Lifeboat Foundation

Hello and welcome to… well… TWO-SDAY NEWSDAY! Your number one resource for the entire week’s worth of VR news! Today we haver the conclusion to my CES VR coverage… but it’s certainly not the least! Last video i did mostly VR headsets from HTC Vive’s newest XR Elite, to Shiftall and their Flp VR and MeganeX to Pimax and their newest Portal and Crystal… today I am covering a BUNCH of amazing VR gloves, from Diver X to bhaptics to AI Silk and Contact CI… In addition I try the PSVR 2 (not at CES), Lynx R1 as well as some really awesome haptic suits! Also got to see some of the most impressive AR lenses available! Awesome and exciting episode! Hope you enjoyed!

DiverX:
https://www.kickstarter.com/projects/diver-x/contact-glove.

Continue reading “Goodbye VR Controllers, HELLO VR GLOVES! (Best of CES 2023)” »

Aging is characterized by changes in cellular identity and function over time. This process is driven by changes in chromatin factor localization during DNA break repair, which alters the epigenome and advances the epigenetic clock. Expression of a subset of Yamanka factors, OSK, can reverse these changes and modulate aging.

Use midjourney and stable diffusion to create nfts? NEW TYPE OF NFTS

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Continue reading “Will Generative AI NFTs Spark a NEW BOOM in Crypto?” »

Lawrence Livermore National Laboratory’s decades of leadership in developing high-energy lasers is being tapped to provide a key component of a major upgrade to SLAC National Accelerator Laboratory’s Linac Coherent Light Source (LCLS).

Over the next several years, LLNL’s Advanced Photon Technologies (APT) program will design and construct one of the world’s most powerful petawatt (quadrillion-watt) laser systems for installation in an upgraded Matter in Extreme Conditions (MEC) experimental facility at LCLS, funded by the Department of Energy’s Office of Science-Fusion Energy Sciences program.

The new laser will pair with the LCLS X-ray free-electron laser (XFEL) to advance the understanding of high-energy density (HED) physics, plasma physics, fusion energy, laser-plasma interactions, astrophysics, planetary science and other physical phenomena.

VALL-E can mimic someone’s voice saying anything with just a three-second recording.

When genes are activated and expressed, they show patterns in cells that are similar in type and function across tissues and organs. Discovering these patterns improves our understanding of cells—which has implications for unveiling disease mechanisms.

The advent of spatial transcriptomics technologies has allowed researchers to observe gene expression in their spatial context across entire tissue samples. But new computational methods are needed to make sense of this data and help identify and understand these gene expression patterns.

A research team led by Jian Ma, the Ray and Stephanie Lane Professor of Computational Biology in Carnegie Mellon University’s School of Computer Science, has developed a machine learning tool to fill this gap. Their paper on the method, called SPICEMIX, appeared as the cover story in the most recent issue of Nature Genetics.

Designers including Philippe Starck and Titi Ogufere share their predictions for 2023’s major design trends, from the continued rise of AI to how inflation could impact the industry.

To mark the start of 2023, Dezeen asked 10 designers and industry experts to share the materials, technologies and influences that they think are set to dominate design trends this year.

The Guardian dice que un incidente cibernético a fines de diciembre de 2022 que provocó que el periódico británico cerrara sus oficinas durante semanas fue causado por ransomware e informó al personal el miércoles que los hackers habían accedido a sus datos.

Un correo electrónico enviado a su personal por la directora ejecutiva de Guardian Media Group Anna Bateson y la editora en jefe Katharine Viner dijeron que el ataque probablemente fue provocado por un correo electrónico de phishing.

Continue reading “The Guardian dice que los hackers accedieron a los datos de los empleados” »

This flaw, which has been identified that affects the ksmbd NTLMv2 authentication in the Linux kernel, is known to quickly cause the operating system on Linux-based computers to crash. Namjae Jeon is the developer of KSMBD, which is an open-source In-kernel CIFS/SMB3 server designed for the Linux Kernel. It is an implementation of the SMB/CIFS protocol in the kernel space that allows for the sharing of IPC services and files over a network.

In order to take advantage of the vulnerability, you will need to transmit corrupted packets to the server, personal computer, tablet, or smartphone that you are targeting. The attack causes what is known as “a memory overflow flaw in ksmbd decodentlmssp auth blob,” which states that nt len may be less than CIFS ENCPWD SIZE in some circumstances. Because of this, the blen parameter that is sent to ksmbd authntlmv2, which runs memcpy using blen on memory that was allocated by kmalloc(blen + CIFS CRYPTO KEY SIZE), is now negative. It is important to take note that the CIFS ENCPWD SIZE value is 16, and the CIFS CRYPTO KEY SIZE value is 8. As the heap overflow happens when blen is in the range [-8,-1], we think that the only possible outcome of this problem is a remote denial of service and not a privilege escalation or a remote code execution.

Continue reading “Critical zero day vulnerability in Linux Kernel Allows DoS Attack” »