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A vulnerability was found in Microsoft Dataverse. It has been rated as problematic. This issue affects some unknown processing. The manipulation leads to deserialization. The identification of this vulnerability is CVE-2025-29807. The attack may be initiated remotely. There is no exploit available. This product is a managed service. It is not possible for users to maintain vulnerability countermeasures themselves.

Major Competitive, Regulatory, Economic and Technological Changes Fueled This Deal
The fact a $32 billion acquisition agreement between Google and Wiz was reached speaks to major changes that have occurred in the market around the competitive landscape, the regulatory environment, the macroeconomic environment, customer buying behavior, and the technology itself.

Norwegian Man Tells OpenAI: I Didn't Kill My Children
A Norwegian man is peeved that a chatbot hallucinated a violent backstory for his life after seeing that ChatGPT apparently believes he's a child killer spending decades inside prison. "The fact that someone could read this output and believe it is true is what scares me the most," he said.

Health ISAC, AHA Bulletin Urges Entities to Bolster Physical, Cyber, Preparedness
Threats transmitted on social media intimating coordinated terrorist attacks on hospitals in mid-tier U.S. cities have industry authorities warning the healthcare sector to shore up physical and cyber security, as well as emergency management response plans.

Experts Weigh the Advantages and Risks of Generative Adversarial Networks
With traditional rule-based fraud detection systems and even conventional machine learning models struggling to identify these highly deceptive fraud patterns, financial institutions are exploring generative adversarial networks to enhance fraud detection.

Executive Order Shifts Cyber Responsibilities to States, Sparking Security Concerns
The White House is shifting cybersecurity risk management from the federal government to states and local agencies, marking a pivot in how Washington supports the protection of elections and critical infrastructure. Many states lack their own national security and cyberthreat intelligence centers.

This TSUBAME Report Overflow series discuss monitoring trends of overseas TSUBAME sensors and other activities which the Internet Threat Monitoring Quarterly Reports does not include. This article covers the monitoring results for the period of October to December 2024. Observation...

直播开启！速来学习！

直播开启！速来学习！

直播开启！速来学习！

直播开启！速来学习！

直播开启！速来学习！

直播开启！速来学习！

直播开启！速来学习！

Новый инструмент Cloudflare обманывает ИИ-сканеры, перенаправляя их в бесконечные лабиринты сгенерированного контента.

一项功能性磁共振成像（fMRI）研究挑战了有关婴儿记忆的假设；研究人员报告称，婴儿在 12 个月大的时候能够编码记忆。研究结果表明，婴儿期遗忘（即人们无法记住生命最初几年的情况）更可能是由记忆检索失败所致，而非因为一开始就无法形成记忆。尽管婴儿期为快速学习的阶段，但这一时期形成的记忆并不会持续到童年后期或成年期。人类通常无法回忆起生命最初三年的事件——这种现象被称为婴儿期遗忘。成年人为何对婴儿时期的情景记忆会有历时数年的空白仍然成谜。有一种学说认为，这是因为海马体（这是一个对情景记忆至关重要的脑区）在婴儿期尚未发育完全。然而，在啮齿动物中所做的研究挑战了这一观点；这些研究显示：记忆痕迹或印迹会在婴儿的海马体中形成，但这些印迹会随着时间的推移而变得无法获取。研究人员用 fMRI 对在完成记忆任务时的 4 至 25 个月的婴幼儿进行了脑部扫描。研究结果表明，婴儿的海马体从 1 岁左右开始就能对个人经历的记忆进行编码，从而为个体记忆形成于婴儿期提供了证据。

Tech giant Apple is once again in the legal spotlight as a class-action lawsuit filed in U.S. District Court in San Jose accuses the company of false advertising and unfair competition related to its highly touted Apple Intelligence features. The suit, lodged on Wednesday, March 19, 2025, claims that Apple misled consumers by promoting artificial […]

The post Apple Faces Federal Lawsuit Over Delayed Apple Intelligence Features appeared first on Cyber Security News.

A network is simply a way for devices like computers, phones, or servers to connect and communicate with each other. It is similar to a road system that allows cars to travel between different places. If we take the cars as data and the destinations as devices, we need to make sure there are no […]

The post Importance of Regular Network Security Audit appeared first on Kratikal Blogs - Information Hub For Cyber Security Experts.

The post Importance of Regular Network Security Audit appeared first on Security Boulevard.

根据发表在《自然》期刊上的一项研究，2023/24 年海洋表面温度的大幅上升虽然是异常现象，但用气候模型预测时并不全然意外。这项研究表明，全球变暖可能并未像人们起初担忧的那样发生超预期的加速，但研究仍显示，温度飙升可能由人因气候变化所致。2023/24年，全球海洋表面温度达到创纪录高点，比此前纪录高出约0.25℃。这一突然升温令人担心全球变暖是否已经加速，以及现有的气候模型是否能够准确描绘气候系统。为回答这些疑问，瑞士伯尔尼大学研究团队使用基于观测的统计模型，以确定在当前对气候模式的理解下，预测出这一海洋表面温度高峰的可能性。这些模型表明，相对目前的变暖趋势，海洋表面温度在 2023/24 年的飙升是个512 年一遇的事件。这一结果意味着，此次事件并非完全超出预期。但研究团队提到，如果不考虑全球变暖的趋势，这类异常事件几乎不可能发生。他们补充说，预计到2025年9月之前，海洋表面温度会在这种跳跃飙升之后恢复到长期变暖趋势。