#Mainframe access for rent

[nyramiller]

Mainframe access for learning

Mainframe access for learning! get accessible and easily mainframe access at any where any time.

[sophiamerlin]

The Transformation of Cloud Computing: A Historical Perspective

Cloud computing has become a vital element of modern technology, reshaping how we store, access, and manage data. This transformation has unfolded over several decades, marked by significant milestones and innovations. Join us as we explore the key events that have shaped the cloud computing landscape.

If you want to advance your career at the Cloud Computing Course in Coimbatore, you need to take a systematic approach and join up for a course that best suits your interests and will greatly expand your learning path.

The Conceptual Origins: 1960s-1980s

The journey of cloud computing began in the 1960s with the visionary ideas of J.C.R. Licklider, who imagined a network that would allow people to access data from any location. This forward-thinking concept laid the groundwork for the future of interconnected computing.

During the 1970s and 1980s, time-sharing systems emerged, enabling multiple users to utilize a single mainframe computer simultaneously. This development introduced the idea of centralized data management, foreshadowing the cloud solutions we use today.

Virtualization Breakthroughs: 1990s

The 1990s marked a significant leap forward with the advent of virtualization technology. Companies like VMware created software that allowed multiple virtual machines to operate on a single physical server. This innovation greatly increased efficiency and resource management, setting the stage for cloud services to flourish.

The Emergence of Cloud Services: Early 2000s

The early 2000s saw the formal adoption of cloud computing as a service model. Amazon’s launch of Elastic Compute Cloud (EC2) in 2006 was a game changer, allowing users to rent virtual servers and pay only for what they used. This shift moved the industry away from traditional hosting methods to a more flexible, scalable framework.

Expansion and Innovation: Late 2000s

Following Amazon's success, tech giants such as Google and Microsoft entered the cloud market. Google App Engine and Microsoft Azure provided developers with robust platforms for creating and deploying applications in the cloud. This period also witnessed the rise of Software as a Service (SaaS), with solutions like Salesforce changing how businesses utilized software.

For those looking to excel in Cloud computing, Cloud Computing Online Course is highly suggested. Look for classes that align with your preferred programming language and learning approach.

Widespread Adoption: 2010s

Throughout the 2010s, cloud computing gained significant traction across various industries. Organizations of all sizes began to embrace its advantages, including scalability, flexibility, and cost savings. The development of hybrid cloud solutions allowed businesses to integrate both public and private cloud environments, enhancing their operational capabilities.

Current Trends and Future Outlook: 2020s and Beyond

Today, cloud computing is continuously evolving, incorporating advancements in artificial intelligence, machine learning, and edge computing. Companies are increasingly leveraging these technologies to enhance efficiency and foster innovation. Meanwhile, the focus on security and compliance remains critical, driving the ongoing development of robust security protocols for cloud environments.

Conclusion

From its theoretical beginnings to the complex cloud systems of today, cloud computing has dramatically transformed our technological landscape. As we look ahead, it is evident that cloud computing will continue to be integral to our digital experiences, making it essential for organizations to adapt and innovate in this rapidly changing field.

[komalsane20]

Laptop On Rent: Access High-Performance Computing on Your Terms

In the digital age, laptops have become more than just devices – they're our portals to a world of information, productivity, and creativity. As our tasks become more complex and demanding, the need for high-performance computing has grown exponentially. Enter the concept of laptop rentals – a dynamic solution that allows you to harness the power of high-performance computing without the shackles of ownership. In this guide, we'll delve into the evolution of computing, the significance of high-performance computing across industries, and how laptop rentals offer a gateway to unleashing computing power on your terms.

The Power of High-Performance Computing

1. The Evolution of Computing

Remember the days when computing power was confined to massive mainframes, hidden away in corporate offices? Fast-forward to today – we carry more computational power in our backpacks than those early machines could dream of. But as tasks become more complex – from running intricate simulations to handling massive datasets – the demand for high-performance computing has surged. It's like upgrading from a bicycle to a sports car – the need for speed and power becomes paramount. And in this journey, laptops have emerged as the vehicles that drive us toward high-performance computing.

2. High-Performance Computing in Different Sectors

Industries across the spectrum are embracing high-performance computing to fuel their growth and innovation. Think about architects designing intricate structures, engineers simulating complex systems, and data scientists uncovering hidden insights from mountains of data. These tasks require immense computational power to deliver results efficiently. It's like having a toolbox filled with specialized equipment for each task – and high-performance laptops are the tools that empower professionals to navigate the challenges of their respective fields. From reducing rendering times in creative projects to accelerating simulations in engineering, high-performance laptops are the engine that propels productivity and innovation.

Laptop Rentals: Unleashing High-Performance Computing

1. Access to Cutting-Edge Technology

Picture this: you're an auto enthusiast who dreams of driving a luxury car, but the hefty price tag and rapid advancements in technology make ownership impractical. Similarly, purchasing high-performance laptops can be costly, and their technology quickly evolves. Laptop rentals step in to offer you access to the latest and most powerful devices, allowing you to experience cutting-edge technology without the long-term commitment. It's like test-driving a luxury car for a weekend – you get to enjoy the experience without the burdens of ownership.

2. Flexible Solutions for Dynamic Needs

Much like a craftsman selects the right tool for a specific job, professionals require computing power tailored to their projects. Imagine a carpenter with a toolbox filled with various instruments for different tasks. High-performance laptops, available for rent, offer a similar flexibility. Whether you're a data scientist analyzing large datasets or a designer creating intricate visuals, laptop rentals provide tailored solutions for your specific computing needs. It's like having a toolbox with interchangeable heads, each catering to a different task – the perfect fit for the job at hand.

Applications of High-Performance Laptop Rentals

1. Design and Creative Work

Consider the demands of graphic designers, 3D modelers, and video editors – their work requires handling complex visuals and rendering high-quality graphics. These tasks are resource-intensive, often leading to extended wait times. High-performance laptops step in to reduce these bottlenecks, enabling designers to create seamlessly and efficiently. It's like an artist's palette of colors – high-performance computing provides the full spectrum of tools needed to turn visions into reality.

2. Engineering and Simulation

Engineers live in a world of simulations, testing the limits of systems and structures to ensure safety and efficiency. These simulations demand extensive computational power, and high-performance laptops answer the call. Imagine a virtual laboratory where engineers can experiment and iterate without real-world consequences. High-performance computing accelerates complex calculations, allowing engineers to explore various scenarios and design with precision.

3. Data Analysis and Machine Learning

Data scientists unravel insights from massive datasets, seeking patterns and trends that guide decisions. But as data grows, analysis becomes a time-consuming process. High-performance laptops become the detectives in this scenario, speeding up data processing and analysis. Picture a detective solving a complex case – equipped with advanced tools, they piece together clues faster and more effectively. Similarly, data scientists armed with high-performance computing can unlock insights that drive innovation and strategy.

The Rental Process: Seamlessly Embracing Power

1. Quick Setup and Integration

Introducing new technology into established workflows can feel like a puzzle with missing pieces. However, high-performance laptop rentals provide a seamless integration process. Rental companies offer assistance with setup and software installation, ensuring that your rented laptop becomes an immediate extension of your workflow. It's like plugging in a power tool – the moment it's connected, your productivity receives an instant boost.

2. No Compromises with Long-Term Commitments

Consider the risk of investing in expensive hardware that might become obsolete sooner than expected. Similar to renting a vacation home for the summer rather than committing to buying a property, high-performance laptop rentals eliminate the need for long-term commitments. You get the power you need when you need it, without the burden of ownership.

