University of Kentucky Launches State’s First Bachelor of Science in AI Program
The University of Kentucky’s Stanley and Karen Pigman College of Engineering has introduced the first Bachelor of Science in Artificial Intelligence in the Commonwealth. Housed in the Department of Computer Science, the new undergraduate degree program is set to welcome its inaugural class in Fall 2026. This initiative responds to the surging demand for AI and machine learning specialists, an occupation projected to be the third fastest-growing globally between 2025 and 2030. The program is designed to equip students with essential technical skills and a strong ethical foundation to apply AI responsibly across various industries. With this new offering, the University of Kentucky joins a select group of universities nationwide providing a bachelor’s degree specifically in AI.
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Datavault AI and Sports Illustrated to Develop Digital Asset Exchange for Athlete NIL
Datavault AI Inc. has announced an agreement with sports media brand Sports Illustrated to explore a collaboration on a digital asset exchange platform. The proposed platform will focus on athlete name, image, and likeness (NIL) and will be powered by Datavault AI’s proprietary technology. Over the next few months, both parties will work towards a definitive brand license, with the goal of commercially launching the platform in the second half of 2026.
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CUPRA Joins Volkswagen’s Data-Sharing Initiative to Enhance Autonomous Safety Features
CUPRA is now part of a Volkswagen Group program that collects vehicle sensor and traffic data from approximately 40 European countries to improve driver assistance systems. Starting in January 2026, this initiative will leverage real-world driving information from CUPRA’s electric vehicles, such as the Tavascan and Born, to enhance automated safety functions via over-the-air software updates. Data collection is not continuous but is triggered by specific events like emergency braking or sudden evasive maneuvers. The transmitted information includes camera images of the vehicle’s surroundings, sensor data, speed, steering angle, and weather conditions. This program builds on the existing use of anonymized swarm data for creating high-resolution maps that assist with lane guidance. Customer consent is required for data transfer, and they can opt-out at any time. The ultimate goal is to develop assistance functions that drivers find effective, thereby benefiting all road users.
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Tenable Launches AI Exposure Platform for Generative AI Governance and Security
Tenable has announced the general availability of Tenable AI Exposure, a new product designed to provide comprehensive visibility and governance for organizations’ generative AI environments. The platform helps security teams monitor AI usage, identify potential data leakage, and manage security risks associated with generative AI. Key features include a central dashboard for an overview of the AI footprint, an issues page to track policy violations, an explorer to manage user sessions, and a policies page for customizing security protocols. Tenable AI Exposure integrates with the Tenable Exposure Management platform for a unified view of AI-related assets and security findings.
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Fujitsu to Launch Dedicated Generative AI Platform for Enterprise Lifecycle Management
Fujitsu has announced the upcoming launch of a dedicated AI platform enabling enterprises to autonomously manage the entire lifecycle of generative AI. The platform will support optimal model development, operation, and the continuous learning and improvement of models and agents. The rollout is planned to occur sequentially in Japan and Europe, with preliminary trial registration beginning in February 2026. Fujitsu aims to deploy the platform across all AI scales—from large enterprise systems to edge and physical AI—to ensure its safe and reliable use across diverse industries.
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CNCF Survey Reveals Widespread Kubernetes Adoption in Production Environments
A recent global survey of 628 IT professionals by Linux Foundation Research, on behalf of the Cloud Native Computing Foundation (CNCF), reveals that 82% of organizations are running Kubernetes clusters in production. The survey also highlights that 98% of respondents are utilizing some form of cloud-native technology, with Kubernetes being the most prevalent. Despite its widespread adoption, challenges remain; 47% of participants cited cultural shifts as the primary obstacle to deploying containers in production, followed by a lack of training and security concerns (each at 36%). The survey also indicates a strong trend towards using Kubernetes for AI, with two-thirds of organizations hosting at least some of their AI inference workloads on Kubernetes clusters.
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Kubernetes Security in 2026: Addressing New Threats and Vulnerabilities
The Kubernetes security landscape in 2026 is characterized by a rise in supply chain attacks targeting container images, Helm charts, and operator packages. To counter these threats, the adoption of tools like Sigstore/Cosign for image signing and the implementation of Pod Security Standards and mTLS for zero-trust security are becoming essential. A comprehensive security strategy for Kubernetes should include diligent secrets management, such as restricting and encrypting access to etcd, and adhering to the principle of least privilege for containers. The Kubernetes project continues to release security patches to address critical vulnerabilities, including API server privilege escalation and container runtime escapes. Organizations are advised to follow a multi-faceted security checklist covering auditing, network security, authentication, and admission control to protect their clusters.
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Stanford’s Light-Based Platform Paves Way for Scalable Quantum Computers
A new “optical cavity” developed by Stanford physicists can efficiently gather single photons from individual atoms, enabling a faster method for reading quantum information. This breakthrough allows for the simultaneous readout of all qubits in a quantum computer for the first time—a critical step for scaling the technology. Atoms used as qubits emit light slowly and in all directions, making information extraction difficult; the optical cavity array solves this by guiding the emitted light. In a study published in Nature, researchers describe a working array of 40 cavities with 40 atom qubits and a prototype with over 500 cavities. These findings suggest a viable path toward building quantum computer networks with as many as a million qubits, the scale believed necessary to surpass today’s supercomputers.
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Chainguard’s EmeritOSS Program Expands to Support 10 New Open Source Projects
Chainguard has added 10 new open source projects to its EmeritOSS program. This initiative is designed to support mature open source projects that are no longer under active development or whose maintainers are stepping away. The program aims to ensure the continued viability and security of these established projects, which have proven their value in real-world systems. By taking on the stewardship of these projects, Chainguard helps sustain critical open source infrastructure for the long term.
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