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Fax Electronic signature Form Fast. Explore one of the most user-friendly knowledge about airSlate SignNow. Control all of your papers digesting and revealing system electronically. Change from hand-held, pieces of paper-dependent and erroneous workflows to programmed, computerized and perfect. It is simple to create, deliver and sign any papers on any gadget anywhere. Make sure that your important organization cases don't slip overboard.
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FAQs
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Why should I use e-signatures?
One, e-signatures are accepted as a legal signature; andtwo, e-signatures are easier to use and send than printing the form - or part of a form - then signing it - then scanning it - then sending it as an email attachment.
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Is fax becoming obsolete?
Is fax becoming obsolete? Yes. Is it considered obsolete? Probably by most people. Is it obsolete? Not completely so for all purposes. While the number of faxes most businesses receive or send would now be in single figures in any given month, you will sometimes, for example, find a contract which provides for notices to be given by letter, delivery or fax - but not provide for electronic delivery. If you want to deliver the notice instantly and the recipient isn’t in the same town, fax is the obvious choice for delivering your notice.A favourite story - in late 1984, at the end of my first year of work, I bumped into a former university colleague who said she was working on a legal case overseas. To my comment that that would pose various logistical issues she said they had this new machine which was like a photocopier attached to a phone line - you put a document on the copier at this end and a copy of it came out at the end. I replied that that sounded great, but surely it would never catch on as that would require everyone to have one of these machines. It took about 2 more years before businesses got far more faxes than they did hard copy letters. Moral of the story - don’t ask me about new technology!
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What industries must use electronic signature software?
Any industry involving a large amount of paperwork make use electronic signatures. In other words, all industries make use of electronic signatures because all of them have piles of paperwork to handle. Some examples of such industries include financial, life science, healthcare and pharmaceutical industries.Industries such as the pharmaceutical industry, have a number of licenses and other paperwork that they have to handle and keep track of. It can be a tedious task to perform such cumbersome paper processes. Therefore, e-signatures can facilitate an organisation in keeping a track of all this paperwork, by signing electronically.Healthcare industries usually involve time-sensitive documents, which need to be urgently completed. But, it can take days in case of the traditional wet ink paper signatures for the documents to signNow the signer and back, if the parties are geographically scattered. But with electronic signatures, that is not the case. Geographical barriers do not play a role. Documents which earlier needed days to be completed, can now be signed and sent back within minutes, in the click of a button. Furthermore, it takes a long time to bring assets under management. The time taken by the signing process, if wet ink paper signatures are used, may even further delay the process. But by using electronic signatures, the whole process can speed up.Apart from these, there are many paper prone industries which require huge amount of paperwork and with the use of electronic signatures they can make their everyday processes smoother and more efficient.
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How did NASA go to the moon during first Apollo mission so early when even good communication and latest rocket spaceship techno
Q: How did Nasa go to the moon during first Apollo mission so early when even good communication and latest rocket spaceship technology were not available before 1980?Let me show you something:This is a facsimile machine (a fax machine) of roughly the sort my father used in his job with the Strategic Air Command during the 1960’s. It was an expensive, cumbersome piece of junk, and when introduced in the late 1940s, it required dedicated wiring between stations and had a range limited to 9 miles.Still, Western Union and the US government were all over it. It was a damn sight better than the system used in France starting in the 1840s which burned crude copies into paper using a heated, mechanically timed stylus, and until post-space program advances in computer technology made cheap consumer fax machines ubiquitous in the 1980s (and then obsolete a few years later) it was THE way to transmit orders, signatures, and other critical documents when time didn’t allow for a courier.This is how technology advances most of the time; a crude proof of concept opens the door, is picked up by deep-pockets patrons, and eventually helps drive the very innovations that lead to later, more practical versions of itself.A few examples:The Wright Brother’s Aeroplane was arguably better at killing people than transporting them, but it spawned the era of powered flight.Submersible boats have been built for military purposes at least since the American Revolution, even though until the dawn of the 20th century, the only power source available to them was human muscle. They weren’t practical enough to have much military significance, until advances in battery and internal combustion made the U-boats and other subs of the World Wars possible. Even these were absurdly uneconomical death traps, but they did the job and paved the way to today’s true submarines (both nuclear powered and otherwise).From the 1940’s, the military used radio positioning gear accurate to within a few yards—but which required troupes to carry, operate, and maintain about twenty heavy or unwieldy pieces of equipment in order to interface with a ground network of radio stations. This remained state-of-the-art for half a century until the first GPS satellite network went live.In the early days of electronic computing, data was stored using regenerative working memory cells (dynamic RAM) in which the data was carried in a sound waves propagating through a glass tube full of mercury. This was hugely expensive and impractical, but much, much faster than the spinning drums available at the time, and much more reliable than tube-based flip-flops. This early memory (and a number of equally bizarre alternatives) held sway until the advent of magnetic core memory, which was insanely complex given the hands-on fabrication methods of the day, but was even faster and more reliable, and so became near universal for about 