Fraunhofer

Professional services

Fraunhofer-Gesellschaft is Germany's major applied-research organization, linking scientific research with industrial and public-sector innovation.

Last updated October 14, 2026

Overview

Fraunhofer, formally the Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e. V., is a German applied-research organization whose institutes develop technologies for companies, governments, and other research partners. It is best understood not as a conventional consumer brand but as a federation of specialized research institutes operating under a common name, governance model, and technology-transfer mission. The organization is headquartered in Munich and has a broad network of institutes and research units across Germany, with international activities and partnerships. The society was established in 1949 during the reconstruction of Germany’s scientific and industrial system after the Second World War. It was named after Joseph von Fraunhofer, the nineteenth-century physicist, optician, and entrepreneur associated with precision optics and the discovery of dark absorption lines in the solar spectrum. Fraunhofer’s institutional model places practical industrial relevance alongside scientific quality. Its institutes work in fields including information and communication technology, production, materials, energy, microelectronics, health, security, mobility, environmental technology, and defense-related research. A central feature of the Fraunhofer model is mixed funding. Core institutional support is provided through public sources, while a substantial part of project activity is financed through contracts from industry and the public sector, competitive research programs, and collaborative projects. This structure allows institutes to pursue longer-term research while remaining closely connected to practical applications. Contract research can range from feasibility studies and laboratory development to prototypes, testing, certification, software, production processes, and support for commercialization. Fraunhofer has become internationally recognized for technologies that moved from research laboratories into widespread use. Its most famous public association is the MP3 audio-coding technology developed at the Fraunhofer Institute for Integrated Circuits IIS in Erlangen, in cooperation with partners in the Moving Picture Experts Group and related standardization efforts. Fraunhofer institutes have also contributed to areas such as industrial automation, digital media, semiconductor technology, renewable energy, medical systems, additive manufacturing, cybersecurity, and sustainable production. The organization operates through a decentralized structure. Each institute has its own scientific and commercial focus, leadership, facilities, and external partners, while the central society coordinates strategy, representation, funding principles, quality processes, and international engagement. This arrangement enables specialization but also means that Fraunhofer is not a single-product company with one uniform commercial offering. Its reputation is instead built from the combined capabilities of its institutes and the credibility of the Fraunhofer name in technology transfer. Fraunhofer’s customers and partners include large corporations, small and medium-sized enterprises, public authorities, universities, and international research organizations. The society also supports start-ups, licensing, spin-offs, standards work, demonstration projects, and technology platforms. Its role in the German innovation system is to bridge basic research and market or societal application, complementing universities and other research organizations rather than replacing them. Today, Fraunhofer remains an active, internationally connected research brand. Its strategic priorities reflect major technological and societal challenges, including digitalization, artificial intelligence, climate protection, energy transition, resource efficiency, resilient supply chains, advanced manufacturing, and health. Because its work spans many institutes and changing project portfolios, the most accurate description of Fraunhofer is a pub…

History

The Fraunhofer-Gesellschaft was founded in 1949 as Germany rebuilt its research and industrial capabilities. It took its name from Joseph von Fraunhofer, whose career combined scientific investigation, precision manufacturing, and practical innovation. From the beginning, the organization was designed to support applied research and to make scientific knowledge useful to industry and society. During the postwar decades, Fraunhofer developed a network of specialized institutes addressing industrial and technological needs. Its institutional identity differed from that of a university: research was organized around application-oriented projects, collaboration with companies, and the development of technologies that could be transferred into products, production methods, public services, or standards. Public funding gave the institutes a stable foundation, while contract research encouraged responsiveness to external needs. The organization expanded as Germany’s economy became more technology-intensive. New institutes and research areas emerged in information technology, microelectronics, production engineering, materials science, energy, environmental technology, health, transportation, and security. The decentralized institute structure allowed researchers to work closely with regional industrial clusters and universities while remaining connected to a national organization. Fraunhofer’s international visibility increased substantially through digital-media research. Scientists at the Fraunhofer Institute for Integrated Circuits IIS in Erlangen played a major role in the development and implementation of MPEG audio coding, including the technology widely known as MP3. Although the standard resulted from cooperation among many researchers and institutions, the Fraunhofer name became strongly associated with the technology and demonstrated how applied research could influence a global consumer market. In subsequent decades, Fraunhofer broadened its role in technology transfer. Institutes worked on industrial automation, robotics, semiconductor systems, optical technologies, renewable energy, building technology, medical engineering, cybersecurity, additive manufacturing, artificial intelligence, and sustainable materials and processes. Projects increasingly involved small and medium-sized companies as well as large industrial groups and public authorities. Fraunhofer’s funding and governance model remained central to its development. The society receives institutional support from public bodies, while project revenues come from industry, government contracts, competitive programs, and collaborative research. This combination supports both continuity and market relevance, although the organization’s many institutes retain different scientific profiles and operating priorities. Leadership has changed over time as the organization responded to shifts in German industrial policy and global technology competition. Hans-Jörg Bullinger served as president from 2002 to 2012, followed by Reimund Neugebauer from 2012 to 2023. Holger Hanselka became president in 2023. Under current priorities, Fraunhofer emphasizes digitalization, artificial intelligence, energy transition, climate-neutral production, resource efficiency, resilient value chains, health, and technological sovereignty. Fraunhofer now functions as a large applied-research ecosystem rather than a single commercial enterprise. Its institutes generate intellectual property, prototypes, software, test procedures, standards contributions, spin-offs, and technical services. The organization’s continuing significance lies in its ability to connect scientific expertise with the practical constraints of companies and public institutions, helping move research from laboratory concepts toward deployment.