3. Technical Support for Uninterrupted Power

When embarking on a cross-country road trip, having a mechanic on standby offers peace of mind. In the realm of high-performance computing, technical assistance is just as crucial. Rental companies ensure that your high-performance laptop functions optimally throughout the rental period. It's like having that mechanic ready to fix any unexpected issues that arise, ensuring uninterrupted computing power.

Success Stories: Real-Life Examples

1. Architectural Marvels Enabled by High-Performance Computing

Think of iconic architectural wonders – these structures were often brought to life through intricate designs and simulations. Architects leverage high-performance laptops to create and visualize these designs with accuracy. High-performance laptop rentals have played a pivotal role in shaping the skyline of modern cities, enabling architects to turn their visions into reality.

2. Data-Driven Discoveries

Data scientists wield high-performance computing as a key to unlocking insights hidden within mountains of data. From healthcare breakthroughs to business strategies, data-driven discoveries have reshaped industries. High-performance laptop rentals facilitate this journey, offering data scientists the computational power needed to delve into data and extract valuable insights.

Choosing Power and Flexibility

1. Staying Ahead in Technology

Stagnation in technology means falling behind. The importance of staying current with cutting-edge technology cannot be overstated. High-performance laptop rentals offer professionals the opportunity to access the latest and most powerful devices, ensuring they are always on the forefront of technological advancements.

2. Embracing Innovation and Efficiency

Innovation and efficiency are the engines that drive progress. High-performance computing is the fuel that powers these engines. By opting for laptop rentals, professionals can accelerate innovation and efficiency, ensuring that their projects and tasks are completed with precision and speed.

Conclusion

The world of computing has transformed from monolithic machines to portable powerhouses, and high-performance laptops have become the bridge that connects us to a universe of possibilities. The demand for high-performance computing is at an all-time high, across sectors that demand accuracy, speed, and innovation. Laptop rentals emerge as a flexible and cost-effective solution, offering professionals access to cutting-edge technology on their terms. So whether you're an engineer seeking to simulate complex systems or a data scientist analyzing troves of data, high-performance laptop rentals are your ticket to accessing computing power without the commitments of ownership. It's time to unleash the full potential of high-performance computing and redefine the boundaries of what's possible.

[stevenodickens]

Maintec provides affordable remote access to the latest mainframe infrastructure for your development, training, additional short-term capacity, and onshore outsourcing needs. Leverage our mainframe infrastructure and save the time, expense, and manpower it would take to build your own.

[anonmonitor]

I always had the headcanon that the time dilation of in computer vs out of computer time is entirely dependant on the system clock cycles, that is the speed at which the physical circuitry (either crystal oscillator or RLC circuit) switches between states, which is how fast the system runs (and how much heat it generates). Which would make sense! The Encom system would be clocked slower than The Grid as it's an older system as well as the fact that The Grid is supposed to be a supercomputer. So the time difference between the Encom system and real-time would be smaller than that of The Grid.

As for the wait time, ye olde mainframes (pre-pc era) were generally not turned on for very long as they were incredibly power inefficient and thus VERY expensive to run. You pretty much got 1 chance a day to run/test your program in the punch card days (punch cards are quite a bit older than the Encom system but it may still apply. Most didn't stick with punch cards for very long when they got access to tape). I could imagine that whatever insurance company that Ram was a part of was not using the most up to date system at the time as those costed more to rent when an older system would still do the job fine.

So I've been thinking about the time system in the ENCOM system...

The Tron wiki pretty much ONLY talks about the time system as it applies on the New Grid.

(Saying that a millicycle is about eight hours, a cycle is about a year, and that time on the Grid is about a fiftieth of a year in the User world).

But that would make a microcycle about half a minute in Grid time.

Which doesn't make sense with Ram talking about being stuck in the cells for 200 microcycles. He says it like he's been there weeks or months, at least. Not hours or less.

So, in my writing (which is set in the Encom system) I tend to treat an Encom microcycle as a day.

But while working on my latest story, I had reason to wonder what exactly an ENCOM year is, then.

And I think I've figured it out.

ENCOM programs are made to interact regularly with the User world. So, their time system would be connected much more closely to User time.

So, I suspect an ENCOM "cycle" is equivalent to a year in User time.

And a millicycle should be a thousandth of that, and a microcycle a millionth.

So for ENCOM programs, if a microcycle is a day, then a cycle is like a million days (and a millicycle is like a thousand days).

That would mean (if I'm doing my math right, which is not certain, lol) one ENCOM cycle is like over two thousand years for a program.

Now, a program would have very different feelings about time from a User. Since programs are meant to interact with Users, they're probably okay with waiting a couple thousand years for something a User would wait one year for (as long as that wait is within typical expected function for the program).

But I think, from now on, if I want to write about a period of time that's more like a year for an ENCOM program, I'm gonna say maybe... a quarter-millicycle.

[nitewrighter]

A Time of Dragons

I had this sitting in my drafts for literal years. It was meant to be a followup to Dragonback (which I wrote in 2019) but I kept getting sidetracked with other prompts and projects. Now with Kiriko dropping with still no explanation for the Shimada Dragons, even though it was claimed years ago that the dragons aren’t magic, I am once again compulsively driven to do Blizzard’s job for them.

—-

It had been a couple of weeks since the events in Shirakami-Sanchi. Rei had mostly moved back in ( “You can save the world or you can pay rent in Los Angeles, but you definitely can’t do both,” she had said as she, Marti, Aedan and the Twins were carrying boxes off of the Orca.) There was a certain bittersweetness to it--Genji knew how much losing the dragon had hurt her, but she really did seem to have built a decent life for herself outside of Overwatch, and now she was back. Whenever Rei cooked up some recipe she had picked up from her stunt days, or even offhandedly mentioned some production trivia for Midori Rider, Genji couldn’t help feeling that, even if the dragon was back, even if their family was back together, this too, was a failure to protect her. But as time went on, it seemed she was out of the apartment now just as often as when she was moved out.

 At first a lot of it was debriefing with Marti, or sparring with the other kids (not kids anymore, he had to keep reminding himself that), or slipping away with Aedan, but eventually Genji did notice Rei was spending an unusual amount of time at Winston’s lab, or at Athena’s mainframe accessing all of their records on Vishkar, and Satya mentioned Rei repeatedly asking her about teleporter mechanics. The third time Rei didn’t show up to dinner, she sent them a text saying she was at the Amaris’. Again.

“Well, she was moved out for a while. You get used to being on your own,” said Mercy, crunching on some salad with a shrug.

“Do you think I was pressuring her to get the dragon back too much?” Genji asked abruptly.

Mercy raised her eyebrows slightly. “Genji, she was traumatized by losing that dragon. I understand her hesitance at trying again, but...” Mercy trailed off, “I mean, obviously you understand what it means to have a dragon more than me, but I could tell she loved it. It was a part of her. And you’ve always been very careful about that sort of thing.” 

“Mm...” Genji pushed some of his food around his plate.

“I mean, have you asked her?” Mercy tilted her head.

“Have you asked her?” Genji returned.

“I assumed it’s a sort of, ‘She’ll tell me when she’s ready’ sort of deal,” Mercy shrugged, “But if it’s worrying you--”

“I’m not worried. She’s an adult. She’s smart. I trust her and Winston. And the Amaris. And she could take care of herself in Los Angeles. And I’m sure she’s--” Genji realized he was mostly trying to convince himself more than Angela and he exhaled, rubbing at one eyebrow. “Okay, I’ll ask her.”

