#Server Operating System Market

[dhirajmarketresearch]

[organicbusinessconsulting]

Global Server Operating System Market Size, Share, Growth & Forecast 2031

The Global Server Operating System Market size was estimated at USD 15.61 billion in 2021 and is expected to hit around USD 54.75 billion by 2031, poised to grow at a compound annual growth rate (CAGR) of 12.7% from 2022 to 2031.

The panorama of software programmes created to oversee and ease the operation of servers inside an organisation’s IT infrastructure is referred to as the global server operating system market. Servers are essential for processing network requests, maintaining and storing data, and guaranteeing the efficient operation of different services and applications. Serving as the fundamental software layer between the hardware and higher-level software applications, the server operating system facilitates effective resource allocation, security control, and overall system stability.

Server operating systems have become more and more in demand in recent years, as digital transformation projects across all industries have grown at a rapid pace. With the growing dependence of organisations on cloud computing, virtualization, and data-intensive applications, server operating systems need to be reliable and scalable. Important market participants offer a wide range of solutions to meet the various demands of organisations, ranging from small and medium-sized businesses to multinational corporations. These operating systems are in line with the changing needs of contemporary IT infrastructures since they frequently include cutting-edge features like containerisation, support for virtualization, and improved security mechanisms.

A number of noteworthy changes that are changing the face of IT infrastructure are being observed in the global server operating system market. The growing use of microservice architecture and containerisation is one such trend. Modern server operating systems support technologies like Docker and Kubernetes, which organisations are utilising to improve scalability, agility, and resource utilisation. This pattern reflects the increasing focus on cloud-native solutions, which let companies deploy and administer apps more effectively across heterogeneous settings.

Another significant factor driving the market for server operating systems is security. Strong security feature integration into server operating systems is becoming more and more important as a result of the increase in cyber threats and data breaches. Advanced access controls, secure boot procedures, and enhanced encryption are quickly becoming essential elements in protecting confidential information and guaranteeing the integrity of server operations.

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In addition, there is a trend in the market towards edge and hybrid computing models. Server operating systems are advancing to facilitate seamless integration among on-premises servers, cloud platforms, and edge devices as businesses want to strike a balance between the advantages of cloud infrastructure and the requirement for localised processing capacity. The need for adaptability and reactivity in handling a variety of tasks is reflected in this trend.

Recent Developments:

The growing integration of machine learning (ML) and artificial intelligence (AI) capabilities into server operating systems is a noteworthy trend in the recent advancements of the global server operating system market. By automating repetitive processes, improving predictive maintenance, and enhancing system performance, this infusion of intelligent technology raises overall operating efficiency. AI-driven capabilities are being progressively added to server operating systems to improve the user experience, optimise resource allocation, and perform proactive troubleshooting.

The increasing attention being paid to edge computing solutions is another noteworthy development. Server operating systems are adjusting to efficiently support edge environments as the demand for high-performance, low-latency computing grows. This is offering scalable, secure, and light-weight solutions that can run on edge devices in the network. The requirement to analyse data closer to the source in order to lower latency and enhance real-time decision-making skills is reflected in the shift towards edge computing.

Market Segmentation:

Market Breakup: By Operating System

Windows Server

Linux

Unix

Others

Market Breakup: By Organization Size

Small Enterprises

Medium Enterprises

Large Enterprises

Market Breakup: By End-User

Healthcare

Finance

IT And Telecommunications

Manufacturing

Government

Others

Market Breakup: By Application

Web Servers

Database Servers

Application Servers

Others

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Regional Analysis

The size and scope of the global Server Operating System Market vary by region and are important and expanding. Below is a quick summary of the market’s regional analysis:

North America: The region’s high acceptance rates of cloud computing and sophisticated technical infrastructure are driving the server operating system market’s strong growth in North America. Particularly in the US, where many businesses continuously update their server operating systems to maintain competitiveness, this plays a significant role. The industry is distinguished by a strong emphasis on innovation, with businesses placing a premium on security improvements and assistance with cutting-edge technologies. The North American market is dynamic due in part to the growing need for server solutions that are both scalable and efficient, as well as a strong ecosystem of IT services.

Europe: The region’s server operating system market is characterised by a heterogeneous environment, with many nations displaying disparate degrees of technological advancement. Eastern European countries are quickly catching up to Western European countries, which are pioneers in implementing the newest server operating systems. Examples of these countries are Germany and the United Kingdom. Tight data protection laws impact the market, forcing businesses to give security aspects top priority when selecting server operating systems. Furthermore, there is a growing tendency in the area towards sustainable computing practices, with a focus on server operating system development that takes environmental and energy efficiency into account.

Asia-Pacific: Prompt industrialization and efforts to undergo digital transformation have made the Asia-Pacific region a major development area for the server operating system market. As their IT infrastructures grow, nations like China, India, and Japan are leading the way in implementing cutting-edge server operating systems. Diverse preferences for open-source solutions, cloud-based deployments, and localised features that address particular geographical needs are indicative of the diversity in market dynamics. The Asia-Pacific region’s businesses are adopting state-of-the-art server operating systems due to the growing demand for mobile applications, artificial intelligence, and data analytics.

South America: A growing startup environment coexists with a mix of well-established businesses in South America’s server operating system market. Businesses looking to modernise their IT environments are increasingly adopting server operating systems, especially in Brazil and Argentina. The market is impacted by a number of things, including the need for affordable solutions, governmental regulations, and economic stability. Growing focus is being placed on server operating systems that provide scalability, security, and interoperability with emerging technologies as South American organisations embrace digitalization.

Middle East and Africa: As the region continues to invest in IT infrastructure, the server operating system market in the Middle East and Africa is growing steadily. In order to support their developing economies, nations like South Africa and the United Arab Emirates are at the forefront of the adoption of cutting-edge server operating systems. A constantly expanding population, rising internet penetration, and the need for effective data management solutions are some of the drivers that are shaping the industry. There is a noticeable trend towards cloud-based server solutions and an emphasis on cybersecurity capabilities in server operating systems to handle emerging threats as firms in the region struggle to remain competitive.

Market Breakup By Region

North America

Europe

Asia Pacific

Latin America

Middle East and Africa

Competitive Landscape

The Server Operating System Market competitive landscape provides details by competitor. Details included are company outline, company financials, revenue generated, market potential, investment in research and development, new market initiatives, worldwide occurrence, production sites and facilities, production capacities, company strengths and weaknesses, product launch, product width and breadth, application dominance. The overhead data points providing are only related to the businesses’ focus related to Server Operating System marketplace.

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Server Operating System Market: Global Industry Analysis and Forecast (2023 -2029)

The Server Operating System Market was valued at USD 129.19 Bn. in 2022. Global Server Operating System Market size is expected to grow at a CAGR of 12.35 % through the forecast period.

[researchmapping]

Global Server Operating System Market

The global server operating system market size reached US$ 19.4 Billion in 2023. Looking forward, IMARC Group expects the market to reach US$ 42.3 Billion by 2032, exhibiting a growth rate (CAGR) of 9.02% during 2024-2032.

[abbiistabbii]

I don't think people realize how absolutely wild Linux is.

Here we have an Operating system that now has 100 different varieties, all of them with their own little features and markets that are also so customizable that you can literally choose what desktop environment you want. Alongside that it is the OS of choice for Supercomputers, most Web servers, and even tiny little toy computers that hackers and gadget makers use. It is the Operating System running on most of the world's smartphones. That's right. Android is a version of Linux.

It can run on literally anything up to and including a potato, and as of now desktop Linux Distros like Ubuntu and Mint are so easily to use and user friendly that technological novices can use them. This Operating system has had App stores since the 90s.

Oh, and what's more, this operating system was fuckin' built by volunteers and users alongside businesses and universities because they needed an all purpose operating system so they built one themselves and released it for free. If you know how to, you can add to this.

Oh, and it's founder wasn't some corporate hotshot. It's an introverted Swedish-speaking Finn who, while he was a student, started making his own Operating system after playing around with someone else's OS. He was going to call it Freax but the guy he got server space from named the folder of his project "Linux" (Linus Unix) and the name stuck. He operates this project from his Home office which is painted in a colour used in asylums. Man's so fucking introverted he developed the world's biggest code repo, Git, so he didn't have to deal with drama and email.

