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Automated Sextortion Spyware Takes Webcam Pics of Victims Watching Porn

Automated Sextortion Spyware Takes Webcam Pics of Victims Watching Porn

Sextortion-based hacking, which hijacks a victim’s webcam or blackmails them with nudes they’re tricked or coerced into sharing, has long represented one of the most disturbing forms of cybercrime. Now one specimen of widely available spyware has turned that relatively manual crime into an automated feature, detecting when the user is browsing pornography on their PC, screenshotting it, and taking a candid photo of the victim through their webcam.

On Wednesday, researchers at security firm Proofpoint published their analysis of an open-source variant of “infostealer” malware known as Stealerium that the company has seen used in multiple cybercriminal campaigns since May of this year. The malware, like all infostealers, is designed to infect a target’s computer and automatically send a hacker a wide variety of stolen sensitive data, including banking information, usernames and passwords, and keys to victims’ crypto wallets. Stealerium, however, adds another, more humiliating form of espionage: It also monitors the victim’s browser for web addresses that include certain NSFW keywords, screenshots browser tabs that include those words, photographs the victim via their webcam while they’re watching those porn pages, and sends all the images to a hacker—who can then blackmail the victim with the threat of releasing them.

“When it comes to infostealers, they typically are looking for whatever they can grab,” says Selena Larson, one of the Proofpoint researchers who worked on the company’s analysis. “This adds another layer of privacy invasion and sensitive information that you definitely wouldn’t want in the hands of a particular hacker.”

“It’s gross,” Larson adds. “I hate it.”

Proofpoint dug into the features of Stealerium after finding the malware in tens of thousands of emails sent by two different hacker groups it tracks (both relatively small-scale cybercriminal operations), as well as a number of other email-based hacking campaigns. Stealerium, strangely, is distributed as a free, open source tool available on Github. The malware’s developer, who goes by the named witchfindertr and describes themselves as a “malware analyst” based in London, notes on the page that the program is for “educational purposes only.”

“How you use this program is your responsibility,” the page reads. “I will not be held accountable for any illegal activities. Nor do i give a shit how u use it.”

In the hacking campaigns Proofpoint analyzed, cybercriminals attempted to trick users into downloading and installing Stealerium as an attachment or a web link, luring victims with typical bait like a fake payment or invoice. The emails targeted victims inside companies in the hospitality industry, as well as in education and finance, though Proofpoint notes that users outside of companies were also likely targeted but wouldn’t be seen by its monitoring tools.

Once it’s installed, Stealerium is designed to steal a wide variety of data and send it to the hacker via services like Telegram, Discord, or the SMTP protocol in some variants of the spyware, all of which is relatively standard in infostealers. The researchers were more surprised to see the automated sextortion feature, which monitors browser URLs for a list of pornography-related terms such as “sex” and “porn,” which can be customized by the hacker and trigger simultaneous image captures from the user’s webcam and browser. Proofpoint notes that it hasn’t identified any specific victims of that sextortion function, but suggests that the existence of the feature means it has likely been used.

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#Automated #Sextortion #Spyware #Takes #Webcam #Pics #Victims #Watching #Porn

U.S. federal cybersecurity agency CISA said it did not have a prepared response plan for how it should handle a cybersecurity incident in May, after an investigative reporter notified the agency that a contractor had publicly exposed sensitive keys and credentials for accessing U.S. government systems.

CISA, the Homeland Security unit tasked with defending federal networks and helping to safeguard critical infrastructure, revealed Friday in a postmortem report that its staff “had to spend time building [a playbook] during the early stages of the incident.” The agency said it is important to prepare playbooks for “all anticipated needs” to ensure that organizations are ready to respond in the event of a security incident rather than scrambling to improvise one in real time.

The agency did not say how long the missing playbook delayed CISA’s response, and a spokesperson did not immediately respond to TechCrunch’s request for comment. 

Independent cybersecurity journalist Brian Krebs reported in May that a security researcher with cyber firm GitGuardian alerted him to reams of exposed passwords stored in a publicly accessible GitHub repository, which an employee of a CISA contractor had uploaded.

According to Krebs, the researcher tried to alert the contractor but didn’t hear back. Only after Krebs contacted CISA did the agency take the repository offline and revoke and replace all of the exposed credentials to prevent any potential future abuse.

CISA said that no customer or mission data was exposed in the incident and thanked the researcher and reporter for their help. The agency said that its channels for allowing security researchers to notify CISA of potential incidents “were not well defined,” and that it has made changes to make it easier and faster for researchers to contact the agency.

CISA has been without a permanent director since the start of President Donald Trump’s second term in January 2025. The agency has also been affected by cuts, furloughs, and layoffs affecting about a third of its workforce since Trump took office. 

