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Before the Lights Go Out

Security Boulevard
1 week ago

How the ColorTokens Xshield platform and its integrated ecosystem stand between North America’s power grid and digital adversaries. Note: AI generated image, please ignore errors. Let us not pretend that the threat to North America’s Bulk Electric System is theoretical. In 2022, SANDWORM, Russia’s GRU-linked hacker collective, deployed Industroyer2 against Ukrainian high-voltage substations, a direct […]

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Agnidipta Sarkar

Vicarius Launches vIntelligence, a Second Flagship Product for Continuous Agentic Validation

Security Boulevard
1 week ago

Vicarius has announced vIntelligence, a second flagship product that adds continuous agentic validation to the company’s security portfolio. The launch marks a shift for Vicarius from a single-product company to a two-product operation, with vIntelligence complementing its existing vRx remediation platform. The product is debuting at RSA Conference 2026. The problem vIntelligence targets is what..

The post Vicarius Launches vIntelligence, a Second Flagship Product for Continuous Agentic Validation appeared first on Security Boulevard.

Techstrong Editorial

Entro Security Launches AGA to Govern AI Agents and Non-Human Identities Across the Enterprise

Security Boulevard
1 week ago

Entro Security has announced Agentic Governance & Administration (AGA), a new pillar of its platform designed to help security and identity teams govern AI agents and AI access paths across enterprise systems. The company is showcasing AGA at RSA Conference 2026. The core problem AGA addresses is one that traditional Identity Governance and Administration (IGA)..

The post Entro Security Launches AGA to Govern AI Agents and Non-Human Identities Across the Enterprise appeared first on Security Boulevard.

Techstrong Editorial

CERN 科学家首次成功运输反物质

Solidot
1 week ago
欧洲核子研究中心（CERN）的研究团队周二将 92 个反质子装进一个利用磁场捕获它们的特制瓶子中。一辆装载着这个瓶子的卡车，沿着位于瑞士日内瓦郊外的 CERN 实验室场地行驶了 30 分钟逾 8 公里最高时速 42 公里。 CERN 是世界上唯一能大量生产反质子的地方，实验的最终目标就是将反质子运送到一个不受实验噪声干扰的地方，从而对其开展更精准的研究。反物质是物质的等量、反状态，两者相遇会相互湮灭，完全转化为能量，这使得储存或移动反物质变得极其困难。CERN 通过让质子束撞击一块致密金属来制造反物质，然后利用电场和磁场减速并捕获由此产生的反质子。这一过程十分艰难，而且大多数粒子都在此过程中丢失了。研究团队开发了一种便携式粒子陷阱，使粒子永远不接触含物质的容器侧壁。这意味着要为超导磁体系统供电，并使用低温技术将其冷却至 4 开尔文（-269摄氏度）。瓶子必须保持在非常严格的真空环境中，以防止反物质在运输途中与任何游离的物质粒子相遇并湮灭，而且所有设备都必须能够承受卡车运输过程中产生的各种力。研究团队还安装了一个探测器，可以在驾驶座上检查反质子的情况。

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