Prizes. For an unprecedented 25 years in a row, IBM has led global patent applications, establishing a remarkable business milestone.

History

The origins of IBM Research trace back to 1945 with the creation of the Watson Scientific Computing Laboratory at Columbia University, marking IBM’s initial facility devoted exclusively to fundamental scientific inquiry. The organization expanded during the 1950s, setting up multiple sites throughout Westchester County, culminating in the inauguration of the Thomas J. Watson Research Center in 1961.

IBM has introduced numerous foundational technologies including the floppy disk, hard disk drive, magnetic stripe card, the concept of the relational database, the Universal Product Code (UPC), financial swap instruments, the programming language Fortran, the SABRE airline reservation system, DRAM, copper interconnects within semiconductors, smartphones, portable computing devices, Automated Teller Machines (ATM), silicon-on-insulator semiconductor fabrication techniques, and sophisticated artificial intelligence platforms such as Watson.

In nanotechnology, IBM achieved a landmark by manipulating individual atoms using a scanning tunneling microscope to arrange xenon atoms forming the letters "IBM," demonstrating unprecedented precision in atomic-scale engineering.

IBM Research's significant contributions span advanced materials science, high-performance microprocessors and computing architectures, analytical methodologies, algorithm development, software frameworks, and data management solutions. Among its groundbreaking inventions are the Scanning Tunneling Microscope and discoveries related to high-temperature superconductivity—both honored with Nobel Prizes—as well as innovations like LASIK laser eye surgery technology and magnetic storage systems.

Critical computing advancements developed by IBM include the Data Encryption Standard (DES), fast Fourier transform (FFT) algorithms, fractal geometry introduced by Benoît Mandelbrot, MELD-Plus risk assessment tools, one-transistor DRAM technology, Reduced Instruction Set Computing (RISC) architectures, and Deep Blue—the chess computer that triumphed over grandmasters.

Watson’s AI-driven question-answering system gained widespread recognition after winning on Jeopardy! and has since been commercialized through collaborations with healthcare organizations such as Anthem Inc.

Notable IBM researchers

The legacy of IBM Research has been shaped by numerous eminent computer scientists including Frances E. Allen, Marc Auslander, John Backus, Charles H. Bennett, Erich Bloch, Grady Booch, Fred Brooks (author of The Mythical Man-Month), Peter Brown, Larry Carter, Gregory Chaitin, John Cocke, Alan Cobham, Edgar F. Codd, Don Coppersmith, Wallace Eckert, Ronald Fagin, Horst Feistel, Jeanne Ferrante, Zvi Galil, Ralph E. Gomory, Jim Gray, Joseph Halpern, Kenneth E. Iverson, Frederick Jelinek, Reynold B. Johnson, Benoit Mandelbrot, Robert Mercer, C. Mohan, Kirsten Moselund, Michael O. Rabin, Arthur Samuel, Barbara Simons, Alfred Spector, Gardiner Tucker, Moshe Vardi, John Vlissides, Mark N. Wegman and Shmuel Winograd.

Laboratories

IBM maintains 19 research sites distributed among 12 laboratories spanning six continents:

• Africa (Nairobi, Kenya; Johannesburg, South Africa)
• Almaden (San Jose, California, United States)
• Australia (Melbourne)
• Brazil (São Paulo; Rio de Janeiro)
• Cambridge – IBM Research and MIT-IBM Watson AI Lab (Cambridge, Massachusetts, United States)
• China (Beijing)
• Israel (Haifa)
• Ireland (Dublin)
• India (Delhi; Bengaluru)
• Japan (Tokyo; Shin-Kawasaki)
• Switzerland (Zürich)
• IBM Thomas J. Watson Research Center (Yorktown Heights and Albany, New York, United States)

Among IBM’s former research locations are IBM La Gaude near Nice, the Cambridge Scientific Center, IBM New York Scientific Center, 330 North Wabash in Chicago, IBM Austin Research Laboratory, and the IBM Laboratory Vienna.

In 2017, IBM committed $240 million to create the MIT–IBM Watson AI Lab in Cambridge, Massachusetts. This collaboration promotes advancements in artificial intelligence with practical applications for business and society by supporting roughly 50 research initiatives annually. Areas of study include computer vision, natural language understanding, reinforcement learning, as well as AI fairness, security, and dependability.

Almaden in Silicon Valley

Situated in San Jose, California, IBM Research – Almaden undertakes fundamental and applied investigations across computer science, service systems, data storage technologies, physical sciences, and material engineering.

The Almaden campus covers nearly 700 acres within the Santa Teresa Hills overlooking Silicon Valley. Established in 1985 to benefit from proximity to academic institutions such as Stanford University, UC Santa Cruz, and UC Berkeley, it remains primarily occupied by IBM Research alongside other company divisions.

Initially launched as the San Jose Research Laboratory in 1952 under Reynold B. Johnson’s leadership, this site was responsible for developing the IBM 350—the pioneering commercial moving head hard disk drive—introduced in 1956 as part of the IBM 305 RAMAC system. Due to expansion requirements, operations moved to Almaden in 1986.