2023
Holger Hanselka becomes president
[4]Fraunhofer announcement of Holger Hanselka as presidentfraunhofer.de
Holger Hanselka succeeded Reimund Neugebauer as president of the Fraunhofer-Gesellschaft, continuing the organization's focus on applied research, transfer, and strategic innovation.
2012
Reimund Neugebauer becomes president
[3]Fraunhofer organization and structurefraunhofer.de
Reimund Neugebauer succeeded Hans-Jörg Bullinger and led the society through continued growth in digital, manufacturing, energy, and other applied-research fields.
2002
Hans-Jörg Bullinger becomes president
[3]Fraunhofer organization and structurefraunhofer.de
Hans-Jörg Bullinger began a decade as president during a period of expanding technology transfer and stronger international visibility.
2000
Fraunhofer USA established
[8]Fraunhofer USAfraunhofer.org
Fraunhofer expanded its organized international presence in the United States through Fraunhofer USA.
1993
MP3 technology introduced to the public
[7]Fraunhofer IIS: MP3 history and technologyiis.fraunhofer.de
Fraunhofer and research partners presented MPEG audio-coding work that became foundational to the MP3 format.
1987
Fraunhofer IIS founded
[9]Fraunhofer IIS foundediis.fraunhofer.de
The Fraunhofer Institute for Integrated Circuits IIS was established in Erlangen and later became central to digital audio and communications research.
1956
First major expansion of the institute network
[5]Fraunhofer-Gesellschaft official profile and historyfraunhofer.de
Fraunhofer expanded its specialized institute structure, establishing the basis for a nationwide applied-research network.
1949
Fraunhofer-Gesellschaft founded
[2]Fraunhofer profile, structure, and historyfraunhofer.de
The Fraunhofer-Gesellschaft was established in Germany to promote applied research and support the reconstruction and modernization of the national research and industrial base, strengthening links between science and industry.

Products and positioning

A publicly supported, industry-oriented applied-research network that transfers scientific knowledge into products, processes, services, standards, and public-sector solutions. A publicly supported, industry-connected applied-research network positioned between academic discovery and commercial or public-sector deployment, transferring scientific knowledge into products, processes, services, standards, and public-sector solutions.

