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Why Minnesota Can’t Do More to Stop ICE

Why Minnesota Can’t Do More to Stop ICE

With the marshals under attack, Kennedy deployed first the Mississippi National Guard and then thousands of federal troops as well. (That military operation, codenamed RAPID ROAD, was actually the first and only time during the Cold War that the military activated and used plans it had developed to quell civil disturbances in the wake of a nuclear attack.)

Then, in 1963, Kennedy again relied on the National Guard to help with the integration of the University of Alabama, and his successor, Lyndon Johnson, used marshals and the National Guard to protect civil rights marchers in Selma after Alabama state troopers infamously attacked them at the Edmund Pettus Bridge in an incident that came to be known as “Bloody Sunday.”

Presidents began using military troops, including the National Guard, more routinely in America’s cities in the 1960s. During summer riots following police brutality in Detroit in 1967, President Johnson ordered elements of the 82nd and 101st Airborne Divisions into the city and Michigan governor George Romney called up the Michigan National Guard; more than 40 people were killed, more than half by Detroit police. National Guard troops killed 11, including a four-year-old girl, Tanya Blanding, who died when a Michigan guardsman opened fire with a tank-mounted .50-caliber machine gun on her apartment after wrongly believing a sniper was inside.

While troops were used again amid the 1968 riots that followed the assassination of Martin Luther King, Jr., the downside and risk of such deployments was vividly captured two years later at Kent State University when National Guard troops opened fire on students protesting the Vietnam War, killing four and wounding nine.

Over the years since there has been incredibly limited domestic use of federal troops—the Los Angeles riots of 1992 being one exception—and presidents and attorneys general until the Trump administration usually go out of their way to coordinate surges of federal law enforcement to cities or states.

Even during the peak of the marshals and troop deployments to the South amid the civil rights movement, presidents only acted after state officials either refused to quell violence targeting Americans practicing their constitutional rights or, in the case of the Alabama state troopers, were the cause of the violence against peaceful citizens themselves. Often, a president acted only after there was defiance on the ground of a lawful court order—ensuring that there was a second branch of government acting as a check-and-balance and trigger for such federal action.

While Trump has said that the immigration enforcement effort in Minneapolis—as with previous efforts in Los Angeles, Washington, DC, Chicago, Charlotte, Portland and, most recently, Maine—is meant to enforce “law and order,” there’s no apparent rhyme, reason, or necessity to deployments beyond political terror.

Trump today is attempting something unprecedented that stands in contravention of all historical tradition in the United States: the brutal application of federal forces against a state and region with no apparent reason beyond it being led by members of the political opposition.

In deploying immigration officers and border security agents from DHS, rather than deputy US marshals from the Department of Justice—as presidents in the past have done—Trump is also changing the nature and tenor of his federal force. Marshals, whose work and training involves constitutional rights and protections, have always been used to protect civil rights and valid court orders and come with strong federal policing powers and authorities. The agents from Customs and Border Protection (CBP) and Immigration and Customs Enforcement (ICE) are different. They are not trained to normal federal law enforcement standards of dealing with the public and are meant to operate with severely limited authority to enforce immigration matters, not general federal laws. CBP agents in particular are less a regular law enforcement agency, grounded in due process, and more a paramilitary force meant to operate on the border regions. They were never intended to have regular contact with US citizens and civilians.

Trump has also attempted to use troops in similar crackdowns over the last year and been stymied by federal courts, who, among other instances, preliminarily blocked his federalization of the California National Guard.

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#Minnesota #Stop #ICE

Microsoft’s remote meeting software will lose major functionality on mobile soon if you don’t update your app.

In a support note on its website (via TechRadar), Microsoft said that people who use the iOS or Android apps for Microsoft Teams need to update to the latest version of the app by the beginning of October. Users who fail to do that will lose access to the app’s Calendar functionality, which would obviously be a big hindrance to anyone trying to keep track of when their meetings are supposed to happen.

We asked you to predict what Apple will do next. See the results and find out how to get a shot at winning an Apple Watch!

It should be stated that nothing is changing in the browser or desktop versions of Teams. This only applies to the mobile app.

“This change helps maintain a reliable calendar experience on iOS and Android devices and ensures compatibility with ongoing Teams service updates,” the note said.