Significant scientific achievements at Almaden include innovations in photoresist materials and discoveries related to the quantum mirage phenomenon.

Distinguished researchers affiliated with this lab encompass Rakesh Agrawal, Miklos Ajtai, Rama Akkiraju, John Backus, Raymond F. Boyce, Donald D. Chamberlin, Ashok K. Chandra, Edgar F. Codd, Mark Dean, Cynthia Dwork, Don Eigler, Ronald Fagin, Jim Gray, Laura M. Haas, Jean Paul Jacob, Joseph Halpern, Andreas J. Heinrich, Reynold B. Johnson, Maria Klawe, Jaishankar Menon, Dharmendra Modha, William E. Moerner, C. Mohan, Stuart Parkin, Nick Pippenger, Dan Russell, Patricia Selinger, Ted Selker, Barbara Simons, Malcolm Slaney, Arnold Spielberg, Ramakrishnan Srikant, Larry Stockmeyer, Moshe Vardi, Jennifer Widom, and Shumin Zhai.

Australia

IBM Research – Australia was founded in Melbourne in 2009 as an integrated research and development center concentrating on social media analytics, interactive content creation, healthcare data analysis, multimedia processing techniques, and genomic research. The facility was led by figures such as Vice President Joanna Batstone and Professor Iven Mareels and marked IBM’s initial lab combining R&D functions under one roof.

The Melbourne laboratory commenced operations in 2011 with $22 million provided by the Australian Federal Government supplemented by funding from the State Government of Victoria. It ceased activities in 2021 following the conclusion of state tax incentive programs which resulted in layoffs affecting around 80 researchers.

Brazil

Established in 2011 with locations in São Paulo and Rio de Janeiro, IBM Research – Brazil represents one of the twelve global research facilities of IBM Research and marks the company's initial presence in South America. The laboratory concentrates on areas such as Industrial Technology and Science, Systems of Engagement and Insight, Social Data Analytics, and solutions for Natural Resources.

As IBM’s ninth research center overall and the first new lab in over a decade at that time, this initiative underscores the strategic emphasis on emerging markets and the globalization of innovation. Collaborating closely with the Brazilian government, the lab contributes to technological advancements for managing natural resources and supports key events like the 2016 Summer Olympics.

Ulisses Mello, associate director of the lab, highlights four main focus sectors: management of natural resources (including oil, gas, mining, and agriculture), social data analytics (leveraging social media for financial insights), nanotechnology aimed at enhancing device intelligence (such as blood diagnostics and oil extraction), and initiatives toward smarter urban environments.

Japan

IBM Research – Tokyo, previously known as IBM Tokyo Research Laboratory (TRL) until 2009, is among IBM's twelve principal global research centers. It currently employs roughly 200 scientists. Founded in 1982 as the Japan Science Institute (JSI) in Tokyo, it was IBM’s inaugural research facility in Asia. Hisashi Kobayashi served as founding director until 1986 when JSI was renamed IBM Tokyo Research Laboratory. The lab moved to Yamato in 1992 before relocating back to Tokyo in 2012.

In 1988, TRL created the "System for Human-Assisted Language Translation" (SHALT), an English-to-Japanese machine translation system used for translating IBM manuals.

History

TRL transitioned from central Tokyo to co-locate with IBM Yamato in Kanagawa Prefecture in 1993. That same year, it set a world record by generating continuous coherent ultraviolet rays. In 1996, TRL developed the Java Just-In-Time (JIT) compiler, which was subsequently implemented across major IBM platforms. Over time, the lab has delivered numerous significant technological innovations.

Under the leadership of IBM Fellow Chieko Asakawa since 2009, TRL pioneered fundamental technology for IBM’s accessibility tools, including the IBM Home Page Reader (1997) and IBM aiBrowser (2007). The laboratory returned to Tokyo in 2012 at the IBM Toyosu Facility.

Research

Researchers at TRL have been instrumental in achieving multiple scientific and engineering advancements, frequently presenting at international forums and publishing extensively in global academic journals. Their work directly supports IBM's portfolio of products, services, and patents. Key research domains include microdevices, system software, security and privacy, analytics and optimization, human-computer interaction, embedded systems, and service sciences.

Other activities

TRL collaborates with Japanese academic institutions through IBM’s Shared University Research (SUR) program by providing resources such as servers and storage infrastructure. Since 1987, the IBM Japan Science Prize has honored exceptional researchers under age 45 affiliated with Japanese universities or public research organizations in fields like physics, chemistry, computer science, and electronics.

Israel

Founded in 1972 as a modest scientific center, IBM Research – Haifa has grown into a premier laboratory spearheading cutting-edge technology development for IBM. Its operations span three locations within Israel: Haifa, Tel Aviv, and Beer Sheva.

The laboratory’s investigations encompass a broad spectrum of fields including artificial intelligence, hybrid cloud solutions, quantum computing, blockchain technology, Internet of Things (IoT), cybersecurity, and healthcare innovations. Aya Soffer holds the position of IBM vice president for AI technology and leads the Haifa Research Lab.