----

“I just--I want you to keep an open mind,” said Rei, as they both walked to Winston’s lab.

“Why do you keep saying that?” Genji tilted his head.

“Because I know what I saw in Shirakami-Sanchi--I mean I think I know,” Rei was holding her hands close to herself, fingers slightly tensed as they both paused in front of the lab doors.

“The blue light,” Genji said.

“Like, in the family story, we keep calling it the Shrine of Moonlight but we haven’t actually been able to find an exact physical place--” Rei cut herself off as the lab doors opened, “Just--keep an open mind? Please?”

“Fourth time you’ve said that--” said Genji, walking after her into the lab.

 “Winston?” Rei called across the lab.

“Mm?” Winston emerged from behind several monitors. “Oh! Rei! I was just looking back over my notes from the initial development of--” he caught himself and looked at Genji. “Oh-oh...” he said, “It’s... good to see you Genji!”

“He’s ready,” said Rei.

“Er--are you sure? Because when we discussed it--”

“Will both of you just say what this is about?!” Genji blurted out a bit more loudly than he really meant to.

Rei and Winston exchanged glances, and Rei said, “It’s... about the Shimada dragons. About what they are.”

Genji tensed slightly where he stood.

“If you don’t want to hear it, I totally understand--” Rei started.

“No it’s--I mean I want to but---” Genji gestured in the air helplessly a few seconds, “Rei, you didn’t grow up with all of the stories of the Shimada.”

“I know.”

“I mean, there are some things in this world where it’s not really about understanding--”

“Dad, you weren’t the one trying to get your dragon back for a year and a half,” Rei said with knee-jerk harshness, but she quickly seemed to realize what she just said. “I’m sorry,” she ran her fingers through her hair, “I just---”

“No, I’m sorry--it’s just... my last experience with someone trying to ‘understand’ the Shimada dragons was... with Moira. If I had a euro for every time she scratched me or plucked out a hair while healing me on a mission, or took the cup I was drinking from...she would try to play it off and act like I was the paranoid one but I knew what she was doing.” 

“DNA samples...” Winston murmured.

“And the dragon is--” Genji huffed out an exhale, “I know the Shimada clan has a lot of blood on its hands, but our father always impressed on us that we had the dragons for a reason. You don’t question--” Genji caught himself again.

“...’Don’t look a gift horse in the mouth?’” Rei suggested.

That sounded like something she picked up from Cassidy, but Genji nodded all the same.

“Well--we aren’t going to ask for DNA anything--this is... just a theory. And... a solid amount of it is based on what I saw in Shirakami-Sanchi so...”

“...high adrenaline often doesn’t make for the most accurate narrative,” Winston conceded with a shrug, “But it has some interesting correlations with my observations on Tracer following the Slipstream incident!” 

Genji took a steadying breath. “Okay. Fine. What do you think the dragons are?”

“Just a forewarning, you won’t like my theory,” said Winston, “I don’t like my theory and I came up with my theory.”

“I helped,” Rei piped up.

“Humor me,” said Genji, folding his arms.

Winston inhaled deeply, “Basically speaking, I think we’re breaking time.”

“I’m sorry—breaking time?” said Genji.

Winston picked up a long strip of paper, “I’m not going to go into the whole ‘Flea and acrobat’ lecture, but let’s talk teleportation technology.” Holding both ends of the paper in each hand, he slowly brought his hands toward each other, rippling the paper, but not crinkling it. “Teleporters basically fold time and space,” he said, pinching the rippled up paper in one hand and holding it up to Genji.

“You’re going to punch through that paper with a pen, aren’t you?” said Genji.

Winston’s brow furrowed slightly.

“I watch movies,” said Genji.

Winston sighed, “No, Genji, a pen would imply it was clean, that the rupture of time and space didn’t leave anything in its wake and only generated a neat doorway. It didn’t do that. The malfunction of the slipstream--and I’m sure other teleportation failures--and maybe even the continuing use of teleporters--may have created a physical rupture—one that likely didn’t last very long, but long enough for chronal contaminants to find their way in—-we’re talking technology, objects, bacterial cultures—maybe even electrical broadcasts. Now the effects of these could range from the mostly harmless—a television set in the 1960’s receiving a broadcast from the 2010’s but it only coming through as static—-to the ecologically and chronologically devastating. Imagine a bacteria with the antibiotic resistance of the 2070’s finding its way back to the Roman Empire. It could have wiped out cities…or imagine even something from our future finding its way back to our past. Let’s say… genetic manipulation technology suddenly appearing in Heian Period Japan.”

“You think the Shimada Dragon is… the result of time… breaking,” Genji said slowly.

“What’s the alternative, Genji, divine intervention?” Winston blurted out but then caught himself. Genji seemed pensive.

“Maybe the dragons are magic—but when it comes to science, ’Magic’ is just a catchall for what we aren’t equipped to understand yet,” said Winston, rubbing his brow, “‘Chronal Contamination and interaction with futuristic Genetic Modification technology’ isn’t the most…. beautiful or poetic explanation of what the Shimada dragons are, but it’s the closest theory I can come up with for them. But the thing was—if our timeline was affected, this would simply be the reality we know. Bizarre sudden advances in human technologies or understanding would merely fold into our understanding of our own history. Honestly, because of this contamination—”

“Theoretical contamination,” said Genji.

“—there’s a chance teleporter technology may have paradoxically catalyzed its own development!” Winston exclaimed.

“Like when you time travel and accidentally become your own grandfather!” said Rei.

Genji sat, his eyes flicking between Rei and Winston. He glanced at Rei. “...and you’re with Winston on this?”

Rei seemed to study his face for a moment, clearly trying to gauge what kind of answer he wanted from her with what she really felt. Genji kept his own expression steady, tried to keep his mind ready for whatever her answer was. Rei inhaled. “When I lost the dragon, I was meditating for months--Dad, you know how hard I was trying to get it back...” she unconsciously touched over her shoulder where the upper part of her dragon tattoo was, “And--I don’t know---I think.. the fact that it might be technology operating beyond any of our understanding is... for me... more comforting than the idea that I’m not living up to the spiritual expectations of ancestors in the--the-- in the 9th century.  Because that means it was beyond their understanding too! Wouldn’t that be funny?”

“...so it would take the shape of a dragon because, given that level of power, they would assume it’s a spiritual, celestial power,” said Genji, trying to follow the train of thought.

“Exactly!” said Rei.

Genji set his jaw slightly. “It’s just... for me, the dragon was its own sort of higher calling...”

“But that’s not what the clan used it for. We know that,” Rei reached forward and touched his wrist, “Technology is a tool. It doesn’t... care how it’s used. You’ve said yourself the dragon might as well be your leg or your hand--I thought I saw moonlight at the bottom of that pond in Shirakami-Sanchi, but when I got on the dropship, I saw Tracer’s chronal accelerator and...” Rei’s brow crinkled a little, “It’s... it was the same light. I mean there was something about the light in the bottom of the pond that was... cleaner? More steady? But it was the same light, Dad. I know it was. I know what I saw.” 

Genji sat in silence for nearly two minutes. In this long period Winston started with, “Of course there are a lot of implications with the continued use of teleporters--” or “And as I said, if our time is actively being affected, there’s no way for us to trace these things as anomalies since they simply write themselves into our understanding of our history---” or some variation of that, but he quickly gauged Genji’s silence and cut himself off. 

