Legendary primatologist Jane Goodall , whose immersive field research living among chimpanzees in the 1960s essentially redefined the relationship between humans and animals, has died at the age of 91. According to the Jane Goodall Institute (JGI), Goodall died of natural causes while in California as part of a US speaking tour.

"Jane was passionate about empowering young people to become involved in conservation and humanitarian projects and she led many educational initiatives focused on both wild and captive chimpanzees," the institute wrote in a statement . "[Her] discoveries as an ethologist revolutionized science. She was always guided by her fascination with the mysteries of evolution, and her staunch belief in the fundamental need to respect all forms of life on Earth."

Born in April 1934, Goodall loved nature and wildlife from a very young age, so much so that her father once gave her a stuffed monkey doll that young Jane named Jubilee and kept for the rest of her life. Goodall found an early mentor in paleoanthropologist Louis Leakey, who employed her as a secretary at the National Museum in Nairobi. She accompanied Leakey and his wife, Mary Leakey, on a hunt for fossils at the Olduvai Gorge. Impressed with the young woman's potential, Leakey sent her to Tanzania to study chimpanzees in the Gombe forest. He also arranged for her to enter the PhD program in ethology at Cambridge University; Goodall completed her PhD in 1965 with a thesis based on that initial Gombe study. The research program she founded is still active today.

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Legendary primatologist Jane Goodall , whose immersive field research living among chimpanzees in the 1960s essentially redefined the relationship between humans and animals, has died at the age of 91. According to the Jane Goodall Institute (JGI), Goodall died of natural causes while in California as part of a US speaking tour.

"Jane was passionate about empowering young people to become involved in conservation and humanitarian projects and she led many educational initiatives focused on both wild and captive chimpanzees," the institute wrote in a statement . "[Her] discoveries as an ethologist revolutionized science. She was always guided by her fascination with the mysteries of evolution, and her staunch belief in the fundamental need to respect all forms of life on Earth."

Born in April 1934, Goodall loved nature and wildlife from a very young age, so much so that her father once gave her a stuffed monkey doll that young Jane named Jubilee and kept for the rest of her life. Goodall found an early mentor in paleoanthropologist Louis Leakey, who employed her as a secretary at the National Museum in Nairobi. She accompanied Leakey and his wife, Mary Leakey, on a hunt for fossils at the Olduvai Gorge. Impressed with the young woman's potential, Leakey sent her to Tanzania to study chimpanzees in the Gombe forest. He also arranged for her to enter the PhD program in ethology at Cambridge University; Goodall completed her PhD in 1965 with a thesis based on that initial Gombe study. The research program she founded is still active today.

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Legendary primatologist Jane Goodall , whose immersive field research living among chimpanzees in the 1960s essentially redefined the relationship between humans and animals, has died at the age of 91. According to the Jane Goodall Institute (JGI), Goodall died of natural causes while in California as part of a US speaking tour.

"Jane was passionate about empowering young people to become involved in conservation and humanitarian projects and she led many educational initiatives focused on both wild and captive chimpanzees," the institute wrote in a statement . "[Her] discoveries as an ethologist revolutionized science. She was always guided by her fascination with the mysteries of evolution, and her staunch belief in the fundamental need to respect all forms of life on Earth."

Born in April 1934, Goodall loved nature and wildlife from a very young age, so much so that her father once gave her a stuffed monkey doll that young Jane named Jubilee and kept for the rest of her life. Goodall found an early mentor in paleoanthropologist Louis Leakey, who employed her as a secretary at the National Museum in Nairobi. She accompanied Leakey and his wife, Mary Leakey, on a hunt for fossils at the Olduvai Gorge. Impressed with the young woman's potential, Leakey sent her to Tanzania to study chimpanzees in the Gombe forest. He also arranged for her to enter the PhD program in ethology at Cambridge University; Goodall completed her PhD in 1965 with a thesis based on that initial Gombe study. The research program she founded is still active today.

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As businesses around the world have shifted their digital infrastructure over the last decade from self-hosted servers to the cloud , they’ve benefitted from the standardized, built-in security features of major cloud providers like Microsoft . But with so much riding on these systems, there can be potentially disastrous consequences at a massive scale if something goes wrong. Case in point: Security researcher Dirk-jan Mollema recently stumbled upon a pair of vulnerabilities in Microsoft Azure’s identity and access management platform that could have been exploited for a potentially cataclysmic takeover of all Azure customer accounts.

Known as Entra ID, the system stores each Azure cloud customer’s user identities, sign-in access controls, applications, and subscription management tools. Mollema has studied Entra ID security in depth and published multiple studies about weaknesses in the system, which was formerly known as Azure Active Directory. But while preparing to present at the Black Hat security conference in Las Vegas in July, Mollema discovered two vulnerabilities that he realized could be used to gain global administrator privileges—essentially god mode—and compromise every Entra ID directory, or what is known as a “tenant.” Mollema says that this would have exposed nearly every Entra ID tenant in the world other than, perhaps, government cloud infrastructure.

“I was just staring at my screen. I was like, ‘No, this shouldn’t really happen,’” says Mollema, who runs the Dutch cybersecurity company Outsider Security and specializes in cloud security. “It was quite bad. As bad as it gets, I would say.”