Steam adopted it meaning a LOT of games now natively run in Linux and what cannot be run natively can be adapted to run. It's now the OS used on their consoles (Steam Deck) and to this, a lot of people have found games run better on Linux than on Windows. More computers run Steam on Linux than MacOS.

On top of that the Arctic World Archive (basically the Svalbard Seed bank, but for Data) have this OS saved in their databanks so if the world ends the survivors are going to be using it.

On top of this? It's Free! No "Freemium" bullshit, no "pay to unlock" shit, no licenses, no tracking or data harvesting. If you have an old laptop that still works and a 16GB USB drive, you can go get it and install it and have a functioning computer because it uses less fucking resources than Windows. Got a shit PC? Linux Mint XFCE or Xubuntu is lightweight af. This shit is stopping eWaste.

What's more, it doesn't even scrimp on style. KDE, XFCE, Gnome, Cinnamon, all look pretty and are functional and there's even a load of people who try make their installs look pretty AF as a hobby called "ricing" with a subreddit (/r/unixporn) dedicated to it.

Linux is fucking wild.

[harryssyndrome]

The Red Key | h.s (AU)

summery: When a rogue agent threatens global security with a deadly bioweapon known as Red Key, two operatives-Harry and YN-are drawn into a high-stakes mission where trust is fragile and betrayal cuts deep. YN, hiding her true identity behind a glamorous cover, must get close to a man from her past, while Harry races against time to stop a looming catastrophe. As the lines between duty and desire blur, the duo must outwit a cunning enemy and confront secrets that could destroy everything.

word count: 2.8k || Masterlist 🔫❤️‍🔥

A/N: Felt a little inspired by mission impossible II so why no 😌 I hope it’s nice little thing to read😅 warning? not proofread. It’s a mini series so a part or two. I’m sorry if it’s shit, I tried my best. my life’s a mess so… I’m not at my best, I’m posting after so long. it’s been in my draft for months, I promise dadrry are better. Like & reblog are appreciated, let me know if you wanna be added to the tag-list, feel free to leave comments. Mwah! 💋

Tag-list: @wheredidmyeyesgo @fruity-harry @angeldavis777 @cherryloveshs @harryyloverrr | Tag-list is OPEN || Request are OPEN

The grandeur of the gala was designed to impress. The sprawling ballroom was a display of unapologetic wealth, with every detail meticulously curated to reflect the stature of its host. From the cascading crystal chandeliers that bathed the room in a soft golden glow to the opulent red-and-gold tapestries adorning the walls, everything screamed excess. Waiters moved like shadows, weaving seamlessly through the crowd with silver trays balanced expertly in their hands. Glasses of champagne and delicate hors d’oeuvres passed from tray to guest in a rhythm as choreographed as the string quartet’s melody.

YN stood near one of the massive arched windows, her reflection a shimmering silhouette against the night. Her dress—a figure-hugging gown of midnight blue sequins—caught the light with every subtle movement, transforming her into a walking constellation. She looked every bit the rising singer she claimed to be, her soft smile and easy confidence drawing glances from all corners of the room.

But beneath the surface, her mind was focused and sharp. This wasn’t her world—no, it was her stage. And tonight, her performance was a heist.

Her mission was clear: retrieve the Red Key. Hidden somewhere in this labyrinthine estate was a device that could destabilize the world’s balance of power. The encrypted USB, codenamed the Red Key, housed a revolutionary program capable of dismantling even the most secure systems. For YN, this wasn’t just a job—it was a gamble. The paycheck was astronomical, enough to wipe away her debts and buy her freedom. But failure? Failure meant more than just losing her reputation—it meant death.

As YN surveyed the room, she felt the weight of her double life settle heavily on her shoulders. On the surface, she was a singer—a talent just beginning to garner whispers of fame. Her soulful voice and enigmatic stage presence had made her a subject of intrigue in elite circles. But in reality, her music was a façade, a clever cover that granted her access to places like this. She wasn’t here to perform. She was here to steal.

Her target was Lord Carlisle, the eccentric billionaire hosting the gala. Known for his insatiable appetite for collecting rare and dangerous artifacts, Carlisle was rumored to have acquired the Red Key through the black market. It was locked away in his private server room, and YN had spent months studying the estate’s layout to plan her approach.

She sipped her champagne as her eyes roved over the crowd. Carlisle stood near the center of the room, surrounded by sycophants and admirers. His laughter boomed over the delicate strains of music, his booming voice a sharp contrast to the otherwise refined atmosphere. YN’s lips curved into a small, calculated smile.

The first step was simple: blend in.

YN wove through the crowd with practiced ease, exchanging polite smiles and nods with other guests. She stopped briefly to admire a display of Carlisle’s prized artifacts—ancient relics encased in glass—and engaged in small talk with a curator who seemed all too eager to share their knowledge. It was all part of the act.

But as she moved toward the east wing—the restricted area where the server room was hidden—a prickle of awareness crawled up her spine. Someone was watching her.

She turned her head just slightly, catching the gaze of a man leaning casually against the bar. His tailored black tuxedo fit him like a second skin, and his dark curls fell perfectly into place, framing a face that seemed carved from marble. But it was his eyes that held her attention—intense and unrelenting, like they could see straight through her.

She recognized him instantly. Harry Styles.

MI6’s golden boy.

Her stomach clenched. If Styles was here, the stakes were higher than she’d anticipated. MI6 didn’t send agents to fancy galas for no reason. They sent them to stop people like her.

Their eyes locked for a moment, and he raised his glass in a mock salute. His lips curved into a faint smile, but there was no mistaking the challenge in his gaze.

YN forced herself to return the smile, her mind racing. If Styles suspected her, she couldn’t afford to let it show. She turned away and resumed her path toward the east wing, her heart pounding in her chest.

“Nice voice,” a smooth voice interrupted her thoughts.

YN stopped mid-step, cursing inwardly. She turned slowly, schooling her features into an expression of mild curiosity.

Harry stood just a few feet away, his posture relaxed but his eyes razor-sharp. Up close, he was even more disarming, his presence exuding a quiet confidence that was impossible to ignore.

“You haven’t heard me sing yet,” she replied, her tone light and playful.

“I don’t need to. I have an ear for talent,” he said, raising his glass to her.

YN kept her smile intact, though her mind raced with contingency plans. “Good to know. But I should be going—people to meet, champagne to drink.”

“Of course. Don’t let me keep you,” he said, stepping aside with an almost imperceptible bow.

But as she walked away, she felt his eyes follow her, a constant weight pressing against her back.

The east wing was eerily quiet, a stark contrast to the lively atmosphere of the gala. August moved swiftly, her footsteps muffled by the plush red carpet. She reached the server room without incident, her fingers brushing over the keypad as she punched in the code she’d memorized.

The door clicked open, and she slipped inside.

The room was a technological fortress, lined with sleek black servers that hummed softly in the cool, climate-controlled air. YN pulled a decoy USB drive from her clutch—a fake designed to bypass the system’s defenses—and plugged it into the main console.

Her fingers danced over the keyboard as she navigated the system, bypassing layers of encryption with practiced ease. But just as she accessed the folder containing the Red Key, a voice shattered the silence.

“Mind if I cut in?”

Her blood ran cold. She spun around, her heart hammering in her chest.

Harry stood in the doorway, his hands casually tucked into his pockets. His posture was relaxed, but his sharp gaze told her he wasn’t here to make small talk.

“What do you want?” she asked, her voice steady despite the panic clawing at her throat.

“I could ask you the same,” he replied, stepping closer. “But I already know. You’re here for the Red Key.”

Her mind raced, calculating her options. She could lunge for the taser hidden in her clutch, but something told her he’d see it coming.

“And you’re here to stop me?” she asked, her tone edged with defiance.

“Not exactly.” He glanced at the flashing red light above the door. “You tripped a silent alarm when you accessed that panel. Guards will be here in less than a minute.”

She cursed under her breath. The system must have detected the decoy USB.

“Fine,” she said, stepping away from the console. “But this doesn’t mean I trust you.”

“Good,” he replied with a smirk. “I don’t trust you either.”

The escape was chaos.