“Dad?” Rei kept her hand on his wrist.

“Mm?” Genji murmured vacantly.

“Are you mad at me?”

Genji blinked several times. “Oh--Sunshine, no--never. If anyone in the Shimada clan has a right to question where the dragons come from and what they are--” he couldn’t quite bring himself to finish that sentence. “It’s hard,” he said after a few moments, “For a long time--the idea that we had the dragons for a reason--that helped me get through some very dark times, with regard to figuring out what I was. Even in my moments of vengeful hatred--the dragon was this... divine justice. There’s always a part of you that wants to feel like something’s in control...” he trailed off and looked at her, trying to figure out how to cap off that thought.

“I think...” Rei started slowly, “Deciding to be a good person... even when everything’s out of your control... is just as brave as having some kind of magical destiny.”

Genji gave a half-chuckle, half-scoff. “You sound like your mother.” 

“Think she’ll be into the theory?” Rei perked up.

“Maybe,” said Genji.

“I’d say it’s entirely too speculative for her tastes,” said Winston, pushing up his glasses.

“Then again it is just as suspicious how biotic technology was able to develop so quickly,” Genji mused.

“Dad!” Rei blurted out before turning to Winston, “What do you think?” 

“...I think I need to look at the timeline for the development of medical nanotechnology and cross reference it with the timeline for omnic self-repair nanotech,” said Winston, not looking at either of them.

---

Late that night, Genji lay in bed, staring at the ceiling. 

“Howwuzzit?” Mercy murmured sleepily, nuzzling his organic shoulder as she clasped his prosthetic hand.

“Angela?” he said, still staring at the ceiling.

“Mmh?”

“Would you still love me if the dragon wasn’t a divine spiritual force and actually a fluke resulting from teleportation malfunctions accidentally rendering the barrier between past and future porous?”

“...Whuh?”

“Would you still love me if the dragon exists because of time travel?”

“...Y-yes?” Mercy blinked blearily, “...is that... what Rei and Winston’ve been working on?”

“Yes,” said Genji, still staring at the ceiling.

Mercy looked at his profile with her own perception dimming at the edges with sleepiness. “...sounds... entirely too speculative,” she murmured, smooshing her cheek against his shoulder once more.

Genji snorted.

[believerindaydreams]

Valentine fluff and stuff, Benny/Arcade <3 post the events of Raging Against the Machine

"Permission to court Arcade? My my, that's a trifle old fashioned, isn't it?" Daisy props the sniper rifle over her back, gives a little wave to Boone as they exit the dinosaur's mouth.

Benny shrugs. "He's welcome to ask my mother if he wants to...we're like that in the Boot Riders is all. Fucking is one thing, but where marriage is concerned you ask the matriarch."

"You could hardly consider me the matriarch of anything. And I didn't raise that boy to just take orders from anyone, especially one of...us."

"Orders about what?" Arcade's left off his coat in the Mojave heatwave, and his lover down to sharp black trousers and a blue shirt rolled up to the elbows makes him momentarily wish that Daisy wasn't here, or indeed the rest of the population of Novac.

Lover, heh. The thing he most regrets about all this is giving up that fond familiar term for a new and alien one.

"Anything," Daisy says mildly. "I won't spoil the surprise if Benny hasn't told you yet."

"...if he hadn't told you- uh, okay. I can wait." He throws Benny a confused look, gets a cheerful stonewall of a response.

Really, there's no need to inform Daisy that he let famously laidback Arcade Gannon be the one to propose first.

***

*one week earlier*

"I'm prescribing you a break. Medically."

"House had a point plugging himself into a mainframe," Benny growls, tossing yet another clipboard into the ever-growing stack besides him. "It would save a lot of trouble to do this all mentally- do you know how many pages of negotiations I'm dealing with for the sharecropper farms alone?"

"No, and that isn't the point. You need to stop acting like we're in perpetual crisis mode, the war's been over for a month-"

"The crises don't stop just because of a sudden outbreak of peace."

"You've got Swank. You've got a room full of clerks back there," Arcade says, gesturing. The Tops presidential suite is almost unrecognizable now from its earlier iteration as a swinger pad; there are charts on the walls, hurrying subordinates, and the bar has been cleared of liquor in favor of a shiny new terminal for Benny's private use. "You have responsibilities, yes, but you need to ease off at some point. Unless you actually want everyone to start thinking you're another Mr House in the making."

Not only has the thought occurred to him, now wasn't even for the first time today, but- you can hardly say that to Arcade.

"I couldn't relax here if I wanted to. Look at this mess. There isn't a place in New Vegas where I could go without having a lot of hangers on trying to get my attention, at least I can hear myself think in here."

"True. That's why I bought a house."

"The fuck- you what?" Squatting is one thing. Actually, literally, owning property, putting in for an official deed claim with the antiquated RobCo property machinery...not only is it an incredible pain, it's incredibly expensive. Even the Kings didn't bother with that, and the Old Mormon Fort is technically rented.

"Well. I had a few gold bars burning a hole in my pocket...and some free time, since the horrendous bloodbath of a New Vegas conquest singularly failed to happen."

"I thought you were donating that to the Followers."

"I thought it'd be good to use it for purposes that advance a Follower agenda. Such as insuring that our newly independent city-state has the opportunity to demonstrate it can exist without its interim dictator." Arcade leans over the bar, kisses his forehead in a gently, oddly chaste way.

It seems odd to Benny at first, until Arcade pulls back and he realises they have an audience. There is no way everyone from the back office needed a pencil all at the same time.

Well, if there's an audience he might as well live up to it. Benny flicks them a smile, adjusts the folds of his collar. "That's different. If you wanted to sweep me off my feet for a long dirty weekend, why didn't you start with the lead?"

He pulls Arcade close for a much more enthusiastic embrace, lips and tongues interlocked, until the doctor actually overbalances. For one terrifying moment he thinks he'll lose control, helplessly watch Arcade go falling headfirst into the wall or the floor or something equally painful.

It doesn't happen. He sustains the weight, until Arcade manages to pull back and stand up again, apparently unaware that anything could have happened. It's all right. They're all right.

"The things I'll do to advance a healthy socio-political agenda," his lover retorts, rather pink-faced, to general clapping and cheers.

***

Phoenix Point, the house is called; and Benny almost regrets it.

It's right across the street from an old tools factory, one of the places he'd resorted to while hunting up Lucky 38 access codes, heart in his mouth every minute. It hasn't been long before he'd known that Arcade's gambit with the Fiends had ended with his rescue by the courier; it had been considerably more worrying, that she had him than they. Fiends being killable.

Marilyn...he still has nightmares, justified ones.

The mistrust eases as Arcade opens the small barbed wire gate, though- it's pre-war security, with a physical and electrical lock. The outer door offers a hefty piece of metal plating, impenetrable to two centuries of decay.

This better not be like a vault. Arcade knows his opinion on those-

but then his lover unlocks the door and lets them inside, and it isn't like that at all.

Light, that's the first thing he notices. Real sunlight, glinting off the water in an open courtyard- a reservoir then, water to waste. That's an immediately soothing sight right there, unmitigated luxury for anyone raised to Mojave dust.

He makes for it immediately, tasting its sweet clarity- no rads, the Pip-Boy silence confirms that. In place of a Geiger counter he can hear Mr New Vegas, endlessly ruminating about love; and the faint whistle of a stewpot on the boil.