No reason was given for why this feature would be shut off for those who fail to update, but TechRadar speculated that it had to do with the upcoming end-of-life for Microsoft’s Exchange Web Services system. Updating the mobile Teams app will presumably get around that, allowing for continued use of the Calendar feature.

Don’t miss any meetings, folks.

#Microsoft #Teams #users #lose #Calendar #access #weeks #update">Microsoft Teams users will lose Calendar access in weeks unless they update
                                                            Microsoft’s remote meeting software will lose major functionality on mobile soon if you don’t update your app.In a support note on its website (via TechRadar), Microsoft said that people who use the iOS or Android apps for Microsoft Teams need to update to the latest version of the app by the beginning of October. Users who fail to do that will lose access to the app’s Calendar functionality, which would obviously be a big hindrance to anyone trying to keep track of when their meetings are supposed to happen. We asked you to predict what Apple will do next. See the results and find out how to get a shot at winning an Apple Watch!
        
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It should be stated that nothing is changing in the browser or desktop versions of Teams. This only applies to the mobile app.“This change helps maintain a reliable calendar experience on iOS and Android devices and ensures compatibility with ongoing Teams service updates,” the note said.
        SEE ALSO:
        
            Microsoft will straight up give you a free pair of Sony XM6 headphones right now
            
        
    
No reason was given for why this feature would be shut off for those who fail to update, but TechRadar speculated that it had to do with the upcoming end-of-life for Microsoft’s Exchange Web Services system. Updating the mobile Teams app will presumably get around that, allowing for continued use of the Calendar feature. Don’t miss any meetings, folks.

                    
                                            
                            
    
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                    Apps & Software
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                                    #Microsoft #Teams #users #lose #Calendar #access #weeks #update

Microsoft’s remote meeting software will lose major functionality on mobile soon if you don’t update your app.

In a support note on its website (via TechRadar), Microsoft said that people who use the iOS or Android apps for Microsoft Teams need to update to the latest version of the app by the beginning of October. Users who fail to do that will lose access to the app’s Calendar functionality, which would obviously be a big hindrance to anyone trying to keep track of when their meetings are supposed to happen.

We asked you to predict what Apple will do next. See the results and find out how to get a shot at winning an Apple Watch!

It should be stated that nothing is changing in the browser or desktop versions of Teams. This only applies to the mobile app.

“This change helps maintain a reliable calendar experience on iOS and Android devices and ensures compatibility with ongoing Teams service updates,” the note said.

No reason was given for why this feature would be shut off for those who fail to update, but TechRadar speculated that it had to do with the upcoming end-of-life for Microsoft’s Exchange Web Services system. Updating the mobile Teams app will presumably get around that, allowing for continued use of the Calendar feature.

Don’t miss any meetings, folks.

#Microsoft #Teams #users #lose #Calendar #access #weeks #update">Microsoft Teams users will lose Calendar access in weeks unless they update

Microsoft’s remote meeting software will lose major functionality on mobile soon if you don’t update your app.

In a support note on its website (via TechRadar), Microsoft said that people who use the iOS or Android apps for Microsoft Teams need to update to the latest version of the app by the beginning of October. Users who fail to do that will lose access to the app’s Calendar functionality, which would obviously be a big hindrance to anyone trying to keep track of when their meetings are supposed to happen.

We asked you to predict what Apple will do next. See the results and find out how to get a shot at winning an Apple Watch!

It should be stated that nothing is changing in the browser or desktop versions of Teams. This only applies to the mobile app.

“This change helps maintain a reliable calendar experience on iOS and Android devices and ensures compatibility with ongoing Teams service updates,” the note said.

No reason was given for why this feature would be shut off for those who fail to update, but TechRadar speculated that it had to do with the upcoming end-of-life for Microsoft’s Exchange Web Services system. Updating the mobile Teams app will presumably get around that, allowing for continued use of the Calendar feature.

Don’t miss any meetings, folks.

#Microsoft #Teams #users #lose #Calendar #access #weeks #update
Several popular Samsung smart TV apps contain code that share the owner’s internet connection with strangers, potentially putting millions of Samsung smart TVs at risk of hijacking, according to new security research published on Monday. 

Some of these apps claim to have been installed on hundreds of millions of smart TVs in people’s homes, per the app developers.