The guards arrived in droves, their shouts echoing through the hallway as they fired warning shots. YN and Harry sprinted down the corridor, their movements perfectly synchronized despite the tension crackling between them.

“In here!” Harry barked, pulling her into a narrow service elevator.

The doors closed just as a hail of bullets slammed into the metal.

YN leaned against the wall, catching her breath. “This isn’t exactly how I planned my night.”

“Really? I thought you were enjoying yourself,” Harry quipped, adjusting his cufflinks as if they weren’t running for their lives.

She glared at him. “Don’t get used to this partnership.”

“Believe me, I won’t.”

The chase ended in the estate’s garage, where Harry hotwired a sleek black car with alarming ease.

“You’re full of surprises,” YN muttered as she slid into the passenger seat.

“You have no idea,” he replied, revving the engine.

The tires screeched as they sped out of the garage, leaving the estate and its chaos behind.

The car sped down a winding road that cut through a dense forest, the headlights slicing through the darkness. Harry’s hands gripped the steering wheel with practiced ease, his gaze focused on the road ahead. YN sat beside him, her arms crossed and jaw clenched, the tension between them palpable.

She broke the silence first. “You didn’t have to get involved, you know.”

Harry glanced at her briefly, his expression unreadable. “And let you fumble your way out of a shootout? Tempting, but no.”

“I had it under control,” she said, her tone sharp.

“You’re welcome,” he shot back, his voice tinged with amusement.

YN exhaled sharply, turning her gaze out the window. The forest blurred into streaks of black and green, but her mind was fixed on the mission. The Red Key had slipped through her fingers, and she wasn’t sure if she could salvage the situation. Worse, she was now tethered to Harry Styles, MI6’s golden boy, whose motives remained frustratingly opaque.

“Where are we going?” she asked, breaking the silence.

“To regroup,” Harry replied. “You’re not the only one who wants the Red Key, you know.”

YN frowned. “So, what’s your angle? You swoop in, play hero, and then what? Hand it over to your bosses so they can lock it up in some classified vault?”

Harry smirked. “Something like that.”

Her frown deepened. She couldn’t afford to let MI6 take control of the device—not when she was this close to securing her freedom. But for now, she needed Harry’s help to stay ahead of Carlisle’s men.

They reached a secluded safe house an hour later, a modest cabin hidden deep in the woods. Harry parked the car and stepped out, moving with the casual confidence of someone who’d done this a hundred times before.

“Make yourself at home,” he said, unlocking the door.

The interior was spartan but functional—a single-room space with a kitchenette, a worn sofa, and a desk cluttered with maps and surveillance equipment. YN took it all in with a raised brow.

“Charming,” she said dryly.

Harry ignored the jab, heading to the desk and pulling out a laptop. “We don’t have much time. Carlisle’s men will be searching for us, and they won’t stop until they recover the Red Key.”

YN crossed her arms, leaning against the doorframe. “So, what’s the plan?”

Harry looked up at her, his expression serious. “We work together.”

She scoffed. “You’re kidding, right?”

“Not at all,” he replied. “You’re good, but you’re not getting that device on your own. Carlisle has an army of guards and the best security money can buy. You need me.”

“And what’s in it for you?” she asked, narrowing her eyes.

Harry leaned back in his chair, studying her. “Let’s just say I have my reasons.”

It wasn’t the answer she was looking for, but it would have to do.

As the night wore on, the two of them pored over the intel Harry had gathered on Carlisle’s estate. Blueprints, security codes, and surveillance footage littered the desk, creating a mosaic of the billionaire’s heavily fortified world.

“His private jet leaves tomorrow morning,” Harry said, pointing to a flight plan on the screen. “If he takes the Red Key with him, we’ll lose our chance to intercept it.”

YN frowned, tracing her finger over the estate’s layout. “Then we hit him tonight.”

Harry raised a brow. “Bold move.”

“Desperate times,” she replied with a shrug.

He studied her for a moment, his gaze unreadable. “You’re not what I expected,” he said finally.

She looked up, meeting his eyes. “And what did you expect?”

“Someone colder. Detached. But you… you’re different.”

YN’s lips curved into a faint smile. “Don’t let it fool you. I’m as dangerous as they come.”

Harry chuckled, the sound low and warm. “I’ll keep that in mind.”

Later, as they prepared for the mission, YN caught Harry watching her again.

“Something on your mind?” she asked, slipping a knife into her boot.

He hesitated for a moment before speaking. “Why do you do it? The heists, the double life… What’s the endgame?”

She paused, considering her answer. “Freedom,” she said simply. “I’ve spent my whole life running—from debts, from mistakes, from people who wanted to control me. This job… it’s my way out.”

Harry nodded, his expression thoughtful. “Fair enough.”

“And what about you?” she countered. “Why MI6? Why risk your life for a government that probably sees you as expendable?”

His smile was faint, almost wistful. “Because someone has to. And I’m good at it.”

Their eyes met, a quiet understanding passing between them.

The mission began under the cover of darkness.

Harry and YN slipped back into Carlisle’s estate, their movements silent and precise. This time, they worked together seamlessly, their strengths complementing each other in ways neither had anticipated.

Harry disabled the perimeter alarms while YN picked the lock on a side entrance. Inside, they navigated the maze-like corridors with practiced ease, avoiding guards and security cameras with the skill of seasoned professionals.

At one point, they found themselves pressed against a wall, a pair of guards passing just inches away. YN could feel Harry’s breath against her ear, his presence both reassuring and distracting.

“Stay close,” he whispered, his voice barely audible.

She nodded, her heart pounding in her chest.

When they finally reached Carlisle’s office, the tension was nearly unbearable.

The Red Key sat on his desk, a small but menacing device that seemed almost innocuous in its simplicity.

“Is that it?” YN asked, her voice low.

Harry nodded. “That’s it.”

She moved to grab it, but Harry stopped her with a hand on her arm.

“Wait,” he said, pointing to a faint red beam of light scanning the desk. “Laser tripwire. He’s not taking any chances.”

YN cursed under her breath. “Can you disable it?”

Harry smirked, pulling a small device from his pocket. “Watch and learn.”

The extraction was flawless—until it wasn’t.

As they exited the office, an alarm blared, shattering the silence. Carlisle’s men were on them in an instant, their shouts echoing through the halls.

“Go!” Harry shouted, shoving YN ahead of him.

They sprinted toward the exit, dodging bullets and ducking behind cover as the guards pursued them relentlessly.

When they finally reached the car, YN turned to Harry, her eyes blazing. “You planned this, didn’t you? You wanted the distraction!”

He didn’t deny it. “It worked, didn’t it?”

Before she could reply, the sound of approaching engines cut through the night. Carlisle’s men weren’t giving up without a fight

[semiconductorwave]

Hotmail service was founded by Sabeer Bhatia and Jack Smith, and was one of the first webmail services on the Internet along with Four11's RocketMail (later Yahoo! Mail). It was commercially launched on July 4, 1996, symbolizing "freedom" from ISP-based email and the ability to access a user's inbox from anywhere in the world. The name "Hotmail" was chosen out of many possibilities ending in "-mail" as it included the letters HTML, the markup language used to create web pages (to emphasize this, the original type casing was "HoTMaiL"). The limit for free storage was 2 MB. Hotmail was initially backed by venture capital firm Draper Fisher Jurvetson. By December 1997, it reported more than 8.5 million subscribers. Hotmail initially ran under Solaris for mail services and Apache on FreeBSD for web services, before being partly converted to Microsoft products, using Windows Services for UNIX in the migration path.

Hotmail was sold to Microsoft in December 1997 for a reported $400 million (~$705 million in 2023), and it joined the MSN group of services. The sale had been preceded by a major incident in 1997 where all email was lost for 25% of mailboxes. Hotmail quickly gained in popularity as it was localized for different markets around the globe, and became the world's largest webmail service with more than 30 million active members reported by February 1999.

Hotmail originally ran on a mixture of FreeBSD and Solaris operating systems. A project was started to move Hotmail to Windows 2000. In June 2001, Microsoft claimed this had been completed; a few days later they retracted the statement and admitted that the DNS functions of the Hotmail system were still reliant on FreeBSD. In 2002 Hotmail still ran its infrastructure on UNIX servers, with only the front-end converted to Windows 2000. Later development saw the service tied with Microsoft's web authentication scheme, Microsoft Passport (now Microsoft account), and integration with Microsoft's instant messaging and social networking programs, MSN Messenger and MSN Spaces (later Windows Live Messenger and Windows Live Spaces, respectively).

