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U.S. Banking System Faces Quantum Computing Threat Without Mandated Migration Deadline

U.S. Banking System Faces Quantum Computing Threat Without Mandated Migration Deadline

U.S. Banking System Faces Quantum Computing Threat Without Mandated Migration Deadline
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GlobalFoundries Expands Semiconductor Collaborations and Secures U.S. R Funding

GlobalFoundries Expands Semiconductor Collaborations and Secures U.S. R Funding

GlobalFoundries Expands Semiconductor Collaborations and Secures U.S. R Funding
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Robinhood Enhances Crypto Trading Security and Features Amidst Evolving Market

Robinhood Enhances Crypto Trading Security and Features Amidst Evolving Market

Robinhood Enhances Crypto Trading Security and Features Amidst Evolving Market
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Together AI Partners with Serval to Automate 95% of Just-in-Time Access Requests

Together AI Partners with Serval to Automate 95% of Just-in-Time Access Requests

Together AI Partners with Serval to Automate 95% of Just-in-Time Access Requests
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The Small Identity-Control Detail That Could Matter More Than the Demo

The Small Identity-Control Detail That Could Matter More Than the Demo

Beyond the slick presentation, a fundamental shift in digital identity is changing the power dynamic between companies and users.
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GitLab Enhances DevSecOps Platform with AI Integration for Increased Productivity and Security

GitLab Enhances DevSecOps Platform with AI Integration for Increased Productivity and Security

GitLab Enhances DevSecOps Platform with AI Integration for Increased Productivity and Security
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U.S. Department of Energy Initiates $215 Million Competition for Usable Quantum Computers by 2028

U.S. Department of Energy Initiates $215 Million Competition for Usable Quantum Computers by 2028

The U.S. Department of Energy (DOE) has launched a $215 million competition aimed at developing quantum computers that are practical for scientific research. The initiative seeks to have early versions of these machines operational by 2028. Unlike traditional computers that use binary digits (bits), quantum computers utilize quantum bits (qubits) which can exist in more complex states, theoretically enabling them to solve highly intricate problems significantly faster. These problems include advanced cryptography, detailed simulations of biological and engineering processes, financial modeling, and potentially artificial intelligence and machine learning. Tanner Crowder, quantum information science lead and senior technical adviser for advanced scientific computing research in the DOE’s Office of Science, emphasized that the goal is to produce prototypes capable of scaling into scientifically relevant machines that can perform meaningful scientific calculations within the DOE's mission space. Additionally,...
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The Real Reason Symmetric vs. Asymmetric Encryption Was Designed the Way It Was

The Real Reason Symmetric vs. Asymmetric Encryption Was Designed the Way It Was

Symmetric and asymmetric encryption weren't designed as rivals, but as partners solving different problems of speed and secure key exchange.
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Cisco Integrates Axis Devices for Unified Cloud-Managed Physical Security

Cisco Integrates Axis Devices for Unified Cloud-Managed Physical Security

Cisco Integrates Axis Devices for Unified Cloud-Managed Physical Security
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Cisco Systems Expands AI and Next-Gen Networking Initiatives with 6G and Quantum Collaborations

Cisco Systems Expands AI and Next-Gen Networking Initiatives with 6G and Quantum Collaborations

Cisco Systems Expands AI and Next-Gen Networking Initiatives with 6G and Quantum Collaborations
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Researchers Propose QUOPS Score to Rate Quantum Computer Usefulness

Researchers Propose QUOPS Score to Rate Quantum Computer Usefulness

Timothy Proctor at Sandia National Laboratories in California and his colleagues have introduced a new metric called the QUOPS score (quantum universal operation performance system) to assess the usefulness of quantum computers. This score reflects the number of physical qubits a quantum computer possesses and the computational operations it can execute. The QUOPS score can then be compared against the score required by a specific algorithm to determine if the quantum computer is capable of running that computation. If the algorithm's score is higher than the computer's, the computation will not work. The team calculated QUOPS scores for quantum computers from Google, IBM, and Quantinuum, finding that none surpassed 2000. Complex computations, such as understanding the FeMoco molecule or breaking prevalent cryptography methods, would require scores over 100,000 times larger. They also tested Quantinuum’s Helios-1 in a fault-tolerant configuration, which achieved a QUOPS score of approximately 40. The resea...
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Quantum Computing Inc. Partners with Hamad Bin Khalifa University for Middle East Quantum Platform Deployment

Quantum Computing Inc. Partners with Hamad Bin Khalifa University for Middle East Quantum Platform Deployment

Quantum Computing Inc. Partners with Hamad Bin Khalifa University for Middle East Quantum Platform Deployment