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Executive Mosaic is honored to introduce Susan Wedge, IBM Consulting's managing partner, U.S. federal market, as an inductee into the 2024 Wash100 — an annual list of public and private sector leaders who are at the forefront of trends and events shaping the government contracting activity. This year marks Wedge’s first Wash100 win, recognizing her efforts in advancing the delivery of innovative technology platforms to public sector customers.
Vote for Wedge as your favorite GovCon leader as part of the 2024 Wash100 popular vote competition! Voting closes on April 30, so visit Wash100.com to cast your ten votes today.
MoreIBM has teamed up with NASA to build a suite of transformer architecture-based language models designed to give the scientific and academic community access to vast amounts of scientific knowledge and information. The IBM-NASA models were trained on 60 billion tokens from a collection of astrophysics, earth science, planetary science, heliophysics and biological and physical sciences data.
Join the Potomac Officers Club’s 5th Annual Artificial Intelligence Summit on March 21. Register here.
MoreIBM has launched a cyber range that will offer custom training exercises to help federal agencies and critical infrastructure organizations respond to cyberattacks and threats posed by artificial intelligence. The company said Wednesday facilitators at the IBM X-Force Cyber Range will guide participants from agencies and companies through a series of breach scenarios and help them navigate resource issues, communication breakdowns and incident reporting requirements of the Securities and Exchange Commission, among others.
Join the Potomac Officers Club's 2024 Cyber Summit on June 6. Register here.
MoreThe government of New York has partnered with IBM, Micron, Applied Materials, Tokyo Electron and other companies to invest $10 billion in the establishment of a new semiconductor research and development facility at the Albany NanoTech Complex in the state. The facility will be equipped with an ASML-built high-numerical aperture extreme ultraviolet lithography system, which IBM used to develop the world’s first 2 nanometer node chip in 2021, the company said Tuesday.
MoreIBM has launched its first modular quantum computer, IBM Quantum System Two, and a new utility-scale quantum processor called IBM Quantum Heron. IBM Quantum System Two comes with three IBM Heron processors and serves as the foundation of the company’s quantum-centric supercomputing architecture, the company said Monday.
MoreIBM is working to advance its geospatial artificial intelligence tools, including the new AI foundation model developed in partnership with NASA, to support climate efforts in the U.A.E., Kenya and the U.K. The company said Thursday it has partnered with the Mohamed Bin Zayed University of Artificial Intelligence to fine-tune its geospatial foundation model for mapping urban heat islands in Abu Dhabi and parts of the U.A.E.
MoreArtificial intelligence is for augmenting human decisions and intelligence, said Mark Johnson, vice president of U.S. federal technology at IBM. In an interview on Federal News Network, Johnson shared his insights on how to ensure trustworthiness and transparency in the use of AI in federal as well as commercial cases.
MoreIBM has created a toolkit designed to help businesses deploy and monitor trustworthy generative artificial intelligence technologies. The tech giant revealed Tuesday that it will launch the watsonx.governance software early next month to aid organizations in complying with future safety and transparency AI regulations within and outside the U.S.
MoreA team of researchers at IBM Research's laboratory in Almaden, California, has developed a brain-inspired chip, called NorthPole, that could pave the way for the development of more energy-efficient and faster artificial intelligence hardware systems. Dharmendra Modha and his colleagues from IBM Research used a 12-nanometer node processing technology to develop the chip prototype, which has 22 billion transistors and 256 cores with the capability to carry out 2,048 operations for each core per cycle at 8-bit precision, according to an IBM Research blog post published Friday.
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