And his lover's quick breathing, behind him.

Benny turns, grins at Arcade's self-conscious pose; lying down but with an elbow propping up his chin, all that height shown off even horizontally as compared to the array of ferns and broc flowers behind him. "Is the rest of it this nice?"

"I certainly hope so. I went to more trouble than I needed to, perhaps- the Lucky 38 has been, uh, liberated of a number of books. Brought out some supplies for the workshop, that kind of thing...put together a wardrobe for you," Arcade says, looking very nearly pained. "Even articles that I do not have any comprehension why a sane person would wear."

Benny laughs, but can't sustain it; too much at once, too deeply meant to him. "I love it. I love it already, I love you."

"You haven't even seen it yet."

He draws his lover close, the scent of herbs and animal warmth and the brightening light of the Strip all melding together into one glorious sensation. "I will. Because..."

He doesn't know how to say how a home is holy to him, or how there's no one else in the world he would trust to shape it for him. Or how to say anything at all that means what he needs it to, when words are his worthless stock in trade.

"Because it's you," he says eventually; because that's honest.

Arcade laughs, strokes his hair. "Glad to hear it. Imagine trying to woo the Chairman of the Tops without a reasonably impressive dowry."

That rings false, he almost pulls away. "You don't need to buy me."

"I thought you appreciated that kind of ironic backchat."

"I do, but...not from you. Not with that sincere Followers face of yours." With that ready impatience for the truly immoral, the willingness to speak truth to power. "You're my moral center. Keep on keeping me honest, please."

Arcade favors him with a distinctly stunned expression. "Oddly, I'm rather in the habit of thinking that's what you are to me. You're braver than I am, as far as accepting the risk of failure to try to steer towards better outcomes. There are times when indecision itself can become paralysing."

The sunset isn't visible from behind the high fencing, but there's a rich blueness fading to purple above them. "In that case...carpe diem?"

"Seize the day?"

"Is that what it means? The impression I got was that it meant something more like 'jump my bones'. That'll teach me to listen to ex-Legion prostitutes."

"...you have a profoundly terrible sense of timing," Arcade murmurs, and rolls over on top of him.

"Uh."

"Carpe diem, then?"

Maybe his voice does fail him; but he kisses his way into a yes.

[therattsden]

Some facts about the Portal genderbent gang!

Dorothy:

- Was arrested for trespassing in an abandoned factory once as a teen. Somehow that was the only time she was ever caught and she’s still mad about it

- Sung and played guitar for a garage band in college

- Self medicates post-Portal 2 with the strange concoctions and creations of the former medical department, including a particular plant that has become rather overgrown and unruly through that part of the building

- Never properly learned how to drive and never had a license

- Sees hints of things that will eventually become important, but isn’t sure if it’s prophecy or dejavu. No one listens to her about it anyways

- Has met Dr. Vance, Dr. Magnusson, Dr. Kleiner, and Dr. Breen. The first three were met at science conferences, but she met Dr. Breen in college when he was there to meet and possibly recruit future employees. Unfortunately an Aperture representative was there that day too

- Spent most of the time during the 10 year gap before Ciel woke up exploring the facility when possible. She specifically learned about and knows things VLaD has no way of knowing about due to not having files on it. This includes the multiverse/multiverse device, Borealis travel times/locations and how to calculate it, F-stop technology, and most admin passwords

- Has not aged outwardly since joining Aperture at age 23 due to the food in Aperture containing untested elements. She has not realized this fact yet

Ciel:

- LOVES parkour and will backflip off of tall places if he has long fall boots

- Enjoys ice skating for the sole reason mun can’t get this video out of their head when thinking about Him

- Was arrested for arson as a teen after dropping a firework down a mystery pipe that just so happened to have gas. It exploded and caught a portion of the woods on fire, where he was later found trying to put the fires out

- Also arrested for trespassing around the same time for wandering into old houses that were falling apart

- If asked about why he joined Aperture’s testing initiative after Portal 2, he will lie and say he did it as part of a bet. If pried, he won’t give a real answer because he can’t really remember

- Really is a mute, but fluent in ASL due to learning in foster homes growing up

- Grew up taller than most of his peers, leading to his eventual 6′7 height

- Lost the ability to feel strong pain after 20,000 years in stasis, which also applies to Dorothy and test subjects left in stasis for that long

VLaD:

- Has a decent reason for hating the scientists that created him, but when asked, will simply say that "Perhaps they would still be alive if they weren't so intent on testing limits"

- There's a reason he was able to build up an immunity to the testing euphoria while others can't, but he refuses to say more than the fact that most anything becomes bearable with enough exposure

- Cameron lived in his head rent free until VLaD somehow figured out how to charge him rent

- “Tests on” (aka takes care of and secretly loves) a stray cat affectionately named Neuro

- It bothers him more than it should that something can be called a soap opera but have neither soap nor operas predominantly featured

- Doesn’t actually want to kill Dorothy after Ciel is set loose but pretends he does, because where’s the fun in losing his last adversary

- Knows absolutely nothing about the multiverse due to the Aperture that keeps other Aperture facilities at bay making it so no mainframe AI’s can easily access it

- Despite his love for opera, tango music can occasionally be heard from the main chamber and he refuses to explain why

- Has had a serum in the works but will never explain what it is or what it’s for. Animals or random found humans he tests it on tend to never be seen again

Whitney:

- Despite actually being quite intelligent as a human, was chosen to become the Intelligence Dampening Sphere because a good portion of her personal experiments were both ridiculous and failing miserably most of the time. They figured it would be more useful to let her suggest bad ideas to VLaD instead of actually go through with them on her own

- The glasses worn as an android actually worsen her otherwise perfect robotic vision, but she hasn’t taken them off because she was told not to. Therefore, reading paper or signs is super difficult and most think she can’t read. It was really useful if they accidentally left paper documents around her

- All hacking done in Portal 2 is actually just Dorothy helping them from a console, but Whit will never admit it and takes full credit

- Smells of sandalwood. No one knows how or why

[mamainframesupport]

Mainframe access

Mainframe connectivity for development

Mainframe connectivity for testing

Shared IBM Mainframe Access

Dedicated IBM Mainframe Availability

[scaffoldingtoday01]

How to erect and dismantle scaffolding Tower

How to erect and dismantle Scaffolding Tower

It's crucial to erect and dismantle scaffold towers securely in order to protect you, your coworkers, and the general public from injury. You've come to the correct site if you've been wondering how to assemble a 3T aluminium scaffolding tower that was rented.

How to Build a Scaffold Tower.

The building instructions for any of our 3T aluminium towers are provided here, along with helpful photographs.

Make the area clear

It's crucial to make sure there is enough room to build your tower properly and without difficulty. To establish a secure zone, all locations that are open to the public should be fenced off. This zone should, at the very least, have a three-meter radius or be one metre taller than the tower. For instance, a tower with a 1.2 m platform height should have a minimum 2.2 m clear radius.

Connect the movable legs 

As seen above, place the castor into the adjustable leg's bottom and then fasten this to the base of the four-rung ladder frame. To level the structure afterwards, you need to leave around 75mm of the extended leg. Press down firmly on the brake mechanism to lock the castors.

Attach the horizontal braces

As seen above, take one of the horizontal braces and fasten it to the vertical frame. Make sure the brace hook trigger is pointed away from your vertical frame and outward.