Research services
Contract research and applied technology development
Fraunhofer institutes undertake commissioned research for companies, government agencies, and collaborative consortia. Projects can cover early feasibility work, laboratory research, engineering, prototypes, pilot systems, process optimization, and preparation for industrial or public-sector deployment. The exact offering depends on the institute, but the common emphasis is practical implementation rather than publication alone.
Digital media technology
MP3 and MPEG audio technology
Researchers at Fraunhofer IIS made important contributions to MPEG audio coding and to the technology commonly associated with MP3. The work enabled efficient digital audio storage and transmission and became a landmark example of research moving into a worldwide technology ecosystem. The standard was developed through international cooperation rather than by Fraunhofer alone. Researchers at Fraunhofer IIS and partner institutions made important contributions to MPEG audio coding and to the technology commonly associated with MP3, with the format publicly introduced in 1993. The work compressed digital audio efficiently enough to support large-scale distribution, storage, and playback on consumer devices, and became a landmark example of research moving into a worldwide technology ecosystem. The standard was developed through international cooperation rather than by Fraunhofer alone.
Technical services
Testing, measurement, and certification
Fraunhofer institutes provide technical testing, measurement, validation, modeling, simulation, quality assessment, and certification-related services in areas such as materials, production, energy, electronics, software, medical technologies, and safety. These services help companies evaluate performance, meet technical requirements, reduce development risk, and prepare technologies for industrial use or regulatory assessment. Fraunhofer institutes provide specialized testing, metrology, simulation, quality assessment, and certification-related services. These capabilities help companies validate materials, components, software, energy systems, medical technologies, and manufacturing processes against technical or regulatory requirements.
Intellectual property and commercialization
Technology transfer and licensing
The Fraunhofer system transfers research results through patents, licenses, standards contributions, joint development, demonstrators, spin-offs, and long-term industrial partnerships. This is not a single product line; it is an institutional capability that allows research outputs to be adopted by established companies, start-ups, public agencies, and wider technology communities.
Research services
Applied research programs
Fraunhofer institutes conduct application-oriented research for industrial companies, public authorities, and research partners. Projects can range from feasibility studies and algorithms to laboratory validation, prototypes, demonstrators, pilot systems, and production-ready processes.
Digital media technology · 1993
MP3 and MPEG audio technologies
Research at Fraunhofer IIS and partner institutions contributed key audio-coding technologies used in MPEG standards and the MP3 ecosystem. The work compressed digital audio efficiently enough to support large-scale distribution, storage, and playback on consumer devices.
Energy research
Energy and climate technologies
The network researches photovoltaics, batteries, hydrogen, energy storage, efficient buildings, power systems, and industrial decarbonization. Its work covers materials, components, system integration, modeling, testing, and pathways for commercial deployment.
Information technology and manufacturing
Digital and industrial technologies
Fraunhofer develops industrial software, artificial-intelligence methods, robotics, cybersecurity solutions, microelectronics, communications systems, digital twins, and advanced production technologies. These offerings are generally delivered through research contracts, licensing, partnerships, or transfer into spin-off companies rather than as a single standardized product.

Brand decisions

2023
Leadership transition under a new presidentStrategy
Background
The Fraunhofer-Gesellschaft appointed a new president after more than a decade under Reimund Neugebauer. The transition occurred as applied research faced increased demand in digitalization, artificial intelligence, energy transition, climate protection, and technological resilience.
Action taken
Holger Hanselka became president and assumed responsibility for the society’s strategic direction and representation.
Aftermath
Fraunhofer continued to present itself as a decentralized applied-research network focused on transferring research into industrial and societal applications. Fraunhofer continued to present itself as a decentralized applied-research network focused on transferring research into industrial and societal applications, emphasizing technology transfer, industrial competitiveness, digital transformation, sustainability, and cooperation across its institute network.
Source
2023
Change in presidential leadershipStrategy
Background
Fraunhofer appointed a new president after the end of Reimund Neugebauer's term.
Action taken
Holger Hanselka assumed the presidency and responsibility for the society's strategic direction.
Aftermath
The organization continued emphasizing technology transfer, industrial competitiveness, digital transformation, sustainability, and cooperation across its institute network.
Source
1993
Public introduction and commercialization of MPEG audio technologyProduct launch
Background
Digital audio required compression methods that could reduce file size while retaining acceptable listening quality. Fraunhofer researchers and partners contributed to the MPEG standardization effort.
Action taken
Fraunhofer-related research was transferred into licensing and commercial implementations associated with MPEG audio and the MP3 format.
Aftermath
MP3 became a globally influential digital-audio format and remains Fraunhofer's most recognizable example of applied research reaching mass markets.
Source

Recent events

2023
Holger Hanselka becomes President of the Fraunhofer-Gesellschaft[4]Fraunhofer announcement of Holger Hanselka as presidentfraunhofer.de
Leadership change
Holger Hanselka succeeded Reimund Neugebauer as president of the Fraunhofer-Gesellschaft, marking a leadership transition at Germany’s major applied-research organization.
2023
Fraunhofer continues expansion of research in digitalization, sustainability, and resilience[11]弗劳恩霍夫持续拓展数字化、可持续性与韧性研究fraunhofer.de
Other
Under its new leadership, the organization emphasized application-oriented research addressing digital transformation, climate and energy challenges, resilient production, and societal needs.
1990
Fraunhofer's MP3 technology became a landmark technology-transfer success[7]Fraunhofer IIS: MP3 history and technologyiis.fraunhofer.de
Product launch · Other
Fraunhofer researchers and partners developed key technologies for MPEG audio coding, later commercialized widely as MP3 and recognized as one of the organization's most prominent technology-transfer achievements.
Fraunhofer technology continues to support digital media and industrial innovation[1]Fraunhofer-Gesellschaft official websitefraunhofer.de
Other
Fraunhofer institutes continue to commercialize research through licensing, contract research, standards work, and collaborations covering digital media, production, energy, materials, and other technology sectors.

