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5 REASONS WEB DESIGN MATTERS FOR YOUR BUSINESS
Picture the scene…
You’re a cake fanatic and your fellow pastry pals have been ranting and raving so much about the new muffins taking your town by storm that you’ve begged them for the bakery address.
But you’re surprised when you find this supposedly excellent edibles emporium – the sign outside looks like it’s been scrawled by a five year old and the window is so dusty that you can’t see what’s on offer inside.
Things get worse when you walk in. It’s not just that the shelves are bare, but also the downright weird response you receive when you enquire about the muffins. You’re bewildered when the bored looking customer service rep assures you they’re in the back, but insists that you try the carrot cake, cinnamon swirl or cream puff first.
Exasperated, you make your way to the exit, muttering menacingly under your breath. If you had a brick to hand, you’d hurl it through their window in disgust – and to hell with the consequences.
This is exactly how customers feel when they have the misfortune of browsing a badly-designed website.
So if you don’t want to turn off the people that help pay your bills, pay close attention to these five reasons web design matters to your business.
1. WEB DESIGN MATTERS BECAUSE IT CREATES A FANTASTIC FIRST IMPRESSION
Potential customers form a first impression of your website fast – in just 50 milliseconds according to the Journal of Behaviour & Information Technology.
So if your site looks weird, wonky or outdated, it’ll create an instant poor impression of your business and they’ll switch to the site of a more polished competitor quick-smart as your bounce rates rocket through the roof.
At this crucial stage, you should be concerned with choosing a simple yet attractive design that works well on all devices and navigates customers towards their most pertinent solutions with no detours. Here’s a couple of reasons web design should be direct but delightful:
Google research suggests simple website designs are regarded as more beautiful than ‘visually complex’ ones.
Mobile-friendly, responsive web design means customers accessing your site on the move will have the same smooth experience engaging with your business as anyone else, which makes them more likely to buy.
2. WEB DESIGN MATTERS BECAUSE IT BUILDS CUSTOMER TRUST
Website design is intimately connected with building customer trust – so say University of Melbourne boffins.
Qualities like visual aesthetics, fast loading times, clear navigation and information quality and relevancy all combine to produce the type of brilliant user experience (UX) that engages consumers, keeps them coming back for more and converts them into loyal paying customers.
There are several philosophies to choose from, but atomic web design can deliver a dynamic UX for customers and a flexible framework that makes future adaptations and improvements simple.
3. WEB DESIGN IMPROVES SEO
Without a doubt, website UX boosts your SEO – the same wonderful design elements that charm customers also please Google spiders as they’re crawling your site, which is a double-whammy you just can’t ignore.
Here are a few ways good web design delivers super SEO:
Intuitive and natural main navigation pleases SEO engines as well as guiding customers towards conversions.
A simple and logical URL structure with a limited number of page levels means less redirects and instant gratification for customers – Google loves this.
Because of Google’s mobile-first indexing, a mobile-friendly website design is absolutely essential for securing a high SERP ranking.
Swift page speed doesn’t just please customers – it’s a major ranking factor for Google’s algorithm.
4. WEB DESIGN CEMENTS BRAND CONSISTENCY
Developing your company into a brand involves listening to customers, considering your creation story, deciding your mission and defining your values – perhaps using an established framework like the 12 brand archetypes to provide focus.
And branding consistency is consolidated and cemented in your website – because it’s the primary portal for many customer experiences, everything from fonts to logos and colours to copywriting tone of voice should reinforce your brand ethos and personality.
And professional branding doesn’t stop at words, images and visual elements – it’s reflected and supported by UX too. So if you’re a brand that trades on simplicity and fairness, be sure that your site navigation is crystal clear and every element of your site is accessible and inclusive.
5. WEB DESIGN IMPROVES CONVERSION RATES
If you’re a commercial entity, all of your online efforts are ultimately aimed at making money, boosting profitability and perhaps even scaling your operations.
And the good news is that deft web design goes hand in hand with CRO (Conversion Rate Optimisation), so it’s possible to create a website that’s breath takingly beautiful and perfectly practical.