[gamelott]

The Rise of Crypto Casinos: A New Era in Gambling

The gambling industry has undergone a remarkable transformation over the centuries, evolving from rudimentary dice games in ancient civilizations to the glitzy casinos of Las Vegas. Today, the rise of the crypto casino represents a new chapter in this storied history, blending cutting-edge blockchain technology with the timeless thrill of wagering. Platforms like Jups.io are at the forefront of this revolution, offering players a secure, transparent, and decentralized gaming experience that traditional casinos struggle to match. This article explores how crypto casinos emerged, their technological foundations, and why they are reshaping the gambling landscape.

The origins of gambling trace back thousands of years, with evidence of dice games in Mesopotamia and betting on chariot races in ancient Rome. These early forms of gambling were social activities, often tied to cultural or religious events. Fast forward to the 17th century, when the first modern casinos appeared in Europe, formalizing gambling into structured venues. The 20th century saw the rise of Las Vegas and Atlantic City, where opulent casinos became synonymous with luxury and risk. However, these traditional setups had limitations—centralized operations, high fees, and concerns over fairness. Enter the crypto casino, a game-changer that leverages blockchain to address these issues.

Cryptocurrency, pioneered by Bitcoin in 2009, introduced a decentralized financial system that prioritized security and anonymity. By the mid-2010s, developers recognized the potential of integrating blockchain with online gambling, giving birth to the crypto casino model. Unlike traditional online casinos, which rely on centralized servers and fiat currencies, crypto casinos operate on blockchain networks, ensuring transparency through immutable ledgers. Jups.io exemplifies this model, offering games like slots, poker, and roulette, all powered by cryptocurrencies such as Bitcoin and Ethereum. Players can verify the fairness of each game through provably fair algorithms, a feature that builds trust in an industry often plagued by skepticism.

The technological underpinnings of crypto casinos are what set them apart. Blockchain ensures that every transaction—whether a deposit, wager, or withdrawal—is recorded transparently, reducing the risk of fraud. Smart contracts, self-executing agreements coded on the blockchain, automate payouts and game outcomes, eliminating the need for intermediaries. This not only lowers operational costs but also allows platforms like Jups.io to offer competitive bonuses and lower house edges. Moreover, the use of cryptocurrencies enables near-instant transactions, a stark contrast to the delays often experienced with bank transfers in traditional online casinos.

The appeal of crypto casinos extends beyond technology. They cater to a global audience, unrestricted by geographic boundaries or banking regulations. Players from regions with strict gambling laws can participate anonymously, thanks to the pseudonymous nature of cryptocurrencies. Additionally, crypto casinos attract tech-savvy younger generations who value innovation and digital assets. The integration of decentralized finance (DeFi) principles, such as staking rewards or yield farming, into some platforms adds another layer of engagement, blurring the lines between gaming and investment.

However, the rise of crypto casinos is not without challenges. Regulatory uncertainty looms large, as governments grapple with how to oversee decentralized platforms. Volatility in cryptocurrency markets can also affect players��� bankrolls, though stablecoins like USDT are increasingly used to mitigate this risk. Despite these hurdles, the trajectory of crypto casinos points upward, driven by relentless innovation and growing adoption.

In conclusion, the crypto casino represents a bold fusion of gambling’s rich history with the transformative power of blockchain. Platforms like Jups.io are leading the charge, offering players an unparalleled blend of security, fairness, and excitement. As cryptocurrency continues to permeate mainstream finance, crypto casinos are poised to redefine the future of gambling, one block at a time.

[beardedmrbean]

NEW DELHI (Reuters) -Global makers of surveillance gear have clashed with Indian regulators in recent weeks over contentious new security rules that require manufacturers of CCTV cameras to submit hardware, software and source code for assessment in government labs, official documents and company emails show.

The security-testing policy has sparked industry warnings of supply disruptions and added to a string of disputes between Prime Minister Narendra Modi's administration and foreign companies over regulatory issues and what some perceive as protectionism.

New Delhi's approach is driven in part by its alarm about China's sophisticated surveillance capabilities, according to a top Indian official involved in the policymaking. In 2021, Modi's then-junior IT minister told parliament that 1 million cameras in government institutions were from Chinese companies and there were vulnerabilities with video data transferred to servers abroad.

Under the new requirements applicable from April, manufacturers such as China's Hikvision, Xiaomi and Dahua, South Korea's Hanwha, and Motorola Solutions of the U.S. must submit cameras for testing by Indian government labs before they can sell them in the world's most populous nation. The policy applies to all internet-connected CCTV models made or imported since April 9.

"There's always an espionage risk," Gulshan Rai, India's cybersecurity chief from 2015 to 2019, told Reuters. "Anyone can operate and control internet-connected CCTV cameras sitting in an adverse location. They need to be robust and secure."

Indian officials met on April 3 with executives of 17 foreign and domestic makers of surveillance gear, including Hanwha, Motorola, Bosch, Honeywell and Xiaomi, where many of the manufacturers said they weren't ready to meet the certification rules and lobbied unsuccessfully for a delay, according to the official minutes.

In rejecting the request, the government said India's policy "addresses a genuine security issue" and must be enforced, the minutes show.

India said in December the CCTV rules, which do not single out any country by name, aimed to "enhance the quality and cybersecurity of surveillance systems in the country."

This report is based on a Reuters review of dozens of documents, including records of meetings and emails between manufacturers and Indian IT ministry officials, and interviews with six people familiar with India's drive to scrutinize the technology. The interactions haven't been previously reported.

Insufficient testing capacity, drawn-out factory inspections and government scrutiny of sensitive source code were among key issues camera makers said had delayed approvals and risked disrupting unspecified infrastructure and commercial projects.

"Millions of dollars will be lost from the industry, sending tremors through the market," Ajay Dubey, Hanwha's director for South Asia, told India's IT ministry in an email on April 9.

The IT ministry and most of the companies identified by Reuters didn't respond to requests for comment about the discussions and the impact of the testing policy. The ministry told the executives on April 3 that it may consider accrediting more testing labs.

Millions of CCTV cameras have been installed across Indian cities, offices and residential complexes in recent years to enhance security monitoring. New Delhi has more than 250,000 cameras, according to official data, mostly mounted on poles in key locations.

The rapid take-up is set to bolster India's surveillance camera market to $7 billion by 2030, from $3.5 billion last year, Counterpoint Research analyst Varun Gupta told Reuters.

China's Hikvision and Dahua account for 30% of the market, while India's CP Plus has a 48% share, Gupta said, adding that some 80% of all CCTV components are from China.

Hanwha, Motorola Solutions and Britain's Norden Communication told officials by email in April that just a fraction of the industry's 6,000 camera models had approvals under the new rules.

CHINA CONCERN

The U.S. in 2022 banned sales of Hikvision and Dahua equipment, citing national security risks. Britain and Australia have also restricted China-made devices.

Likewise, with CCTV cameras, India "has to ensure there are checks on what is used in these devices, what chips are going in," the senior Indian official told Reuters. "China is part of the concern."

China's state security laws require organizations to cooperate with intelligence work.

Reuters reported this month that unexplained communications equipment had been found in some Chinese solar power inverters by U.S. experts who examined the products.

Since 2020, when Indian and Chinese forces clashed at their border, India has banned dozens of Chinese-owned apps, including TikTok, on national security grounds. India also tightened foreign investment rules for countries with which it shares a land border.

The remote detonation of pagers in Lebanon last year, which Reuters reported was executed by Israeli operatives targeting Hezbollah, further galvanized Indian concerns about the potential abuse of tech devices and the need to quickly enforce testing of CCTV equipment, the senior Indian official said.

The camera-testing rules don't contain a clause about land borders.

But last month, China's Xiaomi said that when it applied for testing of CCTV devices, Indian officials told the company the assessment couldn't proceed because "internal guidelines" required Xiaomi to supply more registration details of two of its China-based contract manufacturers.

"The testing lab indicated that this requirement applies to applications originating from countries that share a land border with India," the company wrote in an April 24 email to the Indian agency that oversees lab testing.