Sources11 sources

Cite this profile: Cite the canonical profile. /brand-wiki/fraunhofer · Editorial policy · How profiles are compiled

Overview

History

2023
Holger Hanselka becomes president
[4]Fraunhofer announcement of Holger Hanselka as presidentfraunhofer.de
Holger Hanselka succeeded Reimund Neugebauer as president of the Fraunhofer-Gesellschaft, continuing the organization's focus on applied research, transfer, and strategic innovation.
2012
Reimund Neugebauer becomes president
[3]Fraunhofer organization and structurefraunhofer.de
Reimund Neugebauer succeeded Hans-Jörg Bullinger and led the society through continued growth in digital, manufacturing, energy, and other applied-research fields.
2002
Hans-Jörg Bullinger becomes president
[3]Fraunhofer organization and structurefraunhofer.de
Hans-Jörg Bullinger began a decade as president during a period of expanding technology transfer and stronger international visibility.
2000
Fraunhofer USA established
[8]Fraunhofer USAfraunhofer.org
Fraunhofer expanded its organized international presence in the United States through Fraunhofer USA.
1993
MP3 technology introduced to the public
[7]Fraunhofer IIS: MP3 history and technologyiis.fraunhofer.de
Fraunhofer and research partners presented MPEG audio-coding work that became foundational to the MP3 format.
1987
Fraunhofer IIS founded
[9]Fraunhofer IIS foundediis.fraunhofer.de
The Fraunhofer Institute for Integrated Circuits IIS was established in Erlangen and later became central to digital audio and communications research.
1956
First major expansion of the institute network
[5]Fraunhofer-Gesellschaft official profile and historyfraunhofer.de
Fraunhofer expanded its specialized institute structure, establishing the basis for a nationwide applied-research network.
1949
Fraunhofer-Gesellschaft founded
[2]Fraunhofer profile, structure, and historyfraunhofer.de
The Fraunhofer-Gesellschaft was established in Germany to promote applied research and support the reconstruction and modernization of the national research and industrial base, strengthening links between science and industry.

Products and positioning

Research services
Contract research and applied technology development
Fraunhofer institutes undertake commissioned research for companies, government agencies, and collaborative consortia. Projects can cover early feasibility work, laboratory research, engineering, prototypes, pilot systems, process optimization, and preparation for industrial or public-sector deployment. The exact offering depends on the institute, but the common emphasis is practical implementation rather than publication alone.
Digital media technology
MP3 and MPEG audio technology
Researchers at Fraunhofer IIS made important contributions to MPEG audio coding and to the technology commonly associated with MP3. The work enabled efficient digital audio storage and transmission and became a landmark example of research moving into a worldwide technology ecosystem. The standard was developed through international cooperation rather than by Fraunhofer alone. Researchers at Fraunhofer IIS and partner institutions made important contributions to MPEG audio coding and to the technology commonly associated with MP3, with the format publicly introduced in 1993. The work compressed digital audio efficiently enough to support large-scale distribution, storage, and playback on consumer devices, and became a landmark example of research moving into a worldwide technology ecosystem. The standard was developed through international cooperation rather than by Fraunhofer alone.
Technical services
Testing, measurement, and certification
Fraunhofer institutes provide technical testing, measurement, validation, modeling, simulation, quality assessment, and certification-related services in areas such as materials, production, energy, electronics, software, medical technologies, and safety. These services help companies evaluate performance, meet technical requirements, reduce development risk, and prepare technologies for industrial use or regulatory assessment. Fraunhofer institutes provide specialized testing, metrology, simulation, quality assessment, and certification-related services. These capabilities help companies validate materials, components, software, energy systems, medical technologies, and manufacturing processes against technical or regulatory requirements.
Intellectual property and commercialization
Technology transfer and licensing
The Fraunhofer system transfers research results through patents, licenses, standards contributions, joint development, demonstrators, spin-offs, and long-term industrial partnerships. This is not a single product line; it is an institutional capability that allows research outputs to be adopted by established companies, start-ups, public agencies, and wider technology communities.
Research services
Applied research programs
Fraunhofer institutes conduct application-oriented research for industrial companies, public authorities, and research partners. Projects can range from feasibility studies and algorithms to laboratory validation, prototypes, demonstrators, pilot systems, and production-ready processes.
Digital media technology · 1993
MP3 and MPEG audio technologies
Research at Fraunhofer IIS and partner institutions contributed key audio-coding technologies used in MPEG standards and the MP3 ecosystem. The work compressed digital audio efficiently enough to support large-scale distribution, storage, and playback on consumer devices.
Energy research
Energy and climate technologies
The network researches photovoltaics, batteries, hydrogen, energy storage, efficient buildings, power systems, and industrial decarbonization. Its work covers materials, components, system integration, modeling, testing, and pathways for commercial deployment.
Information technology and manufacturing
Digital and industrial technologies
Fraunhofer develops industrial software, artificial-intelligence methods, robotics, cybersecurity solutions, microelectronics, communications systems, digital twins, and advanced production technologies. These offerings are generally delivered through research contracts, licensing, partnerships, or transfer into spin-off companies rather than as a single standardized product.