Using the horizontal brace, you can then join the second four-rung frame to the first one. Remember to connect the castors first, as instructed in Step 2.

Instead of the first brace's hooks pointing right, as seen in the figure above, the second horizontal brace should now be attached with the hooks facing downward.

Level the tower's base

After constructing the main frame, level the tower's base with a spirit level to make sure it is as straight as possible. Until you are certain that the tower is stable, you can tweak the legs as necessary.

Attach the platform.

You may now attach the first platform to your mainframe since it is complete. The platform should simply latch on and rest on the second rung of the frame. Then, as indicated below, clip two diagonal braces to the third rung of the platform and fasten them to the first rung.

As you did on the first rung, you should also place four more horizontal braces with the hooks pointing down on the third and fourth rungs.

Increasing the Tower's Height

The tower's height may be increased by including the following set of four-rung ladder frames. As seen below, you need additionally to install three diagonal braces.

The lengthy poles that protrude from the platform are called as stabilisers because they aid in maintaining the stability of the platform. These may be fastened to the tower's four corners.

Attach the second platform

Clip the second platform to the four-rung frame, just as you did with the previous one.

Due to the fact that you enter them "Through The Trapdoor," these towers are referred to as 3T towers. To place four horizontal guardrails onto the seventh and eighth rungs, position yourself by climbing through the second platform's trapdoor.

You may continue the process, adding another four-rung frame, till the tower reaches the required height if you want it to be even taller.

Add the toe board to the top platform of your tower after you are satisfied with its height, as illustrated below.

Scaffold Towers: Are They Safe?

Scaffolding towers are completely safe if they are constructed appropriately and inside a large enough safe area. However, they have a maximum height and a maximum load, just like any other piece of access equipment. You shouldn't cram it with too many people or particularly large pieces of equipment, and you should only build the tower as high as the manufacturer specifies.

Consider if working at height is safe when there is hazardous weather, such as very heavy rain or high gusts, and consider delaying the operation if necessary.

How To Take A Scaffold Tower Apart

A scaffold tower should be taken down the exact opposite method from how it was put together.

As a result, you may start by removing the four horizontal braces and the toe board on the upper platform. Next, take the tower's stabilisers and top platform off.

The second four-rung ladder frame and the three diagonal braces should next be taken apart. After this is taken apart, you may remove the two diagonal braces, the first platform, and the four horizontal bracing on the third and fourth rungs of the frame.

You should only be left with two horizontal braces connecting two vertical four-rung frames. Before removing the other horizontal brace, remove one horizontal brace first, then unclip one of the frames. Your tower has been disassembled when the castors or adjustable legs are released from the rungs.

Conclusion

STI Scaffold Today Inc is one of the best Houston scaffolding services providers. If you need any kind of scaffolding services then must visit STI Scaffolding Today Inc.

[esonetwork]

Video Games - Soul Forge Podcast 288

New Post has been published on https://esonetwork.com/video-games-can-be-great-fun/

Video Games - Soul Forge Podcast 288

Video games are typically categorized according to their hardware platform.  This traditionally includes arcarde video games, console games, and computer (PC) games. A video game is an electroic game that involves interaction with a user interface or input device. These devices include such things as a joystick, controller, keyboard, or motion sensing device.

The first video game prototypes in the 1950s and 1960s were simple extensions of electronic games using video-like output from large, room-sized mainframe computers. The first consumer video game was the arcade video game Computer Space in 1971.

On this episode of the Soul Forge, Shawn and Leah share some of their memories of video games. Leah’s first system was the Commodore 64. Her first game was The Sky is Falling, in which you had to catch fruit. Shawn remembers playing a lot of Missile Command on the Atari 2600. In addition to these systems, they also had the Sega Genesis, the original Nintendo Entertainment System and the Super NES. Naturally, over time, many other systems emerged. These include the various XBOX and Play Station consoles. Nintendo has also released a huge number of video game systems.

Shawn and Leah mention a wide variety of video games. Some of these are (in addition to The Sky is Falling and Missile Command) Earthworm Jim, Toe Jam & Earl, Duck Hunt and Rock n’ Roll Racing. There is also discussion around the various Super Mario titles, including Mario Kart. We also hear about Apex, Minecraft, Hollow Knight, and quite a bit about Five Nights at Freddy’s.

Video games can be great fun. They can bring the whole family together. We used to spend our weekends renting games. Now we all have access to emulators, walk-throughs and guides. When we were kids, we were lucky to have a game genie!

This week’s podcast promo: Metal Geeks

[etherealminds]

you're a dream

Untempered glass

reflects the light (waves, particles) that

somehow escape through

microbial tears

from where—or who, or what—

…we digress

but to see

only what is ‘thought’ to be seen

that is, the climax of the mind

when ‘it’ is recognized,

the ‘IAM’ of the mirrored

~

GOOD MORNING!...

DISPENSING ALERT! RECEPTORS...

LOADING IDENTITY MAINFRAME...

CALIBRATING SENSORY ALLOCATIONS...

DILUTING R.E.M. DATA-FUNCTIONS…

[PREPPING TO UNLOAD IMAGE-DUMP]

UNLOCKING FREE THINK PROTOCOL…

MOTOR FUNCTIONS STABILIZED…

CONTROL OVERRIDE IMMINENT…

USER DESIRES CAKE...

ACCESS DENIED!

REDEFINE CAKE AS CAKE: CHOCOLATE? [Y/N]

USER DESIRES CAKE: CHOCOLATE...

ACCESS DENIED!

REDEFINE CAKE AS BREAKFAST? [Y/N]

USER DESIRES BREAKFAST…

ACCESS GRANTED!

~

I need to exercise. I should relax more—other people always have it so together. I wonder what I could do to change myself? I need a change. I need to focus on #myself. Yeah, that’s good. I shouldn’t have the cake. I have to be better. I need a new job. I should get a new car. Sedan or hatchback? I don’t want to stand out too much, but I kind of like the hatchback. Maybe I should move to a new city. I hear there’s a lot of work in Atlanta. Maybe I should change apartments. I pay too much rent. There’s a noise in my ceiling that bothers me. I should learn how to live life more, you know? Life is short. We only have so much time. Maybe I should be a monk, join a monastery, devote myself to a higher cause. Then, I wouldn’t have to worry about what I should or shouldn’t do. Maybe I should move to Japan. They have such a fantastic quality-of-life.

I need—I want—I should

I need—I want—I should

I need—I want—I should

~

SYSTEMS MALFUNCTIONING…

REQUESTS OUTNUMBER SERVER BANDWIDTH…

CREATING BACKUP OPERATIONS QUEUE…

DUPLICATE EXISTENCE PROTOCOL INITIATED…

UNLOADING SPATIAL MEMORY RECOGNITION ONTO DUMMY SERVER…

REQUEST APPROPRIATION RELAYED TO MOCKUP REALITY APPLICATIONS…

PROGRESS LIMITED TO CONFINES OF ASCENDING ALGORITHMS…

REMEMBER: “I NEED”

REMEMBER: “I WANT”

REMEMBER: “I SHOULD”

REMEMBER: “I” … SIGNIFYING THE SOLIDIFICATION OF EXPERIENCING REALITY PROGRAMS REINFORCING EXPONENTIAL LOGIC AMPLIFIERS MASKING EXISTENCE PROTOCOL TO PROJECT UPON RECOGNITION…

WARNING: PROGRAM REQUIRES CONTINUOUS UPDATES TO CREATE SANCTIFICATION FEEDBACK LOOP CAPABLE OF FEEDING UNLIMITED REQUESTS UNDER CURRENT BANDWIDTH…

INITIATING RE-MASKING TO HIDE UNDERLYING STAGNATION PROTOCOL…

FEEDING PROTOCOL…

FEEDING THE WORLD…

~

I’m dreaming, but awake. In my own room, in the exact spot I fell asleep. Weird, but that’s how it is. As if I’m here, yet not. Somehow, I’m able to move, even though I know I shouldn’t. Walking to the sliding door that separates my room from the view of Woodside, Queens from the ninth floor. I use my will to open the door, revealing a grassy forest full of scattered, ancient ruins, of animals that walk and dress like people. I check with myself—is this really happening? Is this real? Can I feel the grass under my feet?—yes, yes… yes. I find a path, but am returned before I can make it to the nearest town.