At least one of the smart TV apps was a simple Pac-Man game that Samsung had endorsed and prominently featured in its “Editor’s Choice” section on customers’ TV screens.

These apps contain software that funnels outsiders’ web traffic through ordinary home and office internet connections, known as residential proxy networks (or “resproxies”), which are increasingly being linked to cybercrime. When opened, apps with resproxy code can turn the smart TV into an always-on tunnel for outsiders to funnel their web traffic through, known as an exit node — even when the app is no longer open. 

The security research by Norwegian cybersecurity company Mnemonic describes a perfect storm of problems that allows low-quality apps to proliferate across Samsung’s app store, containing code that puts users at risk of having their internet connections tapped by a rogue app. 

Many of these apps are barebone shells, made from only a few lines of code, and are designed solely to load content from another website, such as a game. While such smart TV apps load content from another server, any review of these apps sees only the few lines of code within, and not necessarily the content itself.

“What was reviewed is not necessarily what is running,” wrote Harrison Sand, an offensive security consultant at Mnemonic. 

After TechCrunch contacted Samsung with a request for comment about the research, the electronics giant said in an emailed statement that it was banning apps that share their users’ internet connections, and will remove apps that contain the functionality.

“We have already restricted new app registrations that incorporate such proxy functionalities on our Smart TV platform,” said a Samsung spokesperson. “We are currently implementing strict platform-wide developer policies explicitly banning residential proxy SDKs, and we are working to identify and remove all apps currently available in our store that contain these components.”

The move comes after LG said last month that it would ban apps that contain resproxy software after recent reporting found that around 42% of apps on the company’s app store enlisted a smart TV into a proxy network.

Inside a residential proxy network

The research also offers a rare look inside a residential proxy network.

Resproxy code can also be found in regular consumer phone apps, as well as other consumer electronics, like digital frames and Android streaming boxes, which then share that device’s internet connection. 

Any time a resproxy app or device connects to the internet, an outsider can also pay to use it. 

Resproxies are not inherently illegal. Some are used for evading censorship by routing internet traffic through ordinary looking residential homes. AI companies, for example, increasingly rely on resproxies to scrape data from multiple places on the internet in one go to train their AI models.

But cybersecurity companies say resproxies have gained a reputation for allowing hackers and spies to carry out cyberattacks and data breaches while hiding their malicious activity. 

Cybersecurity companies find resproxies challenging to tackle because the network traffic looks like it’s coming from an ordinary household, rather than a malicious hacker located overseas, as they might expect. 

Moreover, the network traffic that flows through a user’s device over resproxies is generally encrypted, which is generally impossible to unscramble and inspect.

By rooting a Samsung smart TV’s software, Mnemonic’s Sand gained deep access to the television’s internals and analyzed all of the network traffic that flowed in and out of the TV. This included any app that was sharing the smart TV’s internet connection with someone else. 

He found the Pac-Man game contained resproxy code from Bright Data, an Israel-based company that provides proxy networks touting access to millions of residential networks around the world. The company also has a marketplace for selling access to scraped data sets. These datasets are derived from a network of enlisted smart TVs as exit nodes, which are used to download large amounts of public data from the web from multiple sources at once, often to circumvent systems designed to prevent scraping.

Sand found that Bright Data’s resproxy code loaded when opening the Pac-Man game, but noted that this did not automatically turn the Samsung smart TV into an exit node. Sand said the resproxy code is dormant until the user accepts a consent screen, which immediately activates the resproxy code to run in the background until the user deletes the app.

Aside from the user themselves consenting to enlisting their device into a resproxy, Sand warned that a “simple code change on a web server” could instantly activate hundreds of millions of smart TVs into a potentially malicious botnet.

With access to the network data flowing through his smart TV, Sand could see that much of it appeared to suggest the resproxy network was used for large-scale scraping of LinkedIn profiles, and for collecting AI training data. Sand said he only saw a tiny percentage of what was routed over Bright Data’s network. 

Bright Data did not respond to a request for comment.

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

#Samsung #bans #smart #apps #share #users #internet #connections #strangers #TechCrunchcyberattacks,cybersecurity,Exclusive,privacy,residential proxy networks,Samsung">Samsung bans smart TV apps that share users’ internet connections with strangers | TechCrunch
Several popular Samsung smart TV apps contain code that share the owner’s internet connection with strangers, potentially putting millions of Samsung smart TVs at risk of hijacking, according to new security research published on Monday. 