When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.

#cybersecurity #agency #CISA #build #incident #playbook #incident #agency #reveals #TechCrunchCISA,cybersecurity,us government">US cybersecurity agency CISA had to build its incident playbook during the incident, agency reveals | TechCrunch
U.S. federal cybersecurity agency CISA said it did not have a prepared response plan for how it should handle a cybersecurity incident in May, after an investigative reporter notified the agency that a contractor had publicly exposed sensitive keys and credentials for accessing U.S. government systems.

CISA, the Homeland Security unit tasked with defending federal networks and helping to safeguard critical infrastructure, revealed Friday in a postmortem report that its staff “had to spend time building [a playbook] during the early stages of the incident.” The agency said it is important to prepare playbooks for “all anticipated needs” to ensure that organizations are ready to respond in the event of a security incident rather than scrambling to improvise one in real time.







The agency did not say how long the missing playbook delayed CISA’s response, and a spokesperson did not immediately respond to TechCrunch’s request for comment. 

Independent cybersecurity journalist Brian Krebs reported in May that a security researcher with cyber firm GitGuardian alerted him to reams of exposed passwords stored in a publicly accessible GitHub repository, which an employee of a CISA contractor had uploaded.

According to Krebs, the researcher tried to alert the contractor but didn’t hear back. Only after Krebs contacted CISA did the agency take the repository offline and revoke and replace all of the exposed credentials to prevent any potential future abuse.

CISA said that no customer or mission data was exposed in the incident and thanked the researcher and reporter for their help. The agency said that its channels for allowing security researchers to notify CISA of potential incidents “were not well defined,” and that it has made changes to make it easier and faster for researchers to contact the agency.

CISA has been without a permanent director since the start of President Donald Trump’s second term in January 2025. The agency has also been affected by cuts, furloughs, and layoffs affecting about a third of its workforce since Trump took office. 
When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.#cybersecurity #agency #CISA #build #incident #playbook #incident #agency #reveals #TechCrunchCISA,cybersecurity,us government

in a postmortem report that its staff “had to spend time building [a playbook] during the early stages of the incident.” The agency said it is important to prepare playbooks for “all anticipated needs” to ensure that organizations are ready to respond in the event of a security incident rather than scrambling to improvise one in real time.

The agency did not say how long the missing playbook delayed CISA’s response, and a spokesperson did not immediately respond to TechCrunch’s request for comment. 

Independent cybersecurity journalist Brian Krebs reported in May that a security researcher with cyber firm GitGuardian alerted him to reams of exposed passwords stored in a publicly accessible GitHub repository, which an employee of a CISA contractor had uploaded.

According to Krebs, the researcher tried to alert the contractor but didn’t hear back. Only after Krebs contacted CISA did the agency take the repository offline and revoke and replace all of the exposed credentials to prevent any potential future abuse.

CISA said that no customer or mission data was exposed in the incident and thanked the researcher and reporter for their help. The agency said that its channels for allowing security researchers to notify CISA of potential incidents “were not well defined,” and that it has made changes to make it easier and faster for researchers to contact the agency.

CISA has been without a permanent director since the start of President Donald Trump’s second term in January 2025. The agency has also been affected by cuts, furloughs, and layoffs affecting about a third of its workforce since Trump took office. 

When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.

#cybersecurity #agency #CISA #build #incident #playbook #incident #agency #reveals #TechCrunchCISA,cybersecurity,us government">US cybersecurity agency CISA had to build its incident playbook during the incident, agency reveals | TechCrunch

U.S. federal cybersecurity agency CISA said it did not have a prepared response plan for how it should handle a cybersecurity incident in May, after an investigative reporter notified the agency that a contractor had publicly exposed sensitive keys and credentials for accessing U.S. government systems.

CISA, the Homeland Security unit tasked with defending federal networks and helping to safeguard critical infrastructure, revealed Friday in a postmortem report that its staff “had to spend time building [a playbook] during the early stages of the incident.” The agency said it is important to prepare playbooks for “all anticipated needs” to ensure that organizations are ready to respond in the event of a security incident rather than scrambling to improvise one in real time.

The agency did not say how long the missing playbook delayed CISA’s response, and a spokesperson did not immediately respond to TechCrunch’s request for comment. 

Independent cybersecurity journalist Brian Krebs reported in May that a security researcher with cyber firm GitGuardian alerted him to reams of exposed passwords stored in a publicly accessible GitHub repository, which an employee of a CISA contractor had uploaded.

According to Krebs, the researcher tried to alert the contractor but didn’t hear back. Only after Krebs contacted CISA did the agency take the repository offline and revoke and replace all of the exposed credentials to prevent any potential future abuse.