History

Marking its 30th anniversary, the IBM Haifa Research Lab transitioned to the University of Haifa campus. The lab maintains partnerships with academic organizations throughout Israel, the United States, and Europe, actively participating in multiple EU Horizon 2020 consortiums. By 2020, it employed the highest concentration of advanced degree holders within Israel’s high-tech industry, with its researchers contributing extensively to international conferences and scholarly publications.

In 2014, IBM Research inaugurated the Cybersecurity Center of Excellence (CCoE) in Beer Sheva through a collaboration with Ben-Gurion University of the Negev.

Switzerland

IBM Research – Zurich (previously known as IBM Zurich Research Laboratory or ZRL) serves as IBM’s European research division. Established in 1956, it is situated in Rüschlikon, near Zürich, Switzerland.

Initially located in Adliswil, the Zürich facility relocated to Rüschlikon in 1962. It employs a diverse group of several hundred researchers, graduate students, and postdoctoral fellows representing around 45 nationalities. The site features a Client Center that demonstrates prototype technologies and solutions.

The Zürich lab is distinguished for its scientific breakthroughs, including contributions to Nobel Prize-winning discoveries such as the scanning tunneling microscope (1986) and high-temperature superconductivity (1987). Notable innovations developed there include trellis modulation for data transmission, Token Ring network technology, the Secure Electronic Transaction (SET) protocol for secure payments, and the Java Card OpenPlatform (JCOP) smart card operating system. More recently, it played a role in creating SuperMUC, a supercomputer cooled by hot water.

Research priorities cover emerging chip technologies, nanotechnology, data storage solutions, quantum computing advancements, brain-inspired computing models, security and privacy measures, risk and compliance management, business process optimization, and server infrastructure. The lab collaborates extensively with European universities, government initiatives from both the EU and Switzerland, as well as industry research partners. A prominent project it leads is the DOME initiative that defines an IT strategy for the Square Kilometer Array observatory.

The research structure is divided into four departments: Science & Technology; Cloud and AI Systems Research; Cognitive Computing & Industry Solutions; and Security Research. The lab is currently under the direction of Alessandro Curioni.

On 17 May 2011, IBM together with the Swiss Federal Institute of Technology (ETH) Zurich inaugurated the Binnig and Rohrer Nanotechnology Center located on the Rüschlikon campus.

IBM Scientific Centers

Operating alongside IBM’s main Research Division from 1964 until the early 1990s was a decentralized network known as IBM Scientific Centers. Unlike the centrally managed Research Division based in Armonk, these centers were integrated within their respective regional IBM organizations which provided funding and shaped their strategic priorities. Their mission was to promote localized research expertise and partnerships to strengthen IBM’s presence in various markets.

While IBM Research laboratories imposed strict restrictions on external collaborations due to intellectual property concerns, the Scientific Centers actively engaged in partnerships with universities and public research entities focused on technical applications. This allowed them to pursue a broader range of activities including fundamental research, product development efforts, and applied projects such as satellite-assisted soil classification.

Comprehensive records detail these centers’ thematic concentrations and significant publications up to 1989. The IBM Heidelberg Scientific Center serves as an illustrative example of their development and influence.

Beginning with four centers in the United States in 1964*, this network expanded globally to encompass 26 locations by 1989 before ceasing operations in the early 1990s:

• Bari, Italy (1969–1979)
• Bergen, Norway (since 1986)
• Brasilia, Brazil (1980–1986)
• Cairo, Egypt (since 1983)
• Cambridge, Massachusetts, USA (since 1964)*
• Caracas, Venezuela (since 1983)
• Grenoble, France (1967–1973)
• Haifa, Israel (since 1972)
• Heidelberg, Germany (since 1968)
• Houston, Texas (1966–1974)
• Kuwait City, Kuwait (since 1980)
• Los Angeles, California, USA (since 1964)*
• Madrid, Spain (since 1972)
• Mexico City, Mexico (since 1971)
• New York City (1964–1972)*
• Palo Alto, California, USA (since 1964)*
• Paris, France (since 1977)
• Peterlee, United Kingdom (1969–1979)
• Pisa, Italy (since 1971)
• Philadelphia, Pennsylvania, USA (1972–1974)
• Rio de Janeiro, Brazil (since 1986)
• Rome, Italy (since 1979)
• Tokyo, Japan (since 1970)
• Venice, Italy (1969–1979)
• Wheaton, Maryland, USA (1967–1969)
• Winchester, United Kingdom (since 1979)

Publications

• IBM Journal of Research and Development

External links

• official site of IBM Research
• Archived Projects List (captured 10 December 2005)
• Highlights in Research History (Top Innovations)
• Year-by-Year Research History
• Oral History Interview with Martin Schwarzschild, former head of the Watson Scientific Computation Laboratory at Columbia University, Charles Babbage Institute, University of Minnesota (archived 12 August 2002)
• Technical Journals from IBM Research