Xiaomi didn't respond to Reuters queries, and the IT ministry didn't address questions about the company's account.

China's foreign ministry told Reuters it opposes the "generalization of the concept of national security to smear and suppress Chinese companies," and hoped India would provide a non-discriminatory environment for Chinese firms.

LAB TESTING, FACTORY VISITS

While CCTV equipment supplied to India's government has had to undergo testing since June 2024, the widening of the rules to all devices has raised the stakes.

The public sector accounts for 27% of CCTV demand in India, and enterprise clients, industry, hospitality firms and homes the remaining 73%, according to Counterpoint.

The rules require CCTV cameras to have tamper-proof enclosures, strong malware detection and encryption.

Companies need to run software tools to test source code and provide reports to government labs, two camera industry executives said.

The rules allow labs to ask for source code if companies are using proprietary communication protocols in devices, rather than standard ones like Wi-Fi. They also enable Indian officials to visit device makers abroad and inspect facilities for cyber vulnerabilities.

The Indian unit of China's Infinova told IT ministry officials last month the requirements were creating challenges.

"Expectations such as source code sharing, retesting post firmware upgrades, and multiple factory audits significantly impact internal timelines," Infinova sales executive Sumeet Chanana said in an email on April 10. Infinova didn't respond to Reuters questions.

The same day, Sanjeev Gulati, India director for Taiwan-based Vivotek, warned Indian officials that "All ongoing projects will go on halt." He told Reuters this month that Vivotek had submitted product applications and hoped "to get clearance soon."

The body that examines surveillance gear is India's Standardization Testing and Quality Certification Directorate, which comes under the IT ministry. The agency has 15 labs that can review 28 applications concurrently, according to data on its website that was removed after Reuters sent questions. Each application can include up to 10 models.

As of May 28, 342 applications for hundreds of models from various manufacturers were pending, official data showed. Of those, 237 were classified as new, with 142 lodged since the April 9 deadline.

Testing had been completed on 35 of those applications, including just one from a foreign company.

India's CP Plus told Reuters it had received clearance for its flagship cameras but several more models were awaiting certification.

Bosch said it too had submitted devices for testing, but asked that Indian authorities "allow business continuity" for those products until the process is completed.

When Reuters visited New Delhi's bustling Nehru Place electronics market last week, shelves were stacked with popular CCTV cameras from Hikvision, Dahua and CP Plus.

But Sagar Sharma said revenue at his CCTV retail shop had plunged about 50% this month from April because of the slow pace of government approvals for security cameras.

"It is not possible right now to cater to big orders," he said. "We have to survive with the stock we have."

[financieur]

#FINANCIALBRANCH. Money makes the world go round, and the same saying was true for Spectre, and its' successor, Quantum. The finance branch was born the same day as Spectre itself, along with other ever-present branches like Counter-Intelligence and Tactical Operations [ known as Soldiery until the 70s ]. Despite those antique roots, the financial branch evolved constantly to remain at the vanguard of their trade, often being ahead of the competition.

The branch's primary reason to be was to manage Spectre's financial assets and keep those well invested, as well as making sure those funds were ready for use. As time passed it evolved to offering similar financial services for organizations that were, for one reason or another, restricted from accessing legitimate banking systems. Any organization was welcome to their services, as long as they could find it and afford it.

Like all other branches, the Finance Branch operates behind the mask of multiple other front companies, all in order to hide the true name and nature of their organization. There are five major companies that act as pillars to the branch: Nexus Investment & Management, Suisse de L'Industrie, Eisenband, CX Worldwide and Qoya Capital. All of those fronts operate in legal means, providing clean profit and a way to clean their own illegal funds.

The branch holds headquarters in 29 countries [ Monaco, New York, Dubai, London and Tokyo being the biggest ones ], servers in 9 countries and it operates in all 253 territories [ 193 U.N recognized countries, 55 dependent territories and 4 territories with ongoing struggles ] with only Antarctica being uncovered.

The current triad in control of the Financial Branch is composed by Le Chiffre [ Alias, real name Marcel Renè Venier-Couvillon, operating as Jacquin Allard and other 12 identities ], Beatrice Trauschke and Cissonius  [ Alias, real name Daniel Wright, operating as Henry Thompson and other 5 identities ]. This is the team responsible for overseeing all the activities, legal and otherwise, under the umbrella of the Financial branch, and are the arbitrators behind every dispute regarding the path of the branch, furthermore, they each oversee one of the subsidiaries controlled by the branch, respectively Nexus, La Banque Suisse de L'Industrie and Eisenband Capital.

Nexus in an asset management company, with its expertise laid in private banking, brokerage, consultation and management of wealth for both individuals and companies. La Banque Suisse de L'Industrie is a multinational bank with focus in providing international banking services and financial support lines for companies and organizations. Eisenband Capital is a capital market group, specialized in locating and funding or acquiring companies that are branded as promising in their respective areas.

All those companies serve the true purpose of acting as the backbone of Quantum, controlling the entirety of the Group's financial transactions, investments, liquid assets and casinos.

The front companies have plenty legitimate clients, being well known companies in the international economic landscape, and their public services can be hired as any other bank, however that process is more complex when regarding their backdoor business. For an organization or individual to be able to utilize Quantum's international banking services they must be given referral by another organization that runs money through them or pass a screening process in person done by someone assigned by the Financial Branch [ this is the process that determines operational costs, liabilities, calculate management fee and open space for negotiation before drawing a contract ], as well as offer an initial amount of 50 millions USD or more. Management fee for illicit businesses vary between 3% and 12% of the total value, depending on region, risk, logistics and nature of business.

Those accounts must name a successor or benefactor for the managed assets in case of death of the account's responsible or the hiring organization's leadership. In case one of those stances happen, the successor musr claim ownership of the account within 90 days or the assets become permanent property of Quantum.

All of their financial services count on extensive infrastructure: offices in most major cities, digital applications and management tools, multiple payment methods, liquid assets transportation and storage services, and dedicated managers to larger accounts. For clients who can't afford any form of visibility, alternative methods of access are offered, such as in-person services for added management fees or 1-to-1 kinds of cryptocurrency.

The financial branch is also responsible for any transactions, payments and debt collections that might be necessary to Quantum's operations. For the funding of their underbelly operations, the financial branch provides the other branches or the service providing organizations with payment options in cryptocurrency or unmarked gold bars, as those are untraceable. For payment of bounties or first-serve-first-come opportunities, to-the-bearer medallions are given and can be collected in any casino controlled by Quantum in the currency of choice. And finally, for collaborators who need to take a large amount of cash abroad, torn playing cards [ digitally marked for authentication ] can be traded for money or gold in any CX Worldwide agency.

Debt is collected after a 90 days tolerance period, during which no large transactions are allowed to the debtor's account, and in case of failure to provide payment, all assets are seized. If the amount within the accounts lack enough funds to cover the debt, Tactical Operations are contacted for direct interference and seizing of any found liquid asset. Attempts to interrupt the seizing are answered with significant force.

FOR FURTHER DETAILS, DOUBTS OR WANTED INFORMATION: ASK!

[kanguin]

Hi, idk who's going to see this post or whatnot, but I had a lot of thoughts on a post I reblogged about AI that started to veer off the specific topic of the post, so I wanted to make my own.

Some background on me: I studied Psychology and Computer Science in college several years ago, with an interdisciplinary minor called Cognitive Science that joined the two with philosophy, linguistics, and multiple other fields. The core concept was to study human thinking and learning and its similarities to computer logic, and thus the courses I took touched frequently on learning algorithms, or "AI". This was of course before it became the successor to bitcoin as the next energy hungry grift, to be clear. Since then I've kept up on the topic, and coincidentally, my partner has gone into freelance data model training and correction. So while I'm not an expert, I have a LOT of thoughts on the current issue of AI.

I'll start off by saying that AI isn't a brand new technology, it, more properly known as learning algorithms, has been around in the linguistics, stats, biotech, and computer science worlds for over a decade or two. However, pre-ChatGPT learning algorithms were ground-up designed tools specialized for individual purposes, trained on a very specific data set, to make it as accurate to one thing as possible. Some time ago, data scientists found out that if you have a large enough data set on one specific kind of information, you can get a learning algorithm to become REALLY good at that one thing by giving it lots of feedback on right vs wrong answers. Right and wrong answers are nearly binary, which is exactly how computers are coded, so by implementing the psychological method of operant conditioning, reward and punishment, you can teach a program how to identify and replicate things with incredible accuracy. That's what makes it a good tool.

