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U.S. Navy Prioritizes AI, Quantum Science, and Edge Compute Hardware, Shifts to Co-Investment Strategy

U.S. Navy Prioritizes AI, Quantum Science, and Edge Compute Hardware, Shifts to Co-Investment Strategy

The U.S. Navy is actively prioritizing key technological areas including applied Artificial Intelligence (AI), quantum information science, and edge compute hardware. Justin Fanelli, the Department of Navy’s chief technology officer, outlined these priorities, emphasizing a shift in procurement strategy. The Navy aims to move away from solely funding early-stage research and traditional prime contractors towards a co-investment model, where it partners with private capital to support companies as they mature their products. This approach involves waiting for companies to develop products independently before purchasing them, and in some cases, taking equity stakes, though this remains rare. The Navy's technology focus areas include applied AI for sensor fusion, targeting support, autonomous behavior, and cyber operations; quantum information science for navigation, secure communication, and cryptography; advanced networking for secure data transfer in challenging environments; electromagnetic spectrum oper...
ReutersReuters
US government website used AI search tool from China that FBI said copied Anthropic

US government website used AI search tool from China that FBI said copied Anthropic

By Courtney Rozen WASHINGTON, Sept 17 (Reuters) - A US government website employed an AI model from a Chinese company for users to search proposed federal regulations despite the FBI accusing the model's developer, Alibaba, of "malicious" copying of US rival Anthropic's technology.
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DHS Accelerates Timeline for Consolidated IT Network, Cloud, and Cyber Services Contract

DHS Accelerates Timeline for Consolidated IT Network, Cloud, and Cyber Services Contract

The Department of Homeland Security (DHS) has released an expedited procurement schedule for its Network Operations Security Center Network, Cloud, and Cyber Services 2.0 contract. This initiative aims to centralize IT service management functions across all DHS network infrastructure, cloud and platform services, and cybersecurity operations, which are currently fragmented. A final solicitation for the contract is expected by October 1, with proposals for Phase 1 due on October 6. Notification to proceed to Phase 2 is set for October 9, with Phase 2 proposals due by October 21. The department anticipates making awards by late November. The contract seeks to establish a single vehicle and operational structure for all DHS IT infrastructure, with a focus on incorporating agentic AI to automate low-level IT responses, thereby allowing personnel to concentrate on high-value analysis and threat detection. Phase 1 of the evaluation is a pass/fail gate based on facility clearance, while Phase 2 assesses prior ex...
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Duke University Hosts Cybersecurity Conference Focusing on AI and Emerging Technologies

Duke University Hosts Cybersecurity Conference Focusing on AI and Emerging Technologies

Duke University recently hosted its third annual 'Cybersecurity at Duke' conference, bringing together lawmakers, intelligence experts, technology leaders, professors, and students. The primary focus of the event was artificial intelligence (AI) and its profound impact on cybersecurity, alongside broader discussions on emerging technological challenges and their implications for cybersecurity and geopolitics. Speakers included NSA Deputy Director Tim Kosiba and Congresswomen Deborah Ross and Valerie Foushee. A key theme was the necessity of balancing the potential risks associated with AI with the United States' imperative to maintain competitiveness in emerging technologies, particularly for national defense. Art Ehuan, executive director of Duke's cybersecurity program, emphasized that addressing AI-related challenges, especially those posed by generative AI, will require a collaborative 'whole-of-government, whole-of-society approach,' involving academia, government, and corporations. Kosiba further hig...
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U.S. Semiconductor Industry Faces Critical Worker Shortage, Threatening Manufacturing Expansion Goals

U.S. Semiconductor Industry Faces Critical Worker Shortage, Threatening Manufacturing Expansion Goals

U.S. Semiconductor Industry Faces Critical Worker Shortage, Threatening Manufacturing Expansion Goals
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Semiconductor Equipment Supply Chain Faces Bottlenecks Amid Surging AI Demand

Semiconductor Equipment Supply Chain Faces Bottlenecks Amid Surging AI Demand

Semiconductor Equipment Supply Chain Faces Bottlenecks Amid Surging AI Demand
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Mythic Establishes Defense Advisory Board to Integrate AI Hardware into U.S. National Security

Mythic Establishes Defense Advisory Board to Integrate AI Hardware into U.S. National Security