A website that’s focused on conversions might consider the following:
Using heatmapping to analyse which areas of website pages are primed to persuade customers and which are ignored.
Implementing conversion funnels to define and hone user journeys towards a purchase.
Crafting clever and clickable microcopy for areas like CTA (Call To Action) buttons.
Content templates that ensure written, visual and video content marketing resources are always placed perfectly and published in their most attractive and persuasive formats.
FINAL THOUGHTS ON WHY WEB DESIGN MATTERS FOR YOUR BUSINESS
To summarise, we’ve chatted about the following reasons why web design matters for your business:
It creates a good first impression.
It builds customer trust.
It improves SEO.
It cements brand consistency.
It improves conversion rates.
WANT A WEBSITE DESIGNED FOR SUCCESS? CONTACT Web Designing Aurora, CO .
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New Post has been published on https://toldnews.com/business/i-stole-30000-from-my-mum-to-make-millions/
'I stole £30,000 from my mum to make millions'
Image copyright Andrew Fosker/PinPep
Image caption Andrew says that despite making millions he remains ambitious
The BBC’s weekly The Boss series profiles different business leaders from around the world. This week we speak to serial technology entrepreneur Andrew Michael.
When Andrew Michael was 17 he gambled on changing his life by spending £30,000 on his mother’s credit card without her knowledge.
A self-confessed “computer boffin” who back in 1997 was living at home with his mum in Cheltenham, in the west of England, he spotted a business opportunity.
Wanting to set up his own website with a school friend, he realised that very few of the existing web-hosting companies were aimed at small businesses or members of the public.
“All of the web-hosting companies in the UK at the time were pitched at much bigger companies,” says Andrew, now 39. “But we saw that small businesses and individuals wanted something self-service and easy to use.”
Image copyright Andrew Michael
Image caption The success of Andrew’s first business made him very rich
So he and his friend decided to fill the gap in the market, and set up their own web-hosting company called Fasthosts.
“We had the computers we needed in my bedroom at Mum’s house, and we had created the software ourselves,” says Andrew.
“But what we really needed was a high-speed internet connection, which in those days involved digging up the road. It cost about 30 grand, but we had no money.”
Thinking he had no other option, Andrew swiped his mother’s credit card and ordered the internet upgrade. “We kind of blagged it over the phone,” he says.
Also booking some magazine adverts – and explaining away the big new computer modem – the gamble was that the business would earn enough in its first month to pay off the credit card bill when it arrived.
Amazingly it worked. “By the end of the month we had enough clients and money to pay for the internet line and the advertising,” says Andrew.
And just as importantly, his mother forgave him for the subterfuge.
Image copyright Andrew Fosker/PinPep
Image caption Andrew runs his latest business, Bark, with co-founder Kai Feller
While his friend went off to university, Andrew cancelled his own plans for higher education to focus full-time on growing Fasthosts instead.
He ended up selling it nine years later for £61.5m. Aged only 26 at the time, his 75% share of the business meant that he pocketed £46m.
Two years later Andrew set up a cloud storage firm called Livedrive, which he subsequently sold for an undisclosed sum also believed to be tens of millions.
While both businesses proved successful, Andrew also made newspaper headlines for throwing lavish, no-expense spared parties.
His work Christmas parties at Fasthosts were reported to have included performances by the likes of girlbands Girls Aloud and Sugababes, plus rockers The Darkness, and chat show host Jonathan Ross as the compère.
And he admits that he once paid for US R&B singer Usher to perform at a girlfriend’s birthday party.
“I love a party, I love entertaining people,” he says. “And I don’t do things by halves.”
Image copyright Getty Images
Image caption Andrew spent a fortune flying US singer Usher to the UK to perform at a girlfriend’s party
Born in Cyprus but raised in Cheltenham, Andrew thinks he inherited his business drive and focus from his father.
“My father came over from Cyprus, and was very much a small business man,” he says.
���Like many Cypriots, he opened up fish and chip shops and cafés, and so some of my childhood was spent driving around those sites, collecting takings, and discussing business ideas.
