Build Azure Skills Faster with Cloud Academy, a Visual Studio Subscriber Benefit


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If you’ve been looking for a practical way to build Azure skills, Cloud Academy (a QA company) gives Visual Studio subscribers hands-on learning that fits into busy schedules. 

Whether you’re new to Azure, expanding your cloud expertise, working towards certifications or preparing for more advanced projects, this benefit helps you learn by doing. 

What you’ll find in Cloud Academy 

The Cloud Academy benefit gives Visual Studio subscribers a flexible learning experience that adapts to different learning styles and schedules, providing: 

  • Hands-on Azure labs that reinforce real-world skills 
  • Certification-focused learning paths 
  • Interactive assessments to validate your understanding 
  • Structured learning paths alongside open sandbox environments for experimentation 
  • AI-powered on-demand guidance and assistance 

With the Cloud Academy benefit, you’re not just consuming content. You’re practicing in environments that help prepare you for the work you’ll be doing every day. 

Prepare for Azure certifications 

If certification is one of your goals, Cloud Academy brings together lessons, hands-on labs, and assessments into a single learning experience. 

One example is the AZ-104 Exam Preparation: Microsoft Azure Administrator course. It’s specifically designed to help you prepare for the AZ-104 Microsoft Azure Administrator certification exam while strengthening the practical Azure administration skills you’ll use on the job. 

Learning resources available through Cloud Academy that will ready you for Azure certifications include: 

  • AI-900: Microsoft Azure AI Fundamentals 
  • AZ-104: Microsoft Azure Administrator  
  • AZ-400: Designing and Implementing Microsoft DevOps Solutions 
  • AZ-305: Designing Microsoft Azure Infrastructure Solutions 

By combining guided instruction with hands-on practice, you can build both the knowledge and confidence to apply these skills in production environments. 

Cloud Academy can also help you focus on real-world Azure scenarios that build skills you can apply immediately. Examples include containerized application deployment and management, Azure Functions and workflow automation, Azure Container Registry, storage cost optimization, Microsoft Entra ID security improvements, Azure AI, prompt engineering, and more. 

As Azure continues to evolve, Cloud Academy helps you stay current while building confidence that carries over to real projects. Whether you’re exploring Azure AI, building cloud-native applications, improving your DevOps skills, or preparing for your next certification, you can make steady progress without stepping away from your day-to-day responsibilities. 

Activate your benefit today 

If you’re an eligible Visual Studio subscriber, don’t overlook this valuable learning resource already included with your Visual Studio Subscription. 

Visit the Visual Studio Subscriptions portal to access your Visual Studio Subscription benefits and activate your Cloud Academy benefit today. 

Elon Musk repeatedly one-upped his execs on SpaceX’s first earnings call


Elon Musk spent SpaceX’s first earnings call making some out-of-this-world claims about the company’s business and future prospects, while his fellow executives kept trying to bring his ideas closer to Earth — providing a hint of what’s to come now that his rocket-launching, compute-leasing, satellite-based telecom is public.

The conference call, held Tuesday, was the latest in a years-long succession of Musk making outrageous promises that his executives then have to make more digestible for the investing public — like at Tesla, where a recent analysis by TechCrunch showed that the world’s richest man is increasingly focused on futuristic topics while his colleagues spend their time talking about the actual business of selling cars.

Let’s start with one of the biggest ideas Musk floated on the call: that he expects SpaceX’s Starlink service to “deliver a majority of the world’s internet” in “less than 10 years.” Musk made the comment in the context of SpaceX preparing to launch the first “V3” versions of its Starlink satellites, which have much higher bandwidth than previous versions.

Here’s what he said:

It’s kind of hard for people to wrap their minds around this, but like, it’s not out of the question that at some point, Starlink will deliver a majority of the world’s internet, at least in countries where we’re allowed to operate, which is the vast majority of countries. So this is, you know, important to bear in mind, and it’s not in like the infinity future. It’s, you know, less than 10 years.

Contrast that with what chief operating officer Gwynne Shotwell said just a few minutes later, emphasis mine:

The significant amount of capacity we’re able to add to the Starlink constellation from the V3 satellites will enable us to continue providing even better service — and it’s pretty great already — but to do so while serving more and more customers over the world. In fact, in the years ahead, we expect Starlink will represent a significant portion of global internet traffic, which Elon also talked about.

It’s a far more lawyered-up claim to make, even though it’s still obviously ambitious.

But that was not the only instance where Musk optimistically diverged. At one point, SpaceX chief financial officer Bret Johnsen offered investors one of the few new financial targets discussed on the call. Johnsen was highlighting SpaceX’s relatively new business of renting out compute power to other AI players, which has helped the company generate billions in fresh, fast cash.