Some of these apps claim to have been installed on hundreds of millions of smart TVs in people’s homes, per the app developers.







At least one of the smart TV apps was a simple Pac-Man game that Samsung had endorsed and prominently featured in its “Editor’s Choice” section on customers’ TV screens.

These apps contain software that funnels outsiders’ web traffic through ordinary home and office internet connections, known as residential proxy networks (or “resproxies”), which are increasingly being linked to cybercrime. When opened, apps with resproxy code can turn the smart TV into an always-on tunnel for outsiders to funnel their web traffic through, known as an exit node — even when the app is no longer open. 

The security research by Norwegian cybersecurity company Mnemonic describes a perfect storm of problems that allows low-quality apps to proliferate across Samsung’s app store, containing code that puts users at risk of having their internet connections tapped by a rogue app. 

Many of these apps are barebone shells, made from only a few lines of code, and are designed solely to load content from another website, such as a game. While such smart TV apps load content from another server, any review of these apps sees only the few lines of code within, and not necessarily the content itself.

“What was reviewed is not necessarily what is running,” wrote Harrison Sand, an offensive security consultant at Mnemonic. 

After TechCrunch contacted Samsung with a request for comment about the research, the electronics giant said in an emailed statement that it was banning apps that share their users’ internet connections, and will remove apps that contain the functionality.

“We have already restricted new app registrations that incorporate such proxy functionalities on our Smart TV platform,” said a Samsung spokesperson. “We are currently implementing strict platform-wide developer policies explicitly banning residential proxy SDKs, and we are working to identify and remove all apps currently available in our store that contain these components.”

The move comes after LG said last month that it would ban apps that contain resproxy software after recent reporting found that around 42% of apps on the company’s app store enlisted a smart TV into a proxy network.

Inside a residential proxy network

The research also offers a rare look inside a residential proxy network.







Resproxy code can also be found in regular consumer phone apps, as well as other consumer electronics, like digital frames and Android streaming boxes, which then share that device’s internet connection. 

Any time a resproxy app or device connects to the internet, an outsider can also pay to use it. 

Resproxies are not inherently illegal. Some are used for evading censorship by routing internet traffic through ordinary looking residential homes. AI companies, for example, increasingly rely on resproxies to scrape data from multiple places on the internet in one go to train their AI models. 

But cybersecurity companies say resproxies have gained a reputation for allowing hackers and spies to carry out cyberattacks and data breaches while hiding their malicious activity. 

Cybersecurity companies find resproxies challenging to tackle because the network traffic looks like it’s coming from an ordinary household, rather than a malicious hacker located overseas, as they might expect. 

Moreover, the network traffic that flows through a user’s device over resproxies is generally encrypted, which is generally impossible to unscramble and inspect.

By rooting a Samsung smart TV’s software, Mnemonic’s Sand gained deep access to the television’s internals and analyzed all of the network traffic that flowed in and out of the TV. This included any app that was sharing the smart TV’s internet connection with someone else. 

He found the Pac-Man game contained resproxy code from Bright Data, an Israel-based company that provides proxy networks touting access to millions of residential networks around the world. The company also has a marketplace for selling access to scraped data sets. These datasets are derived from a network of enlisted smart TVs as exit nodes, which are used to download large amounts of public data from the web from multiple sources at once, often to circumvent systems designed to prevent scraping.







Sand found that Bright Data’s resproxy code loaded when opening the Pac-Man game, but noted that this did not automatically turn the Samsung smart TV into an exit node. Sand said the resproxy code is dormant until the user accepts a consent screen, which immediately activates the resproxy code to run in the background until the user deletes the app.

Aside from the user themselves consenting to enlisting their device into a resproxy, Sand warned that a “simple code change on a web server” could instantly activate hundreds of millions of smart TVs into a potentially malicious botnet.

With access to the network data flowing through his smart TV, Sand could see that much of it appeared to suggest the resproxy network was used for large-scale scraping of LinkedIn profiles, and for collecting AI training data. Sand said he only saw a tiny percentage of what was routed over Bright Data’s network. 