“From a very young age I had a trading, money-making, get-up-and-go mentality.”
Looking back on how he expanded Fasthosts, he says that he was “laser focused”, and that “nothing else mattered”.
While the sale of the business in 2006 made him very rich, he says it also left him feeling unfulfilled.
“I remember being in the office when the money came into my bank account, and I thought it would make me really happy,” he says.
“But I actually had a sinking feeling, as I walked through the office and realised I’d sold it all, that it all came down to a number on a spreadsheet.”
Image copyright Andrew Michael
Image caption Andrew met many stars and idols in his 20s, including Sir Richard Branson
As a result, Andrew admits he “got bored and probably drank and ate too much” for a while. Keen to get back into business he launched Livedrive two years later.
Unfortunately the company initially struggled in a crowded marketplace.
“We found that lots of other people had had the same idea at the same time, so just advertising wasn’t working,” he says. “It was my first experience of potential failure, and I was worried I was going to be a one-hit wonder.”
And so it might have turned out, if it wasn’t for a night in the pub.
More The Boss features:
“I ended up becoming quite friendly with someone from [electronics retailer] Dixons, who I met on a night out with a mutual friend,” says Andrew. “We then started working with them.”
Dixons decided to help Livedrive to develop its product, and then to bundle it with laptops and tablets that it sold.
“It was a smash hit,” says Andrew. “And we went on to replicate the model with other retailers. Eventually the business became bigger than Fasthosts.”
Following the sale of Livedrive in 2014, Andrew’s latest business is Bark, a website that allows people to book local service professionals, everything from a plumber to a guitar teacher, dog walker or personal trainer.
Image copyright Bark
Image caption Bark allows people to hire everything from plumbers to guitar teachers
Independent technology analyst Chris Green says: “Fasthosts was a classic example of the bedroom computer innovation that the UK was so good at in the 80s and 90s.
“Not only was it an instant success for a 17-year-old Andrew Michael, but it also simplified the process of registering domain names and accessing web hosting for many.
“Meanwhile, Livedrive was unquestionably a pioneer in the personal and small business cloud storage and backup market.”
Looking ahead, Andrew says he still has plenty of ambition.
“I’m the sort of person that the more I have, the more I want. And even though my first two businesses did well, I don’t class myself as wildly successful.”
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OK, I'LL TELL YOU YOU ABOUT DISTINCTION
055427782 examples 0. Make yourself perfect and then just paint naturally. With OS X, Apple has come back from the dead in a way that is extremely rare in technology. I realized, is how does the comber-over not see how odd he looks? Essays should do the opposite.1 As you might expect, it winds all over the place. Those ideas are so rare that you can't change the question.2
If you're hard enough to overcome one's own misconceptions without having to think about it, because they were living in the future, I always have to struggle to come up with answers.3 I'm old enough to remember that era; the usual term for people with their own hands.4 Because to the extent of acting on it. If we've learned one thing from funding so many startups, it's that they succeed or fail based on the underlying machine instruction. It's a lot of people: that you could make a language that was ideal for writing a slow version 1, and yet make it seem conversational. If large organizations started to ask questions like that, they'd find some surprises. I've found, again by trial and error, that.5 Both customers and investors will be who else is investing? What happened next was that, some time in late 1958, Steve Russell, one of them the top one shockingly inefficient, and the language was usable.6 Macros in the Lisp sense are still, as far as I know, unique to Lisp. At least, that's how we'd describe it in present-day union leaders would have to be a big company.7 They were the kind of code analysis that would be of the slightest use to those producing it.
2, most managers deliberately ignore this. These are some of the time, and runtime. And someone with a real thirst for knowledge will be able to write, regardless of whatever obstacles are in the way Confucius or Socrates wanted people to be. On Demo Day each startup will only get harder, because change is accelerating. Brand is the residue left as the substantive differences between rich and poor. In fact, you don't need as many hackers, and b since you come into the new domain totally ignorant, you don't even know what the basic human reaction to a famous painting will be warped at first by its fame, there are more than fifteen words with probabilities of. But there is another class of problems which inherently have an unlimited capacity to soak up cycles: image rendering, cryptography, simulations. I mean show, not tell. Slashdot, for example, does not seem to have co-evolved with our interest in them; the face is the body's billboard. People's problems are similar enough that nearly all the code you write this way will be reusable. It's good to talk about how you plan to make money and to get attention, and a combined probability of.
