Author: DEROBS

  • Securing AI agents against unauthorized command execution

    Securing AI agents against unauthorized command execution

    The integration of autonomous AI agents into enterprise and consumer workflows has introduced a new class of security vulnerabilities. Because these agents are frequently granted significant permissions to interact with local systems and sensitive data, they are becoming increasingly targeted by attackers attempting to bypass traditional security perimeters.

    Researchers and security providers have identified that AI agents can be manipulated through carefully crafted malicious emails, external websites, and compromised plugins. By exploiting these vectors, an attacker can trick an agent into executing unauthorized commands, which may result in the exfiltration of sensitive data, the modification of internal records, or the deletion of critical files.

    Addressing these risks requires specialized defensive mechanisms capable of governing how agents interact with their environments. Gen Digital has introduced its Agent Trust Hub to mitigate these threats. According to the company, the solution focuses on several core areas:

    • Skill verification: Ensuring that agents only execute tasks they are explicitly authorized and qualified to perform.
    • Secure connectivity: Protecting the communication channels used by agents to access external data or services.
    • Runtime controls: Implementing active oversight that can intercept and block dangerous actions in real-time.

    As organizations continue to deploy AI agents to automate complex processes, the ability to maintain visibility and control over agent behavior remains a critical component of digital resilience. The shift toward specialized agent-focused security underscores the ongoing need to reconcile the efficiency of autonomous systems with the necessity of robust operational guardrails.

    Source: BleepingComputer
    Original article: https://www.bleepingcomputer.com/news/security/you-gave-your-ai-agent-access-but-who-is-giving-it-orders/

  • Vertical Semiconductor receives $73 million in CHIPS Act funding

    Vertical Semiconductor receives $73 million in CHIPS Act funding

    Vertical Semiconductor has been awarded $73 million in funding through the CHIPS Act, marking a significant development for its ongoing research and production of vGaN (Vertical Gallium Nitride) transistors. The funding is intended to bolster the company’s capabilities in developing these specialized semiconductor components.

    As part of the agreement, the U.S. Department of Commerce will acquire a minority stake in Vertical Semiconductor. This investment underscores federal efforts to support domestic semiconductor innovation and manufacturing capacity through the CHIPS Act initiative.

    Further details regarding the technical milestones or specific project timelines associated with this funding were not provided in the announcement.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/vertical-semiconductor-awarded-73m-in-chips-act-funding-to-support-vgan-transistor-development/

  • Google Fiber to acquire dark fiber leasing contract in Colorado Springs

    Google Fiber to acquire dark fiber leasing contract in Colorado Springs

    Google’s fiber division has reached an agreement to acquire a dark fiber leasing contract in Colorado Springs. The transition of the network infrastructure is scheduled to coincide with Ting Fiber’s planned exit from the Colorado Springs market in late March 2027.

    The move represents a transfer of infrastructure access as Ting Fiber concludes its operations in the region. Further technical details regarding the integration of the leased capacity into Google Fiber’s existing infrastructure have not been disclosed.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/googles-fiber-unit-to-snap-up-dark-fiber-leasing-contract-from-ting-fiber-in-colorado-springs/

  • O-Green announces €7.4 billion investment for data center campus in Zaragoza

    O-Green announces €7.4 billion investment for data center campus in Zaragoza

    A new large-scale digital infrastructure project is planned for the Aragon region of Spain. O-Green, an investment fund linked to Oman, has announced intentions to develop a data center campus in San Mateo de Gállego, located in the province of Zaragoza.

    According to the project announcement, the investment is valued at €7.4 billion. This significant commitment reflects continued interest in Spain as a hub for data center capacity, leveraging the country’s growing digital economy and renewable energy infrastructure.

    Further details regarding the project’s timeline, power capacity, or specific construction phases remain limited. The proposal positions the site as a substantial addition to the local data infrastructure landscape.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/o-green-plans-data-center-campus-in-zaragoza-spain/

  • Data center in Gorodets, Russia, damaged by drone strike

    Data center in Gorodets, Russia, damaged by drone strike

    A data center facility located in Gorodets, Russia, has been damaged following a strike by Ukrainian forces. Reports indicate that the infrastructure was impacted as part of ongoing hostilities in the region.