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As businesses around the world have shifted their digital infrastructure over the last decade from self-hosted servers to the cloud , they’ve benefitted from the standardized, built-in security features of major cloud providers like Microsoft . But with so much riding on these systems, there can be potentially disastrous consequences at a massive scale if something goes wrong. Case in point: Security researcher Dirk-jan Mollema recently stumbled upon a pair of vulnerabilities in Microsoft Azure’s identity and access management platform that could have been exploited for a potentially cataclysmic takeover of all Azure customer accounts.

Known as Entra ID, the system stores each Azure cloud customer’s user identities, sign-in access controls, applications, and subscription management tools. Mollema has studied Entra ID security in depth and published multiple studies about weaknesses in the system, which was formerly known as Azure Active Directory. But while preparing to present at the Black Hat security conference in Las Vegas in July, Mollema discovered two vulnerabilities that he realized could be used to gain global administrator privileges—essentially god mode—and compromise every Entra ID directory, or what is known as a “tenant.” Mollema says that this would have exposed nearly every Entra ID tenant in the world other than, perhaps, government cloud infrastructure.

“I was just staring at my screen. I was like, ‘No, this shouldn’t really happen,’” says Mollema, who runs the Dutch cybersecurity company Outsider Security and specializes in cloud security. “It was quite bad. As bad as it gets, I would say.”

Read full article

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As businesses around the world have shifted their digital infrastructure over the last decade from self-hosted servers to the cloud , they’ve benefitted from the standardized, built-in security features of major cloud providers like Microsoft . But with so much riding on these systems, there can be potentially disastrous consequences at a massive scale if something goes wrong. Case in point: Security researcher Dirk-jan Mollema recently stumbled upon a pair of vulnerabilities in Microsoft Azure’s identity and access management platform that could have been exploited for a potentially cataclysmic takeover of all Azure customer accounts.

Known as Entra ID, the system stores each Azure cloud customer’s user identities, sign-in access controls, applications, and subscription management tools. Mollema has studied Entra ID security in depth and published multiple studies about weaknesses in the system, which was formerly known as Azure Active Directory. But while preparing to present at the Black Hat security conference in Las Vegas in July, Mollema discovered two vulnerabilities that he realized could be used to gain global administrator privileges—essentially god mode—and compromise every Entra ID directory, or what is known as a “tenant.” Mollema says that this would have exposed nearly every Entra ID tenant in the world other than, perhaps, government cloud infrastructure.

“I was just staring at my screen. I was like, ‘No, this shouldn’t really happen,’” says Mollema, who runs the Dutch cybersecurity company Outsider Security and specializes in cloud security. “It was quite bad. As bad as it gets, I would say.”

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Two things about the Specialized Turbo Vado SL 2 6.0 Carbon are hard to fathom: One is how light and lithe it feels as an e-bike, even with the battery off; the other is how hard it is to recite its full name when other riders ask you about the bike at stop lights and pit stops.

I’ve tested about a half-dozen e-bikes for Ars Technica. Each test period has included a ride with my regular group for about 30 miles. Nobody else in my group rides electric, so I try riding with no assist, at least part of the way. Usually I give up after a mile or two, realizing that most e-bikes are not designed for unpowered rides.

On the Carbon (as I’ll call it for the rest of this review), you can ride without power. At 35 pounds, it’s no gram-conscious road bike, but it feels lighter than that number implies. My daily ride is an aluminum-framed model with an internal geared hub that weighs about the same, so I might be a soft target. But it’s a remarkable thing to ride an e-bike that starts with a good unpowered ride and lets you build on that with power.

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Two things about the Specialized Turbo Vado SL 2 6.0 Carbon are hard to fathom: One is how light and lithe it feels as an e-bike, even with the battery off; the other is how hard it is to recite its full name when other riders ask you about the bike at stop lights and pit stops.

I’ve tested about a half-dozen e-bikes for Ars Technica. Each test period has included a ride with my regular group for about 30 miles. Nobody else in my group rides electric, so I try riding with no assist, at least part of the way. Usually I give up after a mile or two, realizing that most e-bikes are not designed for unpowered rides.

On the Carbon (as I’ll call it for the rest of this review), you can ride without power. At 35 pounds, it’s no gram-conscious road bike, but it feels lighter than that number implies. My daily ride is an aluminum-framed model with an internal geared hub that weighs about the same, so I might be a soft target. But it’s a remarkable thing to ride an e-bike that starts with a good unpowered ride and lets you build on that with power.

Read full article

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Two things about the Specialized Turbo Vado SL 2 6.0 Carbon are hard to fathom: One is how light and lithe it feels as an e-bike, even with the battery off; the other is how hard it is to recite its full name when other riders ask you about the bike at stop lights and pit stops.

I’ve tested about a half-dozen e-bikes for Ars Technica. Each test period has included a ride with my regular group for about 30 miles. Nobody else in my group rides electric, so I try riding with no assist, at least part of the way. Usually I give up after a mile or two, realizing that most e-bikes are not designed for unpowered rides.

On the Carbon (as I’ll call it for the rest of this review), you can ride without power. At 35 pounds, it’s no gram-conscious road bike, but it feels lighter than that number implies. My daily ride is an aluminum-framed model with an internal geared hub that weighs about the same, so I might be a soft target. But it’s a remarkable thing to ride an e-bike that starts with a good unpowered ride and lets you build on that with power.

Read full article

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