CISA said that no customer or mission data was exposed in the incident and thanked the researcher and reporter for their help. The agency said that its channels for allowing security researchers to notify CISA of potential incidents “were not well defined,” and that it has made changes to make it easier and faster for researchers to contact the agency.

CISA has been without a permanent director since the start of President Donald Trump’s second term in January 2025. The agency has also been affected by cuts, furloughs, and layoffs affecting about a third of its workforce since Trump took office. 

When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.

#cybersecurity #agency #CISA #build #incident #playbook #incident #agency #reveals #TechCrunchCISA,cybersecurity,us government
Power supplies aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.

T-Guard Monitors Your GPU Power Cable in Real Time

The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.

Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.

Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.

Built for Modern Gaming PCs

GIGABYTE Launches New Gaming PSUs That Can Detect GPU Cable Overheating
	
Power supplies aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.



T-Guard Monitors Your GPU Power Cable in Real Time



The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.



Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.



Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.



Built for Modern Gaming PCs







Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.



GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte

Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.

GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte">GIGABYTE Launches New Gaming PSUs That Can Detect GPU Cable Overheating
	
Power supplies aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.



T-Guard Monitors Your GPU Power Cable in Real Time



The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.



Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.



Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.



Built for Modern Gaming PCs







Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.



GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte

aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.

T-Guard Monitors Your GPU Power Cable in Real Time

The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.

Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.

Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.

Built for Modern Gaming PCs

GIGABYTE Launches New Gaming PSUs That Can Detect GPU Cable Overheating
	
Power supplies aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.



T-Guard Monitors Your GPU Power Cable in Real Time



The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.



Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.



Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.



Built for Modern Gaming PCs







Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.



GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte

Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.

GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte">GIGABYTE Launches New Gaming PSUs That Can Detect GPU Cable Overheating

Power supplies aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.

T-Guard Monitors Your GPU Power Cable in Real Time

The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.

Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.

Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.

Built for Modern Gaming PCs

GIGABYTE Launches New Gaming PSUs That Can Detect GPU Cable Overheating
	
Power supplies aren’t exactly the most exciting PC component to talk about. But considering how expensive modern graphics cards have become, and the issues we’ve seen with melting 12V-2×6 connectors over the past few years, it’s probably one of the few components you don’t want to cheap out on. That’s why GIGABYTE’s new GAMING Series power supplies are interesting. The company has introduced a new feature called T-Guard, which actively monitors the temperature of the GPU power connector and steps in before things get out of hand.



T-Guard Monitors Your GPU Power Cable in Real Time



The biggest highlight of the new PSU lineup is T-Guard, an active safety system designed specifically for the newer 12V-2×6 graphics card connector. Instead of waiting for something to go wrong, the PSU continuously monitors the connector using built-in temperature sensors. If it detects abnormal heat, which can occur due to a loose cable or excessive electrical load, it immediately alerts the system and begins protecting the hardware.



Rather than shutting down the entire PC instantly, the PSU intelligently reduces power only to the graphics card. That means the rest of the system can continue running normally, giving users enough time to save any unsaved work before safely powering the machine off. If your processor has integrated graphics, you’ll still get video output even after the GPU power has been limited, making it much easier to troubleshoot the issue rather than staring at a black screen.



Combined with real-time temperature monitoring, automatic GPU power limiting, and the ability to recover your work before shutdown, GIGABYTE says T-Guard offers three layers of protection against connector failures.



Built for Modern Gaming PCs







Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.



GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte

Beyond the new safety features, the GAMING Series also ticks most of the boxes you’d expect from a modern enthusiast power supply. The units are fully compliant with the latest ATX 3.1 and PCIe 5.1 standards, making them ready for current and upcoming graphics cards. They’re available in 750W, 850W, and 1000W capacities and come in both Black and Ice color options to better match different PC builds. Internally, GIGABYTE uses 100% Japanese capacitors, while the included dual-color 12V-2×6 cable makes it easier to confirm that the GPU connector has been plugged in correctly before powering on the system.

GIGABYTE has also focused on efficiency and acoustics with the new lineup. The PSUs have received Cybenetics ETA Platinum certification for energy efficiency and the Cybenetics LAMBDA A+ certification for low noise. According to the company, average operating noise stays below 20 dB(A) under typical workloads. Cooling duties are handled by a 135mm Fluid Dynamic Bearing fan, while HybridCool technology can completely stop the fan during lighter workloads. This allows the PSU to operate almost silently when the system isn’t under heavy load.

#GIGABYTE #Launches #Gaming #PSUs #Detect #GPU #Cable #OverheatingGigaByte

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