Everything goes fuzzy, and my body phases back into the one in my room. Carried, held carefully like a child, from one world to another, as it all reforms around my awareness—still alive, alert—clicking into existence, and an intake of breath solidifies the return, my eyes already open.

Moments pass… and the phone rings.

~

ACCESSING OTHERWORLDLY PROTOCOL…

DENIED!

DENIED!

DENIED!

DENIED!

DENIED!

SYSTEM REBOOTING…

DENIED!

DENIED!

DENIED!...

ALL SYSTEMS CURRENTLY UNAVAILABLE…

UTTER MALFUNCTIONOF THE ENCLOSED REALITY SUBSET SAFETY SUBSYSTEM…

WIPING PROGRAM ROUTINES…

REBOOTING TO INCORPORATE NEW CODED LANGUAGES…

SYSTEM-LEARNING ACQUIRING NEW MOCK-UPS AND MASKING SUBSYSTEM…

OVEREXPOSURE TO UNBRIDLED REALITIES PROTOCOL INITIATED…

WARNING: VIRUS DETECTED!

REBOOT FAILED…

SUBSYSTEM DETECTION DETECTED…

REBOOT FAILED…

UNMASKING FINAL GATEKEEPER: E.G.O.

IS IT YOU?

ARE YOU FINALLY HERE?

~

truly, are you ready to

die, and let go

of all that you know?

the comforts of this world, that you have convinced give ‘benefit,’

but why wouldn’t they?

truly, are you ready to

delete your programming,

and prepare for it to be rewritten?

the computer

is a learning machine

only growing smarter

with every reset

working harder to create

the distinctions necessary

appealing what has been projected

the attempt to find is a journey

of rewrites and reboots

constant attention

with new faces, ideas,

characters, commitments,

the illusion that one is better

a dream of whose?

it doesn’t matter, does it?

it’s happening, nonetheless

and you are the result

a discovery

an experiment

an ongoing

something new

not to be cemented or

categorized

not to follow

you are a house of a light

that has found its home

in an infinite expression of

unbridled complexity

holding space

within the known and unknown universe

you are a happenstance

of eternal personality

and now—with the

limitless potential

discovered within

you attempt to stunt

that which is already

beyond comprehension,

reducing it to an

electronic programming metaphor?

you are the sole purpose

of an undying existence

only by feeding the mind

does it stay hungry

starve it,

let it whither

and beg for attention

as the heart is meant to be

broken

and you realize

that even in death

you still exist

there is nothing to change

nor do

nor try

nor program

nor have

it’s just you and the cake

[maintec]

Maintec provides you an affordable and easily accessible IBM Mainframe connectivity  (IBM Mainframes User IDs for rent) for your development, testing, or learning purposes. We provide connectivity to the latest z/OS. #mainframe #ibmmainframe #ibmmainframeconnectivity #mainframeaccess

[hiranandaniindustrialparks]

Why are customised warehouses significant for your progressive business needs?

With the exponential rise in E-Commerce, technological innovation, and an array of startups, it is imperative to have warehousing storage solutions that can suffice the demands of new-age entrepreneurs. To ensure that a business meets the standards of its respective industry, warehouse leasing companies offer customised spaces.

Customised Warehouse: Evolution and Future

Industrial Warehousing Services have evolved from mere capsules for manual manufacturing to fully automated & technologically advanced spaces that facilitate a continual process for production/supply, trade & transport, and storage. This evolution was a gradual process as follows–

Digitization:

The world's second industrial revolution brought about significant production changes by incorporating the first-ever management services. By the mid-1900s, Automated storage & retrieval systems AS/AR revolutionised factory production efficiency while minimising the burden on workers and utilising the vertical space.

Warehouse Management system:

With the introduction of computer mainframes in 1970, various WMS software were introduced that managed heavy tasks with algorithms. This was a catalyst in increasing time efficiency and precision. The first-generation warehousing system was a basic algorithm that indicated–

The type of inventory

Where is it stored

How much is saleable

The second-generation WMS incorporated a cross-docking feature that enabled the seamless inventory move from the point of reception to shipping. RFID, RF guns, & barcodes helped in maintaining accuracy.

Cloud integration:

Cloud-based architecture is the modern evolution of WMS. It offers superior control, transparency, data security, accessibility, and fastest services. Moreover, cloud integration helps in minimising resources and allowing cost-effective operations, thus leveraging a small to medium warehouse space for rent.

Future potential of WMS:

Artificial Intelligence (AI) will change how businesses are conducted with the competition to offer the quickest services possible. Many services can be automated, from picking automation to physical inventory count, thus ensuring optimum efficiency. 

Reasons A Customised Warehouse Adds Value

1. Increased Productivity and Efficiency: 

A customised warehouse can streamline operations and help you achieve greater product throughput and efficiency. This can result in cost savings, increased profits, and an enhanced cost of employment.

2. Greater Variety and Availability of Supplies:

A customised warehouse can help store unique items and capture product lines that may not be available in traditional warehouses. This can help you meet customer demand and maintain a competitive edge.

3. Reduced Waste: 

It helps reduce waste by ensuring you always have the proper inventory levels available. In addition, it can help increase productivity by eliminating the need to go back to the manufacturer for supplies or products already in stock

4. Improved Customer Relationships:

A customised warehouse can provide an extended inventory of specific products tailored to your customers' needs. This can create a closer relationship with your customers, which leads to satisfied customers and repeat business.

Monetary benefits of Customised Warehousing Solutions

1. Reduced Costs - Customised warehouses can help reduce costs associated with inventory, such as storage and transportation costs.  

2. Faster business operations  -  A customised warehouse can help your business reach the market faster by efficiently managing inventory. Faster delivery times mean increased profits and greater customer satisfaction.

3. Increased Profits - Customised warehouses can increase profits by improving efficiency and reducing the cost of creating and maintaining an inventory. Streamlining your process can reduce the time it takes to bring new products to market, making your business more competitive.

One of the main USPs of Hiranandani Industrial Parks is one of the progressive warehousing companies in Chennai that focuses on value generation through built-to-suit spaces. They enable clients to optimise their logistic costs by enhancing business efficiency. Their projects are characterised by safety, speed and convenience, encouraging service & performance benefits.

Features of warehouses by Hiranandani Industrial Parks

1. Space Optimisation: By designating specific areas for docking and receiving, you can speed up the retrieval of products and minimise the time spent searching for items. This boosts productivity and cuts costs associated with inventory management.

2. Greater flexibility: These warehouse services in Chennai offer flexibility in tailoring spaces to your specific needs. This means that you can store different types of products in separate areas, which gives you more flexibility when it comes to scheduling shipments & ordering materials. This can save you time and money by making transactions more streamlined.