I’ll once again emphasize the big promise Johnsen made during his prepared remarks, and note how carefully he phrased it. It’s a very hedged and quite specific claim that he’s making. It’s clearly meant to excite investors while also leaving room for the company to avoid legal exposure if it misses the projection:

Looking ahead, we continue to see robust demand in all three of our business segments, but in particular in our cloud services arrangements. We see increasingly favorable economics with each agreement we sign, and as Elon mentioned, we expect the supply-demand imbalance in the compute market to continue. The current economics have translated into a less than one-year payback on our new capital deployments for compute. For example, in the first few weeks of the third quarter, we’ve already contracted an additional $6.7 billion of cloud services revenue over a six-month period that begins ramping starting in October of this year. We believe this puts us on a trajectory, including contribution from Cursor, to reach $100 billion of ARR, or annualized revenue run rate by the end of this year, based on our expected revenue in the month of December of this year.

Musk, 20 minutes later, bulldozed that carefully constructed statement before immediately inflating it:

To be clear, the $100 billion ARR in December is not a question mark. That’s… that’s what we would achieve if we basically did nothing. So like, you know, I think it may be higher than that. It probably will be higher than that.

Musk also riffed on another major prediction about overall revenue on the call, pumping up a goal that SpaceX laid out just two months ago in its IPO documents:

It’s probably also worth mentioning that our internal projections for reaching a trillion dollars in revenue, not ARR, but revenue, have moved up from 2031 to 2030. So prior to the IPO, the financial projections we had were reaching a trillion dollars in revenue in 2031. We now expect that to be in 2030. And there’s a non-zero chance of that being in 2029.

The pattern kept repeating throughout the call. A shareholder question about progress on the “human landing system” that SpaceX is developing for NASA’s Artemis moon missions using Starship prompted Musk to all but claim that the prototype rocket will be ready to fly people by the end of next year. He later said SpaceX would be flying Starship rockets once a day, or “possibly more,” by this time next year.

Shotwell immediately followed Musk’s comments about human flight to clarify that SpaceX is still focused on NASA-mandated milestones, and offered a more vague (but still ambitious) goal (again, emphasis mine) that “we want to put boots on the ground, boots on the moon, in 2028.”

None of that will happen unless SpaceX can prove that Starship can fly without failing and, crucially, become fully reusable. A huge part of making it reusable is the heat shield that keeps the Starship upper stage from exploding when it re-enters Earth’s atmosphere. The company saw the best results from its improved heat shield on the most recent Starship test flight, which splashed down in the Indian Ocean last month and is still intact. But before the rocket stage had even been recovered, Musk was willing to claim on Tuesday that he’d “consider the heat shield problem solved at this point.”

Musk has made many wild promises about SpaceX that never came true, such as when he said in 2016 that he’d put humans on Mars in six years. The difference now is that SpaceX is a public company, and ostensibly subject to regulation and fines if the company and its executives make promises they know can’t be met.

Of course, the Securities and Exchange Commission has pulled way back on corporate enforcement, especially against public companies. The Department of Justice is doing the same. And if SpaceX can’t follow through on Musk’s wide-eyed claims, investors won’t even be able to do much in civil court — because the company has all but inoculated itself against those kinds of lawsuits by incorporating in Texas.

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NVIDIA Joins NSF State and Regional AI Hubs Program to Expand AI Research and Education Across the US



NVIDIA is participating in the U.S. National Science Foundation’s (NSF) State and Regional Artificial Intelligence Infrastructure Hubs program, an effort launching today to expand access to the advanced computing, data, software and expertise needed for AI-enabled research and education.

Consistent with the aims of the Genesis Mission, the program will support state and multistate groups of colleges and universities working together to strengthen America’s AI ecosystem. In partnership with private industry, philanthropic organizations and state and local governments, the program will expand the AI infrastructure, software, educational resources and technical support needed by faculty, students and researchers across the country. 

These regional hubs will help institutions share AI computing resources, accelerate scientific discovery and innovation, and prepare students to participate in the AI economy.

Expanding Access to AI Infrastructure

The State and Regional AI Infrastructure Hubs program will bring shared resources closer to the institutions and communities they serve. 

State or regional consortia can pool expertise, focus on specific local priorities, achieve economies of scale and create pathways for institutions that might otherwise remain outside the frontier of AI-enabled research and education. Flexible approaches — including on-premises infrastructure, cloud computing or a combination — will allow consortia to design resources around their regional needs and economic priorities. 