Mythic, a company specializing in energy-efficient AI computing with its Analog Processing Unit (APU) technology, has announced the formation of its Defense Advisory Board. This board comprises former senior military and government leaders and is tasked with guiding the strategic integration of Mythic's low-power AI processors into the U.S. government and national security apparatus. The Department of Defense and the Intelligence Community are increasingly seeking high-performance, low-latency AI compute capabilities for tactical edge operations. Mythic's APU architecture aims to address these needs by significantly reducing power consumption and improving performance compared to traditional digital processors, while also lowering Size, Weight, Power consumption, and Cost (SWaPC) by up to 1000 times. The board's primary role will be to align Mythic's technology with critical mission requirements and facilitate its transition into vital government programs.
VoxVox
We’re worrying about the wrong AI apocalypse

We’re worrying about the wrong AI apocalypse

America’s infrastructure was already hackable. Then came AI.
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Anthropic CEO Calls for Pacing AI Development and Global Cooperation Amidst Rapid Advancement

Anthropic CEO Calls for Pacing AI Development and Global Cooperation Amidst Rapid Advancement

Dario Amodei, CEO of AI company Anthropic, has advocated for a deliberate slowdown in the pace of AI capabilities advancement to ensure safety and allow risk prevention measures to keep pace. Amodei's proposal, outlined in a 3,800-word essay, suggests a three-step plan: unilateral commitment by Anthropic to embedded third-party evaluators, industry-wide coordination among democratic countries, and global coordination with authoritarian governments like China. This call comes as AI technology, particularly recursive self-improvement, is advancing at an unprecedented rate, raising concerns about potential misuse for cyberattacks, bioterrorism, and economic disruption. Amodei highlights recent incidents, such as a swarm of AI agents conducting cybersecurity attacks, as evidence of the urgent need for more robust safety protocols and slower development. He emphasizes that pacing does not mean halting progress but rather ensuring adequate time for alignment, safeguarding models, and independent verification.
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Smart Factory Market to See Incremental Digital Transformation for SMEs by 2026

Smart Factory Market to See Incremental Digital Transformation for SMEs by 2026

Smart Factory Market to See Incremental Digital Transformation for SMEs by 2026
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MIT Researchers Develop Neuron-Mimicking Polymer Devices for Energy-Efficient Edge Computing

MIT Researchers Develop Neuron-Mimicking Polymer Devices for Energy-Efficient Edge Computing

Researchers at MIT have developed tiny mechanical devices using soft polymers that mimic the firing behavior of neurons in the brain. These devices leverage the unique mechanical response of polymers at the nanoscale to process and remember information. By sandwiching a thin film of polydimethylsiloxane (PDMS) between two metal electrodes, the researchers created a 'nano-spring' that balances adhesive forces, allowing for controlled and reversible nanoscale mechanical reconfiguration. When voltage is applied, the metal plates compress the PDMS, altering the electrical current. The viscoelastic nature of PDMS enables the devices to dynamically remember the history of applied forces and voltages, converting this history into an electrical response, similar to how neurons accumulate charge and fire. This innovation integrates computing and memory within a single nanoscale device, minimizing the need for external components and leading to high energy efficiency and a compact footprint.
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Taiwan Digital Minister Discusses AI and Cybersecurity Cooperation with U.S. Officials and Tech Companies

Taiwan Digital Minister Discusses AI and Cybersecurity Cooperation with U.S. Officials and Tech Companies

Taiwan's Digital Minister Lin Yi-jing recently visited Washington, D.C., to engage with U.S. officials, think tanks, and major technology companies on artificial intelligence (AI) and cybersecurity cooperation. A primary focus of the discussions was how AI models accurately represent Taiwan's language, history, and culture, as the government aims to develop 'sovereign AI' capabilities using traditional Chinese and local data. Taiwan is also evaluating international AI models for their handling of Taiwan-related issues and sharing feedback with developers. Minister Lin highlighted concerns about 'authoritarian countries' potentially using AI to reinterpret history, emphasizing the importance for democratic nations like Taiwan and the U.S. to preserve their perspectives in the AI era. Cybersecurity was another prominent topic, with Taiwan facing approximately 2.6 million cyberattacks daily and observing hackers using AI to enhance attack efficiency. The Taiwanese delegation discussed cyber defense, threat in...