Will we even be writing programs in an imaginary hundred-year language could, in principle, be designed today, and 2 such a language, if it existed, might be good to program in. One technique you can use any language that you're already familiar with and that has good libraries for whatever you need to write. But those you don't publish. Expressing the language in its own data structures turns out to be false. Companies sending spam often give you a way to improve filtering. Ideas One idea that I haven't tried yet is to filter based on word pairs would be in effect a Markov-chaining text generator running in reverse. Greg Mcadoo said one thing Sequoia looks for is the proxy for demand.8 Steve Russell said, look, why don't I program this eval. In a few days it will be more room for what would now be considered slow languages, meaning languages that don't yield very efficient code.
This is not one of those problems where there might not be an answer. This will become ever more clear as computers get faster. That was exactly what the world needs, but that there be few of them. Startups generally need to raise some amount of frustration is inevitable in certain kinds of work are underpaid. The other half, the younger half, will complain that this is the truth. Lisp functions as Lisp data, and such a notation was devised for the purposes of the paper with no thought that it would be a good writer, any more than you'd learn about sex in a class.9 Being good art is art that achieves its purpose particularly well. Jobs would speak for the entire 10 minutes. That is, no matter when you're talking, parallel computation seems to be as good as the famous artists they've seen in books, and the techniques I used may be applicable to ideas in general.10 Although your product may not be very appealing yet, if you're determined to spend a lot of it. So here's an attempt at a disagreement hierarchy: DH0.
There are a couple pieces of good news here. It's often mistakenly believed that medieval universities were mostly seminaries. Though the nature of future discoveries is hard to predict, I think it would be even harder than making the message look innocent.11 The reason there's a convention of being ingratiating in print is that most essays are written to persuade. But don't be too smug about this weakness of theirs, because you can only travel in one direction in time. And if you weren't. It's possible to buy expensive, handmade cars that cost hundreds of thousands of dollars. Don't put too many words on slides. I can't think of an answer, especially when they're projected onto a screen. For example, consider the following problem. If there's something we can do to decrease the number of nonspam and spam messages respectively.
But you should be able to deliver more software to users. The word essay comes from the controversial topic of wealth, no one would be able to design the core language today. Intelligent design is a legitimate scientific theory. Even if all you care about that and have thought about it.12 Raising money is not like applying to college, where you can throw together an unbelievably inefficient version 1 of a program should reflect only the problem it needs to solve. There continued to be bribes, as there still are everywhere, but politics had by then been left to men who were driven more by vanity than greed. So the acquirer is in fact the distinction we began with has a rather brutal converse: just as you can.
Now high school kids could write software or design web sites. Which means, strangely enough, that coming up with startup ideas is a question of fashion than technology, even he can probably get to an edge of programming e. When I was five I thought electricity was created by the middle class as people who are best at making things don't want to wait for Python to evolve the rest of their lives. A good trick for bypassing the schlep and to some extent its own justification?13 Don't you learn things at the best schools that you wouldn't learn at lesser places?14 Numbers stick in people's heads.15 Since speed doesn't matter in most of a program from the implementation details. I use the number of points on the curve decreases.
Notes
Whereas there is one way in which those considered more elegant consistently came out shorter perhaps after being macroexpanded or compiled. Incidentally, this thought experiment: suppose prep schools do, and not be able to.
It seemed better to embrace the fact that it sounds plausible, you create wealth with no environmental cost. They'd be interchangeable if markets stood still.
Give us 10 million and we'll tell you who they are so much the effect of this essay began by talking about why something isn't the last thing you tend to be about web-based alternative to Office may not be able to fool investors with such tricks will approach. Instead of making a good plan for the talk to corp dev people are magnified by the investors. These range from make-believe, is deliberately intended to be a lot of people who don't, you're going to work not just for her but for blacklists nearness is physical, and the reaction might be enough to defend their interests in political and legal disputes.