The hubs will resemble the public-private partnership between NVIDIA, NVIDIA cofounder Chris Malachowsky and the University of Florida (UF) in 2020 to turn UF into the country’s first true AI university and provide AI compute access to all Florida public universities. That initiative now serves as a national model. Since launching its university-wide initiative in 2020, UF has grown to more than 300 AI-focused faculty and embedded AI education and research across all 16 colleges. And since 2017, UF faculty and units have received more than $511 million in AI research awards.

NVIDIA has also expanded academic compute access in other ways, including as a leading contributor to the NSF-led National Artificial Intelligence Research Resource (NAIRR) pilot program on which today’s announcement is built. 

Through NAIRR, NVIDIA partnered with university research teams across the country to turn computing resources into usable scientific capacity — giving researchers the infrastructure, tools and expertise needed to move from idea to experiment to discovery. The resources also facilitated meaningful educational opportunities that gave students critical real-world skills for the AI economy. 

Preparing the AI Workforce

AI infrastructure alone is not enough. A successful national AI strategy must include efforts to build a workforce that can use advanced computing, data resources and AI tools in real scientific and industry settings.

That means pairing infrastructure with clear learning pathways. Universities, community colleges and regional partners can build degree programs, short-form certificates and stackable credentials that help learners move from foundational AI literacy into applied skills. Those pathways will help students, faculty, working adults and technical professionals use AI, including open source models and technologies, in fields like physical AI and automation, healthcare, energy, agriculture, manufacturing, quantum computing and cybersecurity. 

NVIDIA can support this work by providing training resources, educator enablement, applied learning content, technical guidance, partner platforms and access to tools that help institutions move from awareness to hands-on capability. As NVIDIA’s education and training offerings evolve, the goal remains the same: help institutions build repeatable, openly available programs that prepare learners to use AI systems, accelerated computing and data workflows responsibly and effectively.

This is how regional hubs become more than infrastructure projects. Students gain practical experience. Faculty expand their ability to teach and apply AI across disciplines. Working professionals can earn new skills without leaving the workforce. And institutions can connect training to local employer needs, research priorities and the economic opportunities that matter most to their communities.

Connecting Research, Workforce and Regional Growth

For policymakers and leaders, the hubs offer an opportunity to connect regional research and educational infrastructure with regional priorities and broader workforce and economic-development strategies.

Institutions can cultivate talent for local needs, support research connected to regional industries and build stronger relationships among universities, community colleges, employers and government. These connections will help translate AI leadership into scientific progress, new businesses and high-quality jobs.

No single organization can build this capacity alone. Sustained collaboration among government, higher education, philanthropic organizations and private industry is essential to ensure that advanced AI resources are broadly available and effectively used.

Private-sector contributions can complement public investment with technology, implementation expertise and workforce development programs. Public institutions, in turn, can help direct those capabilities toward scientific, educational and economic priorities that advance regional needs and national interest.

 

10 cybersecurity moves to outsmart hackers


Disconnected security tools create blind spots and hackers know exactly where to look.

Managing endpoint security across multiple tools makes it harder to maintain visibility, respond quickly, and keep every device protected.

This checklist outlines 10 practical cybersecurity moves that help IT teams simplify endpoint security, strengthen defenses, and stay ahead of evolving threats.

In this checklist, you’ll learn:

  • How to unify security tools for better visibility and faster response
  • Ways to automate patching and strengthen endpoint protection
  • How continuous monitoring helps identify suspicious activity sooner
  • Practical steps to improve resilience, recovery, and threat response

How to sign up for Mashable push notifications


The internet moves fast. Fortunately, you don’t have to spend all day refreshing your browser to keep up with it.

Mashable push notifications deliver our latest news, trending stories, and hottest deals directly to your screen. Here’s how to turn them on in just a few clicks.

Google Chrome on Android

  1. Open Chrome and visit Mashable.com.

  2. Tap the three-dot menu to the right of the address bar.

  3. Select Settings, followed by Site settings and Notifications.

  4. Make sure notifications are enabled.

  5. Return to Mashable. Tap the site information icon to the left of the address bar, select Permissions, and set Notifications to Allow.

Google Chrome on a PC or Mac

  1. Visit Mashable.com.

  2. Click the View site information icon to the left of the URL in your address bar.

  3. Select Site settings from the menu.

  4. Find Notifications and select Allow from the dropdown menu.

  5. Return to Mashable and refresh the page.

That’s it. We’ll take it from here.