And a good tool it was and still is. Reverse image search? Learning algorithm based. Complex relationship analysis between words used in the study of language? Often uses learning algorithms to model relationships. Simulations of extinct animal movements and behaviors? Learning algorithms trained on anatomy and physics. So many features of modern technology and science either implement learning algorithms directly into the function or utilize information obtained with the help of complex computer algorithms.

But a tool in the hand of a craftsman can be a weapon in the hand of a murderer. Facial recognition software, drone targeting systems, multiple features of advanced surveillance tech in the world are learning algorithm trained. And even outside of authoritarian violence, learning algorithms in the hands of get-rich-quick minded Silicon Valley tech bro business majors can be used extremely unethically. All AI art programs that exist right now are trained from illegally sourced art scraped from the web, and ChatGPT (and similar derived models) is trained on millions of unconsenting authors' works, be they professional, academic, or personal writing. To people in countries targeted by the US War Machine and artists the world over, these unethical uses of this technology are a major threat.

Further, it's well known now that AI art and especially ChatGPT are MAJOR power-hogs. This, however, is not inherent to learning algorithms / AI, but is rather a product of the size, runtime, and inefficiency of these models. While I don't know much about the efficiency issues of AI "art" programs, as I haven't used any since the days of "imaginary horses" trended and the software was contained to a university server room with a limited training set, I do know that ChatGPT is internally bloated to all hell. Remember what I said about specialization earlier? ChatGPT throws that out the window. Because they want to market ChatGPT as being able to do anything, the people running the model just cram it with as much as they can get their hands on, and yes, much of that is just scraped from the web without the knowledge or consent of those who have published it. So rather than being really good at one thing, the owners of ChatGPT want it to be infinitely good, infinitely knowledgeable, and infinitely running. So the algorithm is never shut off, it's constantly taking inputs and processing outputs with a neural network of unnecessary size.

Now this part is probably going to be controversial, but I genuinely do not care if you use ChatGPT, in specific use cases. I'll get to why in a moment, but first let me clarify what use cases. It is never ethical to use ChatGPT to write papers or published fiction (be it for profit or not); this is why I also fullstop oppose the use of publicly available gen AI in making "art". I say publicly available because, going back to my statement on specific models made for single project use, lighting, shading, and special effects in many 3D animated productions use specially trained learning algorithms to achieve the complex results seen in the finished production. Famously, the Spider-verse films use a specially trained in-house AI to replicate the exact look of comic book shading, using ethically sources examples to build a training set from the ground up, the unfortunately-now-old-fashioned way. The issue with gen AI in written and visual art is that the publicly available, always online algorithms are unethically designed and unethically run, because the decision makers behind them are not restricted enough by laws in place.

So that actually leads into why I don't give a shit if you use ChatGPT if you're not using it as a plagiarism machine. Fact of the matter is, there is no way ChatGPT is going to crumble until legislation comes into effect that illegalizes and cracks down on its practices. The public, free userbase worldwide is such a drop in the bucket of its serverload compared to the real way ChatGPT stays afloat: licensing its models to businesses with monthly subscriptions. I mean this sincerely, based on what little I can find about ChatGPT's corporate subscription model, THAT is the actual lifeline keeping it running the way it is. Individual visitor traffic worldwide could suddenly stop overnight and wouldn't affect ChatGPT's bottom line. So I don't care if you, I, or anyone else uses the website because until the US or EU governments act to explicitly ban ChatGPT and other gen AI business' shady practices, they are all only going to continue to stick around profit from big business contracts. So long as you do not give them money or sing their praises, you aren't doing any actual harm.

If you do insist on using ChatGPT after everything I've said, here's some advice I've gathered from testing the algorithm to avoid misinformation:

If you feel you must use it as a sounding board for figuring out personal mental or physical health problems like I've seen some people doing when they can't afford actual help, do not approach it conversationally in the first person. Speak in the third person as if you are talking about someone else entirely, and exclusively note factual information on observations, symptoms, and diagnoses. This is because where ChatGPT draws its information from depends on the style of writing provided. If you try to be as dry and clinical as possible, and request links to studies, you should get dry and clinical information in return. This approach also serves to divorce yourself mentally from the information discussed, making it less likely you'll latch onto anything. Speaking casually will likely target unprofessional sources.

Do not ask for citations, ask for links to relevant articles. ChatGPT is capable of generating links to actual websites in its database, but if asked to provide citations, it will replicate the structure of academic citations, and will very likely hallucinate at least one piece of information. It also does not help that these citations also will often be for papers not publicly available and will not include links.

ChatGPT is at its core a language association and logical analysis software, so naturally its best purposes are for analyzing written works for tone, summarizing information, and providing examples of programming. It's partially coded in python, so examples of Python and Java code I've tested come out 100% accurate. Complex Google Sheets formulas however are often finicky, as it often struggles with proper nesting orders of formulas.

Expanding off of that, if you think of the software as an input-output machine, you will get best results. Problems that do not have clear input information or clear solutions, such as open ended questions, will often net inconsistent and errant results.

Commands are better than questions when it comes to asking it to do something. If you think of it like programming, then it will respond like programming most of the time.

Most of all, do not engage it as a person. It's not a person, it's just an algorithm that is trained to mimic speech and is coded to respond in courteous, subservient responses. The less you try and get social interaction out of ChatGPT, the less likely it will be to just make shit up because it sounds right.

Anyway, TL;DR:

AI is just a tool and nothing more at its core. It is not synonymous with its worse uses, and is not going to disappear. Its worst offenders will not fold or change until legislation cracks down on it, and we, the majority users of the internet, are not its primary consumer. Use of AI to substitute art (written and visual) with blended up art of others is abhorrent, but use of a freely available algorithm for personal analyticsl use is relatively harmless so long as you aren't paying them.

We need to urge legislators the world over to crack down on the methods these companies are using to obtain their training data, but at the same time people need to understand that this technology IS useful and both can and has been used for good. I urge people to understand that learning algorithms are not one and the same with theft just because the biggest ones available to the public have widely used theft to cut corners. So long as computers continue to exist, algorithmic problem-solving and generative algorithms are going to continue to exist as they are the logical conclusion of increasingly complex computer systems. Let's just make sure the future of the technology is not defined by the way things are now.

[reality-detective]

WIRES>]; ATTACK ON ISRAEL WAS A FALSE FLAG EVENT

_Israel with over 10,000 Spys in the military imbedded inside IRAN. Saudi Arabia and world Militaries.... Israels INTELLIGENCE Agencies, including MOSSAD which is deeply connected to CIA, MI6 .. > ALL knew the Hamas was going to attack Israel several weeks before and months ago including several hours before the attack<

_The United States knew the attack was coming was did Australia, UK. Canada, EU INTELLIGENCE...... Several satellites over Iran, Israel, Palestine and near all captured thousands of troops moving towards Israel all MAJOR INTELLIGENCE AGENCIES knew the attack was coming and news reporters (Israeli spys) in Palestine all knew the attack was coming and tried to warn Israel and the military///// >

>EVERYONE KNEW THE ATTACK WAS COMING,, INCLUDING INDIA INTELLIGENCE WHO TRIED TO CONTACT ISRAEL ( but Israel commanders and President blocked ALL calls before the attack)

_WARNING

>This attack on Israel was an inside Job, with the help of CIA. MOSSAD, MI6 and large parts of the funding 6 billion $$$$$$$ from U.S. to Iran funded the operations.

_The weapons used came from the Ukraine Black market which came from NATO,>the U.S.

The ISRAELI President and Prime minister Netanyahu ALL STOOD DOWN before the attacks began and told the Israeli INTEL and military commanders to stand down<

___

There was no intelligence error. Israeli intensionally let the stacks happen<

_______

FOG OF WAR

Both the deep state and the white hats wanted these EVENTS to take place.