Bright Data did not respond to a request for comment.
When you purchase through links in our articles, we may earn a small commission. This doesn’t affect our editorial independence.#Samsung #bans #smart #apps #share #users #internet #connections #strangers #TechCrunchcyberattacks,cybersecurity,Exclusive,privacy,residential proxy networks,Samsung

security research by Norwegian cybersecurity company Mnemonic describes a perfect storm of problems that allows low-quality apps to proliferate across Samsung’s app store, containing code that puts users at risk of having their internet connections tapped by a rogue app. 

Many of these apps are barebone shells, made from only a few lines of code, and are designed solely to load content from another website, such as a game. While such smart TV apps load content from another server, any review of these apps sees only the few lines of code within, and not necessarily the content itself.

“What was reviewed is not necessarily what is running,” wrote Harrison Sand, an offensive security consultant at Mnemonic. 

After TechCrunch contacted Samsung with a request for comment about the research, the electronics giant said in an emailed statement that it was banning apps that share their users’ internet connections, and will remove apps that contain the functionality.

“We have already restricted new app registrations that incorporate such proxy functionalities on our Smart TV platform,” said a Samsung spokesperson. “We are currently implementing strict platform-wide developer policies explicitly banning residential proxy SDKs, and we are working to identify and remove all apps currently available in our store that contain these components.”

The move comes after LG said last month that it would ban apps that contain resproxy software after recent reporting found that around 42% of apps on the company’s app store enlisted a smart TV into a proxy network.

Inside a residential proxy network

The research also offers a rare look inside a residential proxy network.

Resproxy code can also be found in regular consumer phone apps, as well as other consumer electronics, like digital frames and Android streaming boxes, which then share that device’s internet connection. 

Any time a resproxy app or device connects to the internet, an outsider can also pay to use it. 

Resproxies are not inherently illegal. Some are used for evading censorship by routing internet traffic through ordinary looking residential homes. AI companies, for example, increasingly rely on resproxies to scrape data from multiple places on the internet in one go to train their AI models.

But cybersecurity companies say resproxies have gained a reputation for allowing hackers and spies to carry out cyberattacks and data breaches while hiding their malicious activity. 

Cybersecurity companies find resproxies challenging to tackle because the network traffic looks like it’s coming from an ordinary household, rather than a malicious hacker located overseas, as they might expect. 

Moreover, the network traffic that flows through a user’s device over resproxies is generally encrypted, which is generally impossible to unscramble and inspect.

By rooting a Samsung smart TV’s software, Mnemonic’s Sand gained deep access to the television’s internals and analyzed all of the network traffic that flowed in and out of the TV. This included any app that was sharing the smart TV’s internet connection with someone else. 

He found the Pac-Man game contained resproxy code from Bright Data, an Israel-based company that provides proxy networks touting access to millions of residential networks around the world. The company also has a marketplace for selling access to scraped data sets. These datasets are derived from a network of enlisted smart TVs as exit nodes, which are used to download large amounts of public data from the web from multiple sources at once, often to circumvent systems designed to prevent scraping.

Sand found that Bright Data’s resproxy code loaded when opening the Pac-Man game, but noted that this did not automatically turn the Samsung smart TV into an exit node. Sand said the resproxy code is dormant until the user accepts a consent screen, which immediately activates the resproxy code to run in the background until the user deletes the app.

Aside from the user themselves consenting to enlisting their device into a resproxy, Sand warned that a “simple code change on a web server” could instantly activate hundreds of millions of smart TVs into a potentially malicious botnet.

With access to the network data flowing through his smart TV, Sand could see that much of it appeared to suggest the resproxy network was used for large-scale scraping of LinkedIn profiles, and for collecting AI training data. Sand said he only saw a tiny percentage of what was routed over Bright Data’s network. 

Bright Data did not respond to a request for comment.

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

#Samsung #bans #smart #apps #share #users #internet #connections #strangers #TechCrunchcyberattacks,cybersecurity,Exclusive,privacy,residential proxy networks,Samsung">Samsung bans smart TV apps that share users’ internet connections with strangers | TechCrunch

Several popular Samsung smart TV apps contain code that share the owner’s internet connection with strangers, potentially putting millions of Samsung smart TVs at risk of hijacking, according to new security research published on Monday. 