Safari on a Mac

  1. Open Safari and visit Mashable.com.

  2. When Safari asks whether you would like to receive notifications from Mashable, select Allow.

  3. If the request doesn’t appear, go to Safari > Settings > Websites > Notifications. Find Mashable and select Allow. You should also make sure Allow websites to ask for permission to send notifications is turned on.

Microsoft Edge

  1. Visit Mashable.com.

  2. Click the site information icon to the left of the URL.

  3. Open Permissions for this site.

  4. Find Notifications and select Allow.

  5. Return to Mashable and refresh the page.

Mozilla Firefox

  1. Visit Mashable.com.

  2. When Firefox asks whether Mashable can send notifications, select Allow.

  3. If you don’t see the prompt, open the Firefox menu and go to Settings > Privacy & Security. Scroll to Permissions, find Notifications, and click Settings. Locate Mashable, change its status to Allow, and save your changes.

Help! I signed up, but I’m not receiving notifications

If you followed the steps above but Mashable alerts remain suspiciously absent, don’t worry. A browser or device setting may be getting in the way.

1. Check your browser settings

Start by returning to Mashable.com and clicking the site information icon beside the URL. Make sure Notifications is set to Allow.

You can also check the notification permissions in your browser’s settings:

  • Chrome: Settings > Privacy and security > Site settings > Notifications

  • Firefox: Settings > Privacy & Security > Permissions > Notifications

  • Safari: Settings > Websites > Notifications

  • Edge: Settings > Cookies and site permissions > Notifications

Find Mashable and confirm that notifications are allowed.

2. Check your device settings

Your browser may have permission to send alerts while your computer is quietly blocking them.

On a Mac, open System Settings > Notifications. Select the browser you used to sign up, turn on Allow notifications, and choose Banners or Alerts as the notification style. On older versions of macOS, you may find these controls under System Preferences.

On a Windows PC, open Settings > System > Notifications. Make sure notifications are turned on for Chrome, Firefox, Edge, or whichever browser you used.

3. Make sure notifications aren’t silenced

Finally, check whether a focus setting has put your alerts on mute.

On a Mac, open Control Center > Focus and make sure Do Not Disturb is turned off.

On Windows 11, go to Settings > System > Notifications and check that Do not disturb is disabled. If you’re using Windows 10, open Focus assist and make sure it is not set to Alarms only.

Once those settings are cleared, Mashable notifications should be free to make their grand entrance.

Want more tech and digital culture news delivered to your inbox daily? Sign up for Mashable’s Top Stories newsletter today.

Barbara Pavone contributed to this article.

Globs Free Download (v2.0.1) – WorldofPCGames


Globs PC GameGlobs PC Game






Globs Direct Download:

Meet the size-changing Globs in this colorful puzzle game. Use the curious properties of their bodies at your advantage to solve a variety of levels, by using them to push each other or against walls, squeeze into tight gaps, grow to block holes, and many more surprises, all in a lively and expressive pixel art aesthetic. Tower Hunter: Erzas Trial

The puzzles are designed to be approachable, but provide additional optional challenges for players wishing to put their puzzle-solving skills to the test.

  • Over 40 levels

  • A jazzy and upbeat soundtrack

  • Expressive character animations

  • Four different themed worlds each with an unique visual identity

Screenshots

System Requirements

Minimum
OS *: Windows 7+
Processor: x86_32 CPU with SSE2 instructions, any x86_64 CPU, ARMv8 CPU (Example: Intel Core 2 Duo E8200, AMD Athlon XE BE-2300, Snapdragon X Elite)
Memory: 4 GB RAM
Graphics: Integrated graphics with full OpenGL 3.3 support (Example: Intel HD Graphics 2500 (Ivy Bridge), AMD Radeon R5 Graphics (Kaveri))
Storage: 200 MB available space
Support the game developers by purchasing the game on Steam

Installation Guide

Turn Off Your Antivirus Before Installing Any Game

1 :: Download Game
2 :: Extract Game
3 :: Launch The Game
4 :: Have Fun 🙂






Gamers report a BIOS update is bricking their Legion Go handhelds, and Lenovo is quoting over $250 to fix the issue outside of warranty


Though it’s a chunky handheld gaming PC, we highly rated the original Lenovo Legion Go (though we liked the Legion Go S SteamOS a fair bit more). Unfortunately, owners of the two-year old hardware are now reporting that a recent BIOS update is bricking their handhelds.

The BIOS update in question is version N3CN42WW for the Legion Go 8APU1. At time of writing, this was still available from Lenovo’s support servers, despite user reports of black screens and ineffective BIOS self-healing following the update.