    As of this reporting, information regarding the specific extent of the damage to the facility’s servers, power systems, or data storage capabilities remains limited. The site had reportedly been utilized for functions related to Russian tax infrastructure.

    This incident adds to a series of reports regarding the impact of the ongoing conflict on critical digital infrastructure and telecommunications systems in the region.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/russian-tax-dc-0-gorodets/

  • TerraWatt eyes former Alton Steel site for gigawatt-scale data center project

    TerraWatt eyes former Alton Steel site for gigawatt-scale data center project

    TerraWatt has initiated a proposal to develop a gigawatt-scale data center at the site of the former Alton Steel mill in Illinois. The project seeks to repurpose the industrial land for high-capacity digital infrastructure.

    As of the current reporting, details regarding project timelines, energy procurement, or technical specifications for the proposed facility remain limited. Further development at the site remains subject to planning and regulatory assessments.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/gigawatt-scale-data-center-proposed-for-steel-mill-in-illinois/

  • Akashi secures $31.2m financing from EDB for Kazakhstan data center

    Akashi secures $31.2m financing from EDB for Kazakhstan data center

    Akashi has successfully secured $31.2 million in financing from the Eurasian Development Bank (EDB) to support the development of a new data center in Kazakhstan.

    The investment is earmarked for the construction of the facility, which is currently scheduled to bring its initial 10MW phase online next year. Further technical or operational details regarding the facility remain limited at this time.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/akashi-secures-312m-financing-from-edb-for-kazakhstan-data-center/

  • Pilot Fiber to acquire Boldyn Networks’ New York and New Jersey metro fiber business

    Pilot Fiber to acquire Boldyn Networks’ New York and New Jersey metro fiber business

    Pilot Fiber has entered into an agreement to acquire the New York and New Jersey metro fiber business currently operated by Boldyn Networks. The transaction involves the transfer of significant regional fiber infrastructure assets.

    Alongside the acquisition, Pilot Fiber has secured $330 million in new financing. The capital is expected to support the company’s growth and integration of the newly acquired fiber network assets within the New York and New Jersey markets.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/news/pilot-fiber-to-buy-boldyn-networks-new-york-new-jersey-metro-fiber-business/

  • Schneider Electric discusses the role of grid-to-chip power in AI infrastructure

    Schneider Electric discusses the role of grid-to-chip power in AI infrastructure

    In a recent discussion with Data Center Dynamics, Manav Patel, Vice President of Strategy & Business Transformation at Schneider Electric, examined the evolving requirements for supporting large-scale artificial intelligence deployments. The conversation focused on the necessity of “grid-to-chip” powertrain architectures as a means to manage the significant power demands generated by modern AI infrastructure.

    As AI computational density increases, the challenge of maintaining resilient infrastructure has become a primary focus for operators. According to Patel, the implementation of cohesive power strategies that span from the electrical grid connection all the way to the individual processor chip is essential for ensuring both efficiency and operational stability in data center environments.

    The discussion highlights the growing industry emphasis on integrated power solutions designed to accommodate the heavy load requirements of AI-focused facilities while maintaining reliability.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/videos/dcd-talks-unpacking-the-ai-powertrain-with-manav-patel-schneider-electric/

  • Addressing the growing energy demand in data centers

    Addressing the growing energy demand in data centers

    The rapid expansion of data center operations has led to a significant increase in energy requirements, frequently outpacing the capacity of existing power grids. This imbalance creates a pressing challenge for facility operators and energy providers alike.

    As demand grows, industry discussions have shifted toward identifying and implementing smarter energy strategies. The focus remains on how these facilities can maintain operational stability while navigating the limitations of current energy infrastructure.

    Source: Data Center Dynamics
    Original article: https://www.datacenterdynamics.com/en/magazines/battery-power-on/