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Webinar: Stolen credentials are the new front door to your network

Cybercriminals no longer need zero-day exploits or other vulnerabilities to breach your systems—these days, they just log in.

On July 9th at 2:00 PM ET, BleepingComputer and SC Media will co-host a live webinar with identity security expert Darren Siegel of Specops Software (part of Outpost24), exploring how threat actors are increasingly breaching networks by simply logging in with stolen credentials.

The webinar “Stolen credentials: The New Front Door to Your Network” will unpack the real-world mechanics behind credential-based attacks and how to stop them before damage is done.

No, the 16 billion credentials leak is not a new data breach

News broke today about “one of the largest data breaches in history,” sparking wide media coverage filled with warnings and fear-mongering. However, it appears to just be a compilation of previously leaked credentials stolen by infostealers, exposed in data breaches, and via credential stuffing attacks.

To be clear, this is not a new data breach, or a breach at all, and the websites involved were not recently compromised to steal these credentials.

Instead, these stolen credentials were likely circulating for some time, if not for years. It was then collected by a cybersecurity firm, researchers, or threat actors and repackaged into a database that was exposed on the Internet.

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50 Years Later, a Quantum Mystery Has Finally Been Solved

The quantum physics community is buzzing with excitement after researchers at Rice University finally observed a phenomenon that had eluded scientists for over 70 years. This breakthrough, recently published in Science Advances is known as the superradiant phase transition (SRPT), represents a significant milestone in quantum mechanics and opens extraordinary possibilities for future technological applications.

In 1954, physicist Robert H. Dicke proposed an intriguing theory suggesting that under specific conditions, large groups of excited atoms could emit light in perfect synchronization rather than independently. This collective behavior, termed superradiance, was predicted to potentially create an entirely new phase of matter through a complete phase transition.

For over seven decades, this theoretical concept remained largely confined to equations and speculation. The primary obstacle was the infamous “no-go theorem,” which seemingly prohibited such transitions in conventional light-based systems. This theoretical barrier frustrated generations of quantum physicists attempting to observe this elusive phenomenon.

A framework for realizing a microscopic, highly precise and energy-efficient quantum clock

Over the past decades, physicists have been trying to develop increasingly sophisticated and precise clocks to reliably measure the duration of physical processes that unfold over very short periods of time, helping to validate various theoretical predictions. These include so-called quantum clocks, timekeeping systems that leverage the principles of quantum mechanics to measure time with extremely high precision.

New breakthrough enables precise activation of quantum features in diamond

A new study led by researchers at the Universities of Oxford, Cambridge and Manchester has achieved a major advance in quantum materials, developing a method to precisely engineer single quantum defects in diamond—an essential step toward scalable quantum technologies. The results have been published in the journal Nature Communications.