New York City just opened its Cyber Critical Services and Infrastructure (CCSI) Project, a real-time operational center to protect the metropolitan area against cyberattacks. Located in lower Manhattan, the center shares intelligence with 282 partners, including the New York Police Department (NYPD), Amazon, International Business Machines (IBM), the Federal Reserve Bank and several New York healthcare systems. The anti-cybercriminal effort started two years ago but has been entirely virtual until now. Continue reading New York Is First City to Open a Cyberattack Defense Center

IBM inked a five-year deal with the UK’s Science and Technology Facilities Council (STFC) to collaborate on artificial intelligence and quantum computing. The program, worth $297.5 million (£210 million) and aimed at developing sustainable technologies, will hire 60 scientists and gather interns and students to work at the newly established Hartree National Centre for Digital Innovation (HNCDI) to “apply AI, high performance computing (HPC) and data analytics, quantum computing, and cloud technologies” to research goals. Continue reading IBM Strikes 5-Year Deal with UK for AI, Quantum Computing

IBM’s AI research unit debuted Project CodeNet, a dataset to develop machine learning models for software programming. The name is a take-off on ImageNet, the influential dataset of photos that pushed the development of computer vision and deep learning. Creating “AI for code” systems has been challenging since software developers are constantly discovering new problems and exploring different solutions. IBM researchers have taken that into consideration in developing a multi-purpose dataset for Project CodeNet. Continue reading IBM Project CodeNet Employs AI Tools to Program Software

Google distinguished scientist Hartmut Neven revealed that, by 2029, the company will build a commercially useable quantum computer for flawless large-scale enterprise and scientific calculations. Google revealed it has expanded a campus in Santa Barbara, California focused on the project. Neven, who oversees the Quantum AI program, added that the company is at an “inflection point.” Google has been investing in the quantum computing effort for several years, as have IBM, D-Wave Systems and Honeywell International. Continue reading Google’s Quantum AI Campus Envisions Commercial System

During its Think conference this week, IBM debuted Project CodeNet, an open-source dataset for benchmarking around AI for code. Project CodeNet consists of 14 million code examples, which makes it about 10 times larger than the most similar dataset, which has 52,000 examples. Project CodeNet also offers 500 million lines of code and 55 programming languages including C++, Java, Python, Go, COBOL, Pascal and Fortran, making it a Rosetta Stone for AI systems to automatically translate code into other programming languages. Continue reading IBM CodeNet Enables AI Translation of Computer Languages

IBM Research is using a semiconductor manufacturing technology featuring nanosheet components that has helped it create what it claims is the world’s first 2nm chips. The company says the chips are expected to arrive in 2024 or 2025. With 50 billion transistors on a single chip, the new processors will increase performance by 45 percent or reduce power consumption by 75 percent compared with the current technology used to make IBM server chips and Apple’s iPhone chips. Taiwan Semiconductor Manufacturing makes today’s most advanced chips, which are 5nm. Continue reading IBM Research Showcases Its New Groundbreaking 2nm Chip

The University of Chicago and partners launched the first U.S. program to support quantum-tech startups. University of Chicago physicist and molecular engineer professor David Awschalom, who helped create the Duality accelerator, said, “we are at the birth of a new field of technology … at the point where the transistor is being invented.” Chicago is home to three of the eight federally funded quantum research centers founded in 2020. The University of Toronto has also unveiled a program to support quantum-tech startups. Continue reading University of Chicago Debuts First U.S. Quantum Accelerator

As data moves to the cloud, security has become increasingly important. Fully homomorphic encryption (FHE) has been developed in labs and is nearly ready to emerge to enable artificial intelligence and machine learning use cases for that data. Microsoft and Intel have been proponents of homomorphic encryption, which follows the data across systems. In December, IBM released its first FHE services, which include educational materials, prototyping environments for companies that want to experiment and support. Continue reading IBM Debuts Advanced Encryption Service After Years of R&D

Intel’s new chief executive Patrick Gelsinger committed $20 billion to build two new semiconductor manufacturing plants in Arizona. Over the years, Intel has failed to keep up with the miniaturization of transistors, giving Taiwan Semiconductor Manufacturing Company (TSMC) and Samsung Electronics the lead. These two companies now make chips for Advanced Micro Devices (AMD), Amazon, Apple, and Nvidia but Gelsinger — who hopes for federal incentives — vowed to regain enough ground with the new factories to rival them. Continue reading Intel to Spend $20B on New Chipmaking Factories in Arizona

The SolarWinds hack invaded at least nine U.S. government agencies and 100+ corporations. Now, Microsoft is at odds with Dell Technologies and IBM on the best way to secure data. Microsoft president Brad Smith stated that “cloud migration is critical to improving security maturity,” but the other two companies opine that a hybrid cloud and on-premise data storage is preferable. Smith stated that all the breached accounts Microsoft identified involved on-premise systems and that a hybrid system is more vulnerable to attacks. Continue reading After SolarWinds Hack, Big Tech Debates Cloud Data Security

Rather than wait for federal Internet privacy laws, a growing number of states are pursuing their own proposals. Virginia, Washington, New York, Minnesota, Oklahoma and Florida are moving ahead with data protection legislation, as the COVID-19 pandemic continues to drive more users online for work, education and other daily activities. California passed its Consumer Privacy Act in 2018. But Internet privacy experts warn that companies will find it difficult to do business across state lines should this state-by-state model take hold. Continue reading States Propose Their Own Privacy and Data Protection Laws

Quantum computing experts, including executives and scientists, are calling for ethical guidelines, since the technology can advance human DNA manipulation and create new materials for use in war. “Whenever we have a new computing power, there is potential for benefit of humanity, [but] you can imagine ways that it would also hurt people,” said UC Santa Barbara physics professor John Martinis, a former Google chief scientist of quantum hardware. Quantum computing is moving to the forefront; Microsoft, for example, recently debuted a public preview of its Azure Quantum cloud-based platform. Continue reading Quantum Computing Experts Call for Conversation on Ethics

The World Economic Forum (WEF), in partnership with 100+ organizations, debuted its Global AI Action Alliance with the mission to “harness the transformative potential of artificial intelligence by accelerating the adoption of trusted, transparent and inclusive AI systems globally.” Its steering committee includes IBM chief executive Arvind Krishna and International Trade Union Confederation general secretary Sharan Burrow, with multinational organizations OECD and UNESCO. The Alliance is the recipient of $500,000 from a Patrick J. McGovern Foundation $40 million grant to support AI and data projects. According to PwC, AI could contribute $15+ trillion to the world economy by 2030. Continue reading World Economic Forum Introduces Global AI Action Alliance

Two CES 2021 panels addressed the current state and anticipated advances in quantum computing, which is already being applied to problems in business, academia and government. However, the hardware is not as stable and robust as people would like, and the algorithms are not yet up to the task to solve the problems that many researchers envision for them. This has not stopped entrepreneurs, major corporations and governments from dedicated significant resources in R&D and implementations, nor from VCs and sovereign funds making major bets on who the winners will be. Continue reading CES: Sessions Examine the Potential of Quantum Computing

China’s top quantum research group said its Jiuzhang quantum computer produced results in minutes that would take 2+ billion years by the world’s No. 3 powerful supercomputer. That exceeds Google’s prototype quantum computer which, last year, came up with a result in minutes that it estimated would take a supercomputer 10,000 years. The two quantum computers work differently: China’s University of Science and Technology’s computer manipulates photons, whereas Google’s builds quantum circuits via super-cold superconducting metal. Continue reading Chinese Researchers Create Quantum Computing Benchmark