Freeman Elevates Live Event Production with Epiphan Pearl


Freeman, one of the world’s leading live event production companies, relies on Epiphan Pearl to deliver dependable video capture and recording across thousands of conferences, exhibitions, and live events. With equipment constantly moving between venues and tight production schedules, reliability is essential to ensuring every event runs smoothly.

Working closely with Epiphan, Freeman helped inspire the development of the Pearl Rackmount Twin, creating a solution designed specifically for the demands of professional live production. Today, Pearl continues to provide the dependable recording and streaming performance Freeman needs to support high-profile events while keeping pace with evolving production requirements.

Learn more about Epiphan here

Read the original article here

The Real Story Behind the 2018 Google Walkout


In 2018, Claire Stapleton was living in New York, raising a young child, and working at Google as a marketing manager. In October of that year, upset with how the company had handled sexual harassment claims, she helped organize what became known as the Women’s Walkout. In this new excerpt from her book Don’t Be Evil, she explains how one Google Group helped start it all.


On the Saturday after I started the womens-walk Google Group, I sprang awake at 6 and opened my laptop, stealing time before my son Malcolm stirred. My inbox was dotted with the usual weekend emails from my manager, Marion. We were in the middle of a big push involving Article 13, a piece of EU legislation that would hold platforms liable for user-­generated content. I’d strenuously avoided learning the ins and outs of this particular bit of lobbyist infighting. But the drumbeat went on. “#SaveYourInternet!” we screeched from our Twitter and Instagram accounts, multiple times a day, with slick branded graphics. It was supposedly “top urgency,” despite being both inside baseball and counter to every brand goal we’d set for the year.

I’d been at YouTube long enough to know the truth: If Google wanted this law overturned so badly, Article 13 was probably good for the world. The company didn’t want limits on growth, accountability, or liability; it wanted a frictionless, consequence-­free internet and the endless consolidation of power that came with it.

I couldn’t absorb Marion’s Saturday to-­do list. My mind was consumed by the Women’s Walk. I refreshed the tab where I’d set up the new Google Group. An avalanche of names had joined— only a handful I knew. Most were strangers, and yet their presence felt like a new kind of belonging.

I wasn’t overthinking anything; I was just writing, sending, doing. The energy was right there, primed. I typed an email—from my own account, my name fully attached, come what may.

From: Claire Stapleton Sat, Oct 27, 2018 at 6:46 am

To: womens-­walk

*rolls up sleeves*

welcome to ground zero of the google women’s walkout / a day without women (naming/branding tbd).

couple of open Q’s for the group (200 of us and counting!) as we start to formulate the statement of purpose and next steps:

what do you hope this collective action accomplishes (could be what we express/communicate to leadership, could be an action leadership agrees to take, could be a more existential cultural change we set into motion)? put another way:

why are you here?

thoughts on when we should do it? mindful of giving us enough time to make this as global, inclusive, and big as we can while also capitalizing on the rage-­buzz-­momentum we have flowing right now. there’s also the US midterms (a week from Tuesday) to consider.

please forward to friends who’d be interested in getting involved.

–claire

Replies shuffled in all weekend. People wrote under their real names; the anonymity cloak was gone. The I’m so fucking mad emails gave way to discussions of culture, then strategy. We made our first decision almost immediately: The walkout would be Thursday, November 1—just five days away. The US midterms were November 6; waiting would dilute everything, especially our greatest asset: rage.

What followed was a week at Google unlike any other. Here’s how it unfolded.

The Walkout was all I wanted to work on, but there was the usual rigmarole first. Article 13 had momentarily faded, so we pivoted to a slate of uninspired Halloween tweets—special-­effects makeup tutorials, a stop-­motion pumpkin. The contrast between that bullshit and the walkout planning—with its electricity and urgency as women across Google convened—was almost psychedelic.

If you hate parrying, projectiles in Beast of Reincarnation are ridiculously overpowered if you focus on leveling them up


I’ve spent the last week playing Beast of Reincarnation and I’ve really enjoyed it, though I am not, admittedly, a huge lover of parry-centric action. And Beast of Reincarnation has loads of parrying. You can’t not parry in Beast of Reincarnation, but there are ways to make the combat far less reliant on precise parries and dodges.

Protagonist Emma starts with a crossbow and when I realised this I wrote it off as a throwaway accoutrement that you can’t really rely on, kinda like the rifles in Bloodborne, or the companion drone in Stellar Blade. But no. Focusing on the crossbow and the long bow—which you get about an hour into the game—is basically the game’s easy mode, without resorting to the game’s actual easy mode (which exists, by the way).