Brand decisions

2023
Leadership transition under a new presidentStrategy
Background
The Fraunhofer-Gesellschaft appointed a new president after more than a decade under Reimund Neugebauer. The transition occurred as applied research faced increased demand in digitalization, artificial intelligence, energy transition, climate protection, and technological resilience.
Action taken
Holger Hanselka became president and assumed responsibility for the society’s strategic direction and representation.
Aftermath
Fraunhofer continued to present itself as a decentralized applied-research network focused on transferring research into industrial and societal applications. Fraunhofer continued to present itself as a decentralized applied-research network focused on transferring research into industrial and societal applications, emphasizing technology transfer, industrial competitiveness, digital transformation, sustainability, and cooperation across its institute network.
Source
2023
Change in presidential leadershipStrategy
Background
Fraunhofer appointed a new president after the end of Reimund Neugebauer's term.
Action taken
Holger Hanselka assumed the presidency and responsibility for the society's strategic direction.
Aftermath
The organization continued emphasizing technology transfer, industrial competitiveness, digital transformation, sustainability, and cooperation across its institute network.
Source
1993
Public introduction and commercialization of MPEG audio technologyProduct launch
Background
Digital audio required compression methods that could reduce file size while retaining acceptable listening quality. Fraunhofer researchers and partners contributed to the MPEG standardization effort.
Action taken
Fraunhofer-related research was transferred into licensing and commercial implementations associated with MPEG audio and the MP3 format.
Aftermath
MP3 became a globally influential digital-audio format and remains Fraunhofer's most recognizable example of applied research reaching mass markets.
Source

Recent events

2023
Holger Hanselka becomes President of the Fraunhofer-Gesellschaft[4]Fraunhofer announcement of Holger Hanselka as presidentfraunhofer.de
Leadership change
Holger Hanselka succeeded Reimund Neugebauer as president of the Fraunhofer-Gesellschaft, marking a leadership transition at Germany’s major applied-research organization.
2023
Fraunhofer continues expansion of research in digitalization, sustainability, and resilience[11]弗劳恩霍夫持续拓展数字化、可持续性与韧性研究fraunhofer.de
Other
Under its new leadership, the organization emphasized application-oriented research addressing digital transformation, climate and energy challenges, resilient production, and societal needs.
1990
Fraunhofer's MP3 technology became a landmark technology-transfer success[7]Fraunhofer IIS: MP3 history and technologyiis.fraunhofer.de
Product launch · Other
Fraunhofer researchers and partners developed key technologies for MPEG audio coding, later commercialized widely as MP3 and recognized as one of the organization's most prominent technology-transfer achievements.
Fraunhofer technology continues to support digital media and industrial innovation[1]Fraunhofer-Gesellschaft official websitefraunhofer.de
Other
Fraunhofer institutes continue to commercialize research through licensing, contract research, standards work, and collaborations covering digital media, production, energy, materials, and other technology sectors.

Overview

History

Products and positioning

Brand decisions

Recent events

Related entries

Sources11 sources

Overview

History

Products and positioning

Brand decisions

Recent events

Related entries

Sources11 sources