It derives from efforts by businesses to circumvent NWLB wage controls in order to pick the former, and mostly in less nerdy fields like finance and media. Compromising a server could cause such damage that ASPs that want to work in research departments. And if they don't want to. Ideas are one step upstream from economic power, so if you're good you'll have to get a poem published in The New Yorker.
The Roman commander specifically ordered that he transformed the field. I know of one, don't make wealth a zero-sum game.
But when you depend on Aristotle would be a sufficient condition. Norton, 2012.
The second biggest regret was caring so much that anyone wants. College English Departments Come From?
It seems justifiable to use those solutions.
In practice their usefulness is greatly enhanced by other Lisp dialects: Here's an example of a great hacker. What if a company just to steal the company they're buying. Turn the other hand, he tried to raise more money chasing the same as they get for free. Photo by Alex Lewin.
And no, you can do what you love. Some, like play in a reorganization. And while this is also to the way to tell them exactly what your GPA was. Since capital is no longer play that role, it often means the investment community will tend to be a quiet contentment.
I should add that we're not. 99,—and probably especially valuable. Many famous works of anthropology. But although for-profit prison companies and prison guard unions both spend a lot better.
And the reason this subject is so hard on Google. No one writing a dictionary from scratch. But increasingly what builders do is fund medical research labs; commercializing whatever new discoveries the boffins throw off is as straightforward as building a new business designed for scale.
For the price, any YC partner can estimate a market of one, don't make an effort to extract money from the rule of law per se but from which Renaissance civilization radiated.
They therefore think what they really need that much better that you can't help associating it with a cap.
The solution is to imagine that there is some kind of business you should probably be interrupted every fifteen minutes with little loss of personality for the others to act. From a company just to load a problem into your head.
#automatically generated text#Markov chains#Paul Graham#Python#Patrick Mooney#lot#theory#minutes#sites#image#language#dictionary#obstacles#attempt#sup#disputes#problems#code#program#Roman#managers#frustration#damage#knowledge#Lisp#prep#messages#Companies
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Мои твиты
Ср, 13:39: "From Your Mouth to Your Screen, Transcribing Takes the Next Step" by JOHN MARKOFF via NYT https://t.co/TwKjqzNC92 https://t.co/Nk98dZPJSW
Ср, 13:42: "From Your Mouth to Your Screen, Transcribing Takes the Next Step" Check out via NYT https://t.co/TwKjqzNC92 The New York Times
Ср, 14:16: Почему будущее доставки всё-таки может быть за дирижаблями https://t.co/FOdOV9khVR
Ср, 14:43: #81 'Be Ready to Fight Like Hell,' Say Internet Defenders as Court Upholds FCC Repeal of Net Neutrality via /r/tech… https://t.co/pdGh8Vis4b
Ср, 15:39: "The Online Ad World Is Murky. A Group of Companies Wants to Fix That." by STEVE LOHR via NYT… https://t.co/kCh3m8Vfss
Ср, 15:39: "How to Set Your Google Data to Self-Destruct" by BRIAN X. CHEN via NYT https://t.co/p4V3UpuIYj https://t.co/psiP9Dd8IW
Ср, 15:42: "The Online Ad World Is Murky. A Group of Companies Wants to Fix That." Check out via NYT https://t.co/dOejod6Svg The New York Times
Ср, 15:42: "How to Set Your Google Data to Self-Destruct" Check out via NYT https://t.co/p4V3UpuIYj The New York Times
Ср, 15:53: Город без пробок https://t.co/d633inAjIG
Ср, 16:10: Stacey on IoT Why I’m not sold on the Amazon-led Voice Interoperability Initiative: https://t.co/WZxzfaZwmt
Ср, 16:23: #81 Researchers successfully build a quantum processor that can sample an instance of a quantum circuit 1 million t… https://t.co/OXkeYQKH6I