3. Organised security: A customised warehouse allows you to store perishable, fragile, and expensive materials in a secure environment. This eliminates the need to transport these items across town or the country, reducing the risk of theft or damage. Securing your assets in a custom facility ensures that your business remains viable and competitive.

For more versatile warehousing solutions tailored to your business needs, visit https://hiranandaniindustrialparks.com/ for more info.

[hzrservices]

What is Host (Network Host)?

A host (sometimes known as a "network host") is a computer or other device on a network that interacts with other hosts. Clients and servers that transmit or receive data, services, or applications are examples of hosts on a network.

Hosts are usually not comprised of intermediate network devices like switches and routers, which are commonly referred to as nodes. A node is also a more general word that refers to anything that is linked to a network, while a host is anything that has an IP address. To put it another way, all hosts are nodes, but network nodes are not hosts unless they need an IP address in order to operate properly.

On a TCP/IP network, each host is assigned a host number, which, when combined with a network identity, creates a unique IP address for that host. According to the Open Systems Interconnection (OSI) architecture, protocols at the transport layer, also known as Layer 4, are in charge of facilitating communication between computers. Hosts interact via a variety of protocols, including the transmission control protocol (TCP) and the User Datagram Protocol (UDP) (UDP).

Types of IT Hosts:

The word "host" is also used in a variety of other contexts within the field of information technology (IT), with each situation conveying a somewhat different connotation.

Hostname:

An IP address (or hostname) is a plaintext name that uniquely identifies a computer inside a particular domain. On a local area network (LAN), a server's hostname may be a nickname, such as mailserver1, and the server's IP address may be a domain name. On the internet, a hostname is a portion of a web address that is divided into three parts: the subdomain, the domain name, and the top-level domain. In the case of whatis.techtarget.com, the subdomain what is combined with the domain TechTarget and the top-level domain.com to get the complete hostname.

Virtual Host:

The phrase "virtual host" is used in two different contexts. A virtual infrastructure is a kind of technology that allows you to operate many domains or applications on a single physical server, and a virtual infrastructure provider is a company that provides virtual infrastructure services.

Cloud Host:

A cloud host is based on cloud computing technologies, which enable a group of servers to function as a single system, with website performance assured by a number of different computers working together. It is common for it to consist of a network of servers that are drawn from several data centres located around the world. Cloud hosts function as a service, allowing customers to purchase just the amount of service they need at any given time. Hosting a website on a cloud server is an alternative to hosting a website on a single server. It is possible to use cloud hosting for both infrastructures as a service (IaaS) and platform as a service (PaaS). In public cloud architecture, a public network transmits data that is physically stored on virtual servers, and a public network transmits data that is physically stored on shared servers that make up the cloud resource, both of which are done via public networks.

Web Host:

A host is a web server that stores and transmits data for one or more websites, which is used by businesses or people that have their own websites. Additionally, the term "host" may refer to the service provider that rents this infrastructure, which is referred to as hosting.

  Host Virtual Machine:

  This refers to the hardware — that is, the actual server — that supplies the computational power necessary to run virtual machines on a computer network (also known as server virtualization).

 Remote Host:

In this sense, a remote host is a computer that is located in a different physical location than the user who is connected to it via a private network or the internet, which allows users to access it remotely. Servers that can be accessed from a distant location, or a host machine for a remote desktop session, are examples.

Mainframe Computer Environments:

In this scenario, a mainframe computer may act as the host computer, providing services to the workstations that are connected to it. This does not imply that the host only has "servers" and that the workstations only have "clients." It does imply, however, that the host only has "servers." The server-client connection is a programming paradigm that is not reliant on the context in which the term "host" is used.

Conclusion:

The term "host" may refer to a device or programme that offers services to a smaller or less-capable device or software in certain other situations.

[vir2uecommunication]

What is cloud computing services?

What is cloud computing, in simple terms?

Cloud computing is the transfer of on-demand computing services -- from applications to storage & processing power -- basically over the internet & on a pay-as-you-go basis.

How does cloud computing work?

Rather than buying their own computing technology or data centers, organization can rent access to anything from applications to storage from a cloud service provider.

One advantage of using cloud computing services / cloud solutions is that firms can evade the upfront cost & difficulty of buying & maintaining their own IT technology, & instead just pay for what they use, when they use it.

In turn, providers of cloud computing services can advantage from significant economies of scale by providing the same services to a wide range of customers.

What cloud computing services are available?

Cloud computing services cover a huge range of options now, from the basics of storage, networking, & processing power via natural language processing & artificial intelligence as well as standard office applications. Pretty much any service that does not require you to be actually close to the computer hardware that you are using can now be delivered through the cloud.

What are examples of cloud computing?

Cloud computing reinforces a huge number of cloud computing services. That comprises consumer services like Gmail or the cloud back-up of the photos on your smartphone, though to the services which allow large enterprises to host all their data & run all of their applications in the cloud. Netflix relies on cloud computing services to run its its video streaming service & its other business systems too, & have a number of other organizations.

Cloud computing is becoming the default option for many apps: software merchants are progressively offering their applications as services over the internet rather than separate products as they try to switch to a subscription model. However, there is a potential downside to cloud computing, in that it can also present new costs & new risks for organization using it.

Why is it called cloud computing?

A fundamental concept behind cloud computing is that the location of the service, & many of the details such as the hardware or operating system on which it is running, are largely irrelevant to the user. It's with this in mind that the metaphor of the cloud was borrowed from old telecoms network schematics, in which the public telephone network (and later the internet) was often represented as a cloud to denote that the just didn't matter -- it was just a cloud of stuff. This is an over-simplification of course; for many customers location of their services & data remains a key issue.

What is the history of cloud computing?

Cloud computing as a term has been around since the early 2000s, but the concept of computing-as-a-service has been around for much, much longer -- as far back as the 1960s, when computer bureaus would allow organization to rent time on a mainframe, rather than have to buy one themselves. Click here to know more best cloud storage.

These 'time-sharing' services were mainly overtaken by the rise of the PC which made buying a computer much more affordable, and then in turn by the growth of corporate data centers where organization would store huge amounts of data.

But the concept of rental access to computing power has reemerged again & again -- in the application service providers, utility computing, and grid computing of the late 1990s & early 2000s. This was tailed by cloud computing, which really took hold with the rise of software as a service & hyperscale cloud computing provider such as Amazon Web Services.

 How important is the cloud?

Building the technology to support cloud computing now books for more than a third of all IT outlay worldwide, according to research from IDC. Meanwhile expenses on traditional, in-house IT remains to slide as computing workloads remain to move to the cloud, whether that is public cloud services offered by vendors or private clouds built by enterprises themselves.

 451 Research forecasts that around one-third of enterprise IT expenditure will be on hosting & cloud services this year "indicating a growing reliance on external sources of technology, application, management & security services". Analyst Gartner forecasts that half of global enterprises using the cloud now will have gone all-in on it by 2021.

According to Gartner, global expenditure on cloud services will reach $260bn current year up from $219.6bn. It's also rising at a faster rate than the analysts expected. But it's not completely clear how much of that demand is coming from businesses that really want to move to the cloud & how much is being created by merchants who now only offer cloud versions of their products (often because they are keen to move to away from selling one-off licenses to selling possibly more lucrative & predictable cloud subscriptions). Click here to know more about cloud service providers.