BOTH the [ ds] and white hats are fighting for the future control of ISRAEL

SOURCES REPORT> " INSIDE OF ISRAELI BANKS , INTELLIGENCE AGENCIES AND UNDERGROUND BASES LAY THE WORLD INFORMATION/DATA/SERVERS ON HUMAN TRAFFICKING WORLD OPERATIONS CONNECTED TO PEDOPHILE RINGS.

]> [ EPSTEIN] was created by the MOSSAD

with the CIA MI6 and EPSTEIN got his funding from MOSSAD who was Ghislaine Maxwells father> Israeli super spy Robert Maxwell_ ( who worked for, cia and mi6 also)/////

____

The past 2 years in Israel the military has become divided much like the U.S. military who are losing hope in the government leaders and sectors. Several Revolts have tried to start but were ended quickly.

🔥 Major PANIC has been hitting the Israeli INTEL, Prime minister and military commanders community as their corruption and crimes keep getting EXPOSED and major PANIC is happening as U S. IS COMING CLOSER TO DROPPING THE EPSTEIN FILES. EPSTEIN LIST AND THE MAJOR COUNTRIES WHO DEALT WITH EPSTEIN> ESPECIALLY ISRAEL WHO CREATED EPSTEIN w/cia/mi6

_

_

____

Before EPSTEIN was arrested, he was apprehended several times by the military intelligence ALLIANCE and he was working with white hats and gave ALL INFORMATION ON CIA. MI6 . MOSSAD. JP MORGAN. WORLD BANKS. GATES. ETC ETC ECT EX ECT E TO X..>> ISRAEL<<BIG TECH

GOOGLE. FACEBOOK YOUTUBE MICROSOFT and their connection to world deep state cabal military intelligence and world control by the Elites and Globalist,<

_

This massive coming THE STORM is scaring the CIA. MOSSAD KAZARIAN MAFIA. MI6 ETC ECT . ect etc AND THEY ARE TRYING TO DESTROY ALL THE MILITARY INTELLIGENCE EVIDENCE INSIDE ISRAEL AND UNDERGROUND BUNKERS TO CONCEAL ALL THE EVIDENCE OF THE WORLD HUMAN TRAFFICKING TRADE

_ THE WORLD BIG TECH FACEBOOK GOOGLE YOUTUBE CONTROL

_THE WORLD MONEY LAUNDERING SYSTEM THAT IS CONNECTED FROM ISRAEL TO UKRAINE TO THE U S. TO NATO UN. U.S. INDUSTRIAL MILITARY COMPLEX SYSTEM

MAJOR PANIC IS HAPPENING IN ISRAEL AS THE MILITARY WAS PLANNING A 2024 COUP IN ISRAEL TO OVER THROW THE DEEP STATE MILITARY AND REGIMEN THAT CONNECTED TO CIA.MI6 > CLINTON'S ROCKEFELLERS.>>

( Not far from where Jesus once walked.... The KAZARIAN Mafia. The cabal, dark Families began the practice of ADRENOCHROME and there satanic rituals to the god of moloch god of child sacrifice ..

Satanism..... This is why satanism is pushed through the world and world shopping centers and music and movies...)

- David Wilcock

Something definitely doesn't seem right and destroying evidence has been going on for a long time, think Oklahoma City bombing, 9/11's building 7 and even Waco Texas was about destroying evidence. Is this possible? Think about it and you decide. 🤔

[sixstringphonic]

DOGE Teen Owns ‘Tesla.Sexy LLC’ and Worked at Startup That Has Hired Convicted Hackers

Experts question whether Edward Coristine, a DOGE staffer who has gone by “Big Balls” online, would pass the background check typically required for access to sensitive US government systems.

February 6th 2025 - via WIRED

A young technologist known online as “Big Balls,” who works for Elon Musk's so-called Department of Government Efficiency (DOGE), has access to sensitive US government systems. But his professional and online history call into question whether he would pass the background check typically required to obtain security clearances, security experts tell WIRED.

Edward Coristine, a 19-year-old high school graduate, established at least five different companies in the last four years, with entities registered in Connecticut, Delaware, and the United Kingdom, most of which were not listed on his now-deleted LinkedIn profile. Coristine also briefly worked in 2022 at Path Network, a network monitoring firm known for hiring reformed blackhat hackers. Someone using a Telegram handle tied to Coristine also solicited a cyberattack-for-hire service later that year.

Coristine did not respond to multiple requests for comment.

One of the companies Coristine founded, Tesla.Sexy LLC, was set up in 2021, when he would have been around 16 years old. Coristine is listed as the founder and CEO of the company, according to business records reviewed by WIRED.

Tesla.Sexy LLC controls dozens of web domains, including at least two Russian-registered domains. One of those domains, which is still active, offers a service called Helfie, which is an AI bot for Discord servers targeting the Russian market. While the operation of a Russian website would not violate US sanctions preventing Americans doing business with Russian companies, it could potentially be a factor in a security clearance review.

"Foreign connections, whether it's foreign contacts with friends or domain names registered in foreign countries, would be flagged by any agency during the security investigation process," Joseph Shelzi, a former US Army intelligence officer who held security clearance for a decade and managed the security clearance of other units under his command, tells WIRED.

A longtime former US intelligence analyst, who requested anonymity to speak on sensitive topics, agrees. “There's little chance that he could have passed a background check for privileged access to government systems,” they allege.

Another domain under Coristine’s control is faster.pw. The website is currently inactive, but an archived version from October 25, 2022 shows content in Chinese that stated the service helped provide “multiple encrypted cross-border networks.”

Prior to joining DOGE, Coristine worked for several months of 2024 at Elon Musk’s Neuralink brain implant startup, and, as WIRED previously reported, is now listed in Office of Personnel Management records as an “expert” at that agency, which oversees personnel matters for the federal government. Employees of the General Services Administration say he also joined calls where they were made to justify their jobs and to review code they’ve written.

Other elements of Coristine’s personal record reviewed by WIRED, government security experts say, would also raise questions about obtaining security clearances necessary to access privileged government data. These same experts further wonder about the vetting process for DOGE staff—and, given Coristine’s history, whether he underwent any such background check.

The White House did not immediately respond to questions about what level of clearance, if any, Corisitine has and, if so, how it was granted.

At Path Network, Coristine worked as a systems engineer from April to June of 2022, according to his now-deleted LinkedIn résumé. Path has at times listed as employees Eric Taylor, also known as Cosmo the God, a well-known former cybercriminal and member of the hacker group UGNazis, as well as Matthew Flannery, an Australian convicted hacker whom police allege was a member of the hacker group LulzSec. It’s unclear whether Coristine worked at Path concurrently with those hackers, and WIRED found no evidence that either Coristine or other Path employees engaged in illegal activity while at the company.

“If I was doing the background investigation on him, I would probably have recommended against hiring him for the work he’s doing,” says EJ Hilbert, a former FBI agent who also briefly served as the CEO of Path Network prior to Coristine’s employment there. “I’m not opposed to the idea of cleaning up the government. But I am questioning the people that are doing it.”

Potential concerns about Coristine extend beyond his work history. Archived Telegram messages shared with WIRED show that, in November 2022, a person using the handle “JoeyCrafter” posted to a Telegram channel focused on so-called distributed denial of service (DDoS) cyberattacks that bombard victim sites with junk traffic to knock them offline. In his messages, JoeyCrafter—which records from Discord, Telegram, and the networking protocol BGP indicate was a handle used by Coristine—writes that he’s “looking for a capable, powerful and reliable L7” that accepts bitcoin payments. That line, in the context of a DDoS-for-hire Telegram channel, suggests he was looking for someone who could carry out a layer-7 attack, a certain form of DDoS. A DDoS-for-hire service with the name Dstat.cc was seized in a multinational law enforcement operation last year.

The JoeyCrafter Telegram account had previously used the name “Rivage,” a name linked to Coristine on Discord and at Path, according to Path internal communications shared with WIRED. Both the Rivage Discord and Telegram accounts at times promoted Coristine’s DiamondCDN startup. It’s not clear whether the JoeyCrafter message was followed by an actual DDoS attack. (In the internal messages among Path staff, a question is asked about Rivage, at which point an individual clarifies they are speaking about “Edward.”)