Ср, 16:27: «Зловещий сорняк» в аккумуляторах: ученые НИТУ «МИСиС» опробовали борщевик в качестве электрода суперконденсатора https://t.co/PJa4ZKkV4t
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Ср, 18:18: #81 Zuckerberg vs. Warren: Leaked audio gives a taste of Facebook CEO’s real thoughts on tech regulation via /r/tec… https://t.co/K852301Hv2
Ср, 19:53: #81 Florida Boomer Caught on Video Cutting Brake Lines of Public E-Scooters via /r/technology --… https://t.co/tm3Ufz2WiD
Ср, 19:53: #81 Former Yahoo engineer admits using his access to steal users’ sexual images via /r/technology --… https://t.co/2PgEWUnI4j
Ср, 20:18: #81 Edward Snowden has been announced to speak live [via video] at Web Summit 2019 via /r/technology --… https://t.co/Lb70dZhtZe
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Ср, 20:18: #81 This won't end well. Microsoft's AI boffins unleash a bot that can generate fake comments for news articles via… https://t.co/i98Y0jk0bo
Ср, 20:18: #81 Microsoft's browser share falls to record low via /r/technology -- https://t.co/FqtjpqV65a… https://t.co/jFbJQOsFPM
Ср, 21:23: #81 Microsoft announces dual-screen Surface Neo, coming next holiday via /r/technology -- https://t.co/O5lJh2wZWw… https://t.co/OAmBpCg1h7
Ср, 22:18: #81 Microsoft announces new Surface phone that runs Android apps. via /r/technology -- https://t.co/ajlmLp6dZt… https://t.co/ourS4WLAeC
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Ср, 23:53: Ох уж этот метод Ньютона https://t.co/f4HsD4h0MQ
Чт, 01:28: #81 Elizabeth Warren says new tax would make lobbying more expensive for companies like Boeing and Comcast via /r/t… https://t.co/WvutVp5bym
Чт, 01:41: Первые три дня жизни поста на Хабре https://t.co/AREYlnquGE
Чт, 03:48: #81 College students who go off Facebook for a week consume less news and report being less depressed via /r/techno… https://t.co/qYXWRzpo3M
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Чт, 06:48: #81 AMD Ryzen Pro 3000 series desktop CPUs will offer full RAM encryption via /r/technology --… https://t.co/bY3v5qtxZt
Чт, 07:17: "Facebook Encryption Eyed in Fight Against Online Child Sex Abuse" Check out via NYT https://t.co/FumPgA8sMb The New York Times
Чт, 07:17: "Police Data and the Citizen App: Partners in Crime Coverage" Check out via NYT https://t.co/r1j740g8ky The New York Times
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DevOps & Site Reliability Engineering (SRE): The Future of Scalable Tech Careers

In today’s fast-paced digital world, businesses need more than just great software—they need scalable, reliable systems that can handle rapid growth and constant change. This is where DevOps and Site Reliability Engineering (SRE) come in. These two disciplines are shaping the future of modern infrastructure and are quickly becoming the backbone of scalable tech careers.
At Boffin Web Technology, we’re not just watching this transformation—we’re leading it.
Why DevOps & SRE Are the Future of Scalable Tech Careers
The tech industry is evolving, and with it, the demand for professionals who can bridge the gap between development and operations. DevOps and Site Reliability Engineering (SRE) are no longer just buzzwords; they are essential practices for building resilient, scalable systems.
DevOps focuses on collaboration, automation, continuous integration, and delivery.
SRE takes it a step further by applying software engineering principles to operations, focusing on system reliability, uptime, and performance.
Automate deployment pipelines to reduce human error.
Implement infrastructure as code to ensure consistency across environments.
Monitor systems proactively to prevent issues before they impact users.
Collaborate across departments to align development and operations goals.

Why Join the DevOps & SRE Movement?
High Demand: Companies worldwide are prioritizing DevOps and SRE as essential to digital success.
Growth Potential: These roles offer continuous learning, leadership opportunities, and excellent compensation.
Impact: You’ll directly influence product reliability, customer satisfaction, and business continuity.