Some of these apps claim to have been installed on hundreds of millions of smart TVs in people’s homes, per the app developers.

At least one of the smart TV apps was a simple Pac-Man game that Samsung had endorsed and prominently featured in its “Editor’s Choice” section on customers’ TV screens.

These apps contain software that funnels outsiders’ web traffic through ordinary home and office internet connections, known as residential proxy networks (or “resproxies”), which are increasingly being linked to cybercrime. When opened, apps with resproxy code can turn the smart TV into an always-on tunnel for outsiders to funnel their web traffic through, known as an exit node — even when the app is no longer open. 

The security research by Norwegian cybersecurity company Mnemonic describes a perfect storm of problems that allows low-quality apps to proliferate across Samsung’s app store, containing code that puts users at risk of having their internet connections tapped by a rogue app. 

Many of these apps are barebone shells, made from only a few lines of code, and are designed solely to load content from another website, such as a game. While such smart TV apps load content from another server, any review of these apps sees only the few lines of code within, and not necessarily the content itself.

“What was reviewed is not necessarily what is running,” wrote Harrison Sand, an offensive security consultant at Mnemonic. 

After TechCrunch contacted Samsung with a request for comment about the research, the electronics giant said in an emailed statement that it was banning apps that share their users’ internet connections, and will remove apps that contain the functionality.

“We have already restricted new app registrations that incorporate such proxy functionalities on our Smart TV platform,” said a Samsung spokesperson. “We are currently implementing strict platform-wide developer policies explicitly banning residential proxy SDKs, and we are working to identify and remove all apps currently available in our store that contain these components.”

The move comes after LG said last month that it would ban apps that contain resproxy software after recent reporting found that around 42% of apps on the company’s app store enlisted a smart TV into a proxy network.

Inside a residential proxy network

The research also offers a rare look inside a residential proxy network.

Resproxy code can also be found in regular consumer phone apps, as well as other consumer electronics, like digital frames and Android streaming boxes, which then share that device’s internet connection. 

Any time a resproxy app or device connects to the internet, an outsider can also pay to use it. 

Resproxies are not inherently illegal. Some are used for evading censorship by routing internet traffic through ordinary looking residential homes. AI companies, for example, increasingly rely on resproxies to scrape data from multiple places on the internet in one go to train their AI models.

But cybersecurity companies say resproxies have gained a reputation for allowing hackers and spies to carry out cyberattacks and data breaches while hiding their malicious activity. 

Cybersecurity companies find resproxies challenging to tackle because the network traffic looks like it’s coming from an ordinary household, rather than a malicious hacker located overseas, as they might expect. 

Moreover, the network traffic that flows through a user’s device over resproxies is generally encrypted, which is generally impossible to unscramble and inspect.

By rooting a Samsung smart TV’s software, Mnemonic’s Sand gained deep access to the television’s internals and analyzed all of the network traffic that flowed in and out of the TV. This included any app that was sharing the smart TV’s internet connection with someone else. 

He found the Pac-Man game contained resproxy code from Bright Data, an Israel-based company that provides proxy networks touting access to millions of residential networks around the world. The company also has a marketplace for selling access to scraped data sets. These datasets are derived from a network of enlisted smart TVs as exit nodes, which are used to download large amounts of public data from the web from multiple sources at once, often to circumvent systems designed to prevent scraping.

Sand found that Bright Data’s resproxy code loaded when opening the Pac-Man game, but noted that this did not automatically turn the Samsung smart TV into an exit node. Sand said the resproxy code is dormant until the user accepts a consent screen, which immediately activates the resproxy code to run in the background until the user deletes the app.

Aside from the user themselves consenting to enlisting their device into a resproxy, Sand warned that a “simple code change on a web server” could instantly activate hundreds of millions of smart TVs into a potentially malicious botnet.

With access to the network data flowing through his smart TV, Sand could see that much of it appeared to suggest the resproxy network was used for large-scale scraping of LinkedIn profiles, and for collecting AI training data. Sand said he only saw a tiny percentage of what was routed over Bright Data’s network. 

Bright Data did not respond to a request for comment.

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

#Samsung #bans #smart #apps #share #users #internet #connections #strangers #TechCrunchcyberattacks,cybersecurity,Exclusive,privacy,residential proxy networks,Samsung

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