"It does depend on which government agency is sponsoring your security clearance request, but everything that you've just mentioned would absolutely raise red flags during the investigative process," says Shelzi, the former US Army intelligence officer. He adds that a secret security clearance could be completed in as little as 50 days, while a top-secret security clearance could take anywhere from 90 days to a year to complete.

Coristine’s online history, including a LinkedIn account where he calls himself Big Balls, has disappeared recently. He also previously used an account on X with the username @edwardbigballer. The account had a bio that read: “Technology. Arsenal. Golden State Warriors. Space Travel.”

Prior to using the @edwardbigballer username, Coristine was linked to an account featuring the screen name “Steven French” featuring a picture of what appears to be Humpty Dumpty smoking a cigar. In multiple posts from 2020 and 2021, the account can be seen responding to posts from Musk. Coristine’s X account is currently set to private.

Davi Ottenheimer, a longtime security operations and compliance manager, says many factors about Coristine’s employment history and online footprint could raise questions about his ability to obtain security clearance.

“Limited real work experience is a risk,” says Ottenheimer, as an example. “Plus his handle is literally Big Balls.”

[buysellram]

KIOXIA Unveils 122.88TB LC9 Series NVMe SSD to Power Next-Gen AI Workloads

KIOXIA America, Inc. has announced the upcoming debut of its LC9 Series SSD, a new high-capacity enterprise solid-state drive (SSD) with 122.88 terabytes (TB) of storage, purpose-built for advanced AI applications. Featuring the company’s latest BiCS FLASH™ generation 8 3D QLC (quad-level cell) memory and a fast PCIe® 5.0 interface, this cutting-edge drive is designed to meet the exploding data demands of artificial intelligence and machine learning systems.

As enterprises scale up AI workloads—including training large language models (LLMs), handling massive datasets, and supporting vector database queries—the need for efficient, high-density storage becomes paramount. The LC9 SSD addresses these needs with a compact 2.5-inch form factor and dual-port capability, providing both high capacity and fault tolerance in mission-critical environments.

Form factor refers to the physical size and shape of the drive—in this case, 2.5 inches, which is standard for enterprise server deployments. PCIe (Peripheral Component Interconnect Express) is the fast data connection standard used to link components to a system’s motherboard. NVMe (Non-Volatile Memory Express) is the protocol used by modern SSDs to communicate quickly and efficiently over PCIe interfaces.

Accelerating AI with Storage Innovation

The LC9 Series SSD is designed with AI-specific use cases in mind—particularly generative AI, retrieval augmented generation (RAG), and vector database applications. Its high capacity enables data-intensive training and inference processes to operate without the bottlenecks of traditional storage.

It also complements KIOXIA’s AiSAQ™ technology, which improves RAG performance by storing vector elements on SSDs instead of relying solely on costly and limited DRAM. This shift enables greater scalability and lowers power consumption per TB at both the system and rack levels.

“AI workloads are pushing the boundaries of data storage,” said Neville Ichhaporia, Senior Vice President at KIOXIA America. “The new LC9 NVMe SSD can accelerate model training, inference, and RAG at scale.”

Industry Insight and Lifecycle Considerations

Gregory Wong, principal analyst at Forward Insights, commented:

“Advanced storage solutions such as KIOXIA’s LC9 Series SSD will be critical in supporting the growing computational needs of AI models, enabling greater efficiency and innovation.”

As organizations look to adopt next-generation SSDs like the LC9, many are also taking steps to responsibly manage legacy infrastructure. This includes efforts to sell SSD units from previous deployments—a common practice in enterprise IT to recover value, reduce e-waste, and meet sustainability goals. Secondary markets for enterprise SSDs remain active, especially with the ongoing demand for storage in distributed and hybrid cloud systems.

LC9 Series Key Features

122.88 TB capacity in a compact 2.5-inch form factor

PCIe 5.0 and NVMe 2.0 support for high-speed data access

Dual-port support for redundancy and multi-host connectivity

Built with 2 Tb QLC BiCS FLASH™ memory and CBA (CMOS Bonded to Array) technology

Endurance rating of 0.3 DWPD (Drive Writes Per Day) for enterprise workloads

The KIOXIA LC9 Series SSD will be showcased at an upcoming technology conference, where the company is expected to demonstrate its potential role in powering the next generation of AI-driven innovation.

[under0-0s]

How much would it cost me to have and AI system to run the administrative tasks in the Underground?

@the-winter-soldier-official

A sly grin spreads across his face, his fingers interlaced in a steeple.

"Either you're the most meticulously organized criminal on the planet, or you've marathon-watched 'The Godfather' a few too many times and thought, 'You know what this needs? A brainy assistant named Margot who meticulously organizes her murder schedules by color.'"

Alright, let's get down to brass tacks: If you're in the market for a black market AI administrative system that's: Completely independent, Super stealthy (off-the-grid and utterly untraceable), Able to handle all your operations (scheduling, laundering money, managing inventory, top-notch encryption, keeping tabs on your people, logistics)---

You're probably looking at a price tag of: $50–100 million just to get started, and that depends on:

Whether you want an AI as smart as Jarvis or just a gun-toting Alexa, The level of server security you need (on-site quantum vs. a scrambled cloud somewhere else), The voice personality you prefer (Morgan Freeman or a seductive Eastern European hacker)

And, of course, its ability to keep quiet if it ever gets caught.

Optional extras:

A module that simulates human error (for that all-important plausible deniability): +$5M

Rock-solid crypto ledger integrations: +$10M

---- You wiring the funds, Soldier? Or should I throw in a payment plan—firstborn hitman optional.

[lovilove0808]

Breaking into Tech: How Linux Skills Can Launch Your Career in 2025

In today's rapidly evolving tech landscape, Linux skills have become increasingly valuable for professionals looking to transition into rewarding IT careers. As we move through 2025, the demand for Linux System Administrators continues to grow across industries, creating excellent opportunities for career changers—even those without traditional technical backgrounds.

Why Linux Skills Are in High Demand

Linux powers much of the world's technology infrastructure. From enterprise servers to cloud computing environments, this open-source operating system has become the backbone of modern IT operations. Organizations need skilled professionals who can:

Deploy and manage enterprise-level IT infrastructure

Ensure system security and stability

Troubleshoot complex technical issues

Implement automation to improve efficiency

The beauty of Linux as a career path is that it's accessible to motivated individuals willing to invest time in learning the necessary skills. Unlike some tech specialties that require years of formal education, Linux administration can be mastered through focused training programs and hands-on experience.

The Path to Becoming a Linux System Administrator

1. Structured Learning

The journey begins with structured learning. Comprehensive training programs that cover Linux fundamentals, system administration, networking, and security provide the knowledge base needed to succeed. The most effective programs:

Teach practical, job-relevant skills

Offer instruction from industry professionals

Pace the learning to allow for deep understanding

Prepare students for respected certifications like Red Hat

2. Certification

Industry certifications validate your skills to potential employers. Red Hat certifications are particularly valuable, demonstrating your ability to work with enterprise Linux environments. These credentials help you stand out in a competitive job market and often lead to higher starting salaries.

3. Hands-On Experience

Theoretical knowledge isn't enough—employers want to see practical experience. Apprenticeship opportunities allow aspiring Linux administrators to:

Apply their skills in real-world scenarios

Build a portfolio of completed projects

Gain confidence in their abilities

Bridge the gap between training and employment

4. Job Search Strategy

With the right skills and experience, the final step is finding that first position. Successful job seekers:

Tailor their resumes to highlight relevant skills

Prepare thoroughly for technical interviews

Network with industry professionals

Target companies that value their newly acquired skills

Time Investment and Commitment

Becoming job-ready as a Linux System Administrator typically requires:

10-15+ hours per week for studying

A commitment to consistent learning over several months

Persistence through challenging technical concepts

A growth mindset and motivation to succeed

The Career Outlook

For those willing to make the investment, the rewards can be substantial. Linux professionals enjoy:

Competitive salaries

Strong job security

Opportunities for remote work

Clear paths for career advancement

Intellectually stimulating work environments

Conclusion

The path to becoming a Linux System Administrator is more accessible than many people realize. With the right training, certification, and hands-on experience, motivated individuals can transition into rewarding tech careers—regardless of their previous background. As we continue through 2025, the demand for these skills shows no signs of slowing down, making now an excellent time to begin this journey.