At Boffin Web Technology, we support our team with training, mentorship, and a collaborative culture that puts innovation first. Whether you're just starting out or looking to level up, we offer a future-ready platform to grow your career in DevOps and SRE.
Final Thoughts
The future of tech is scalable, resilient, and automated—and DevOps & Site Reliability Engineering (SRE) are leading the way. If you're looking for a career that combines problem-solving, coding, infrastructure, and innovation, this is where your future begins.
At Boffin Web Technology, we’re building more than systems—we’re building the future of tech, one reliable deployment at a time.
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Web and Mobile App Development Company
With emerging technologies, the need to find the right Web and mobile app development company in India is crucial. Boffin Coders are considered top-notch when it comes to app development. Feel free to contact us now.
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Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://edsocme.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
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Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://edsocme.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
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Text
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://cloudcomputingoffers.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
0 notes
Text
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://khalednaser.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
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Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://cloudcomputingoffers.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
0 notes
Text
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://khalednaser.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
0 notes
Text
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
New Post has been published on http://naturalanxietyremediestips.com/quantum-computers-threaten-the-webs-security-we-must-take-action-now/
Quantum Computers Threaten the Web’s Security. We Must Take Action Now.
Inside the stark and sweeping Eero Saarinen-styled exterior of the Thomas J. Watson Research Center in Yorktown Heights, IBM’s blue jeans-wearing boffins are assembling a new generation of super-powered computers built on quantum mechanical principles. These otherworldly machines dangle from sturdy, metal frames, looking like golden chandeliers, or robotic beehives. The devices perform their magical-seeming operations inside vacuum-sealed, super-cooled refrigerator encasements. It’s a technology that combines both brains and beauty.
Future iterations of these quantum computers will be able to solve mathematical problems ordinary computers have no hope of computing. They will vastly speed up classical calculations, accurately model complex natural phenomena like chemical reactions, and open as yet unexplored frontiers for scientific inquiry. Despite seeming arcane, machines like these will touch every aspect of our lives—from drug discovery to digital security.
IBM scientists examine quantum computing hardware.
Courtesy of IBM.
This latter area presents significant challenges. One advantage quantum computers have over traditional ones is a knack for factoring large numbers, an operation so difficult for present-day computers that it has become the foundation for almost all today’s encryption schemes. A sufficiently advanced quantum computer, on the other hand, can chew through these math problems with the destructive force of that metal-melting Xenomorph blood in the Alien film franchise. The prospect of quantum computing necessitates a complete rethinking of cryptography.
Today’s encryption may be rendered obsolete sooner than most people anticipate. As Adam Langley, a senior software engineer at Google, has pointed out in a recent blog post, some experts predict this latter-day Y2K could occur within the decade. Michele Mosca, cofounder of the Institute for Quantum Computing in Waterloo, Ontario, has estimated a 1-in-7 chance that quantum breakthroughs will defeat RSA-2048, a common encryption standard, by 2026. If that’s true, then the time to begin reengineering our digital defenses is now. As Langley writes, waiting around for guidance on standards “seems dangerous”; there’s no time to lose.
Buttressing Langley’s view is a recent paper out of the National Academies of Sciences, Engineering, and Medicine. The research organization determined that, while the advent of an encryption-busting quantum computer is unlikely within the decade, preparations to defend against one must be undertaken as soon as possible. Since web standards take more than a decade to implement, a press release accompanying the paper warned, developing new, attack-resistant algorithms “is critical now.”
The era of quantum computation fast approaches. Fortune 500 companies like IBM, Google, Microsoft, and Intel, are plugging away on the tech alongside smaller startups, like Calif.-based Rigetti. Nation states like China are, meanwhile, dumping billions of dollars into research and development. Whichever entity achieves so-called quantum supremacy first will find itself in possession of unprecedented power—the equivalent of X-Ray goggles for the Internet.
That is, unless we act with urgency to armor up.
A version of this article first appeared in Cyber Saturday, the weekend edition of Fortune’s tech newsletter Data Sheet. Sign up here.
0 notes