20 years, until transistor-based memory build into integrated circuits finally dislodged it.Before spy satellites and planes were available, the US spied on Soviet territory by means of high altitude, unmanned balloons, an idea it got form a hair-brained Japanese scheme to bomb our mainland during WWII. The reconnaissance balloons had a very low success rate, but were considered invaluable to the government — half a century before Google Earth.This balloon program funded development of high quality surveillance cameras and film canister in-air retrieval techniques which were used by the first generation of US Spy satellites—ten years before the technology to build electronic cameras of any quality existed.Film captured from one of these balloons was carried to the moon by Luna 3, the USSR’s first lunar orbital probe, which used it to photograph the far side of the moon. To get the image back to Earth, the film was automatically developed in space, then scanned and sent back electronically—a half century before the Lunar Reconnaissance Orbiter.I could go on at length. The point is, governments have the resources to make things work when they don’t—and when anyone with any money sense would give up.We often see questions to the effect “why has no one returned to the moon since the Apollo Program?” The answer is, because we got there by building everything needed, from scratch, under contract, at huge expense.In many ways, the Saturn V was the logical descendant of the German V2 (which was another hugely impractical government program that opened doors), but in many ways, it was the very bleeding edge. So much so, at one point, Boeing enlisted surf board makers to help them understand the composite materials needed to build tank bulkheads.I have said before that the moon landing may be the greatest of all human achievements specifically because we got so little from it of immediate, concrete value. It was, in a real sense, the Great Pyramid of modern times.But like the pyramids, it required an unsustainable investment of time, blood, and treasure. The pause and backtracking into low Earth orbit that followed was a tacit acknowledgement that in a real sense, we had gone too far too fast.Only now had our technology started to catch up with our dreams. Only now can multiple private enterprises rival governments and government monopolies for space attainment and start to consider real, meaningful advances beyond the “one giant leap for mankind.”It may be centuries yet before we span the equivalent of the gulf between the pyramids and the Manhattan skyline, between Roman Baths and modern central heating, between the aquaducts and Hoover Dam, but we are now taking the first steps toward the privatization and commercialization of space. We are witnessing an era that will have as much history impact as the great age of European exploration, but without the smallpox and the genocide.In this respect at least, it’s a fine time to be alive.If you like science, you might like my free award-winning scifi sampler.
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Is there a card.io equivalent for checks?
Up till 2004, checks would represent the largest tonnage of cargo on commercial airlines. Here is what happened. The ability to substitute an image for a physical check is called check truncation [1]. This allows for a substitute check to be presented in place of a bonafide and authorized demand deposit account instrument. The first country to all for this method was New Zealand in 1995 when the Cheques Act of 1960 was amended to allow for this method. In the US it has always been allowed to present a demand deposit account instrument through a number of methods. Up to 1958 one could compose a check on any surface as long as there was an authorized signature, an amount, a date, a bank to be drawn on and the account number. In 1958 a new system of check sorting began with the invention of the Sort-a-Matic using a new form of ink that had suspended magnetically charged iron and formed the center of the MICR (Magnetic Ink Character Recognition Code) [2] standard that is still in use today. These are the string of numbers and characters on the bottom of the check and can be read very fast as the check runs past essentially the same type of coil induction system as tape deck head uses.Up To 2004, We Used To Fly Checks Around The WorldOn September 11, 2001 when just about all aircraft was grounded because of planes impacting the World Trade Center and Pentagon, the entire financial system was also grounded. The reason was simple, 99% of US checks were in route to destinations in the cargo area of major Airlines. This sent shock waves through business, banking and government. Thus by October 28, 2003 congress passed the Check Clearing for the 21st Century Act (Check 21 Act) [3] that mandated that the images of the check will be sent from bank to bank. The impact was massive as physical checks were imaged at source points and rendered voided after the imaging. This allows for far faster transactions for all involved. The Check 21 act allows for Remote Deposit. The methods include Point of Purchase Entry (POP) at the cashier of a retailer, Back Office Conversion Entry (BOC) for retailers that accept the check from a customer and in bulk send it in and Accounts Receivable Entry (ARC) for companies like utilities and other very large operations. Today the Check 21 act is very actively used by just about every major bank in their banking app. This allow for the consumer or business to image both sides of the check with their smartphone camera and have a direct deposit. Pictures That Are Worth A Trillion Dollars The end result for any check truncation system is to present a valid X9.37 file to the deposit institution for processing. There are a number of methods to achieve this, including scanner systems and photographic systems. The early systems were small aperture scanners similar to systems found on a 1990s era fax machine. The new systems are whole image photographs that produce a full image of the check in one pass. There are a number of patents that are related to scanning and photographing a check for the purpose of check truncation. Using a smartphone for example would touch upon perhaps 3 separate patents, however the patent holders have made the licenses quite reasonable. One company that has many options is Digital Check [4] with APIs and code to implement into any project. With this in mind there are a number of paths one can take. Most banks are using the technology from Mitek Systems [5] in San Diego. I am very familiar with the solutions and have worked with dozens of clients, both startup and legacy companies to implement parts of their solutions. Look for an exciting startup company exiting stealth mode in 2015 using some of this technology. Checks Will Be Around For Quite A Long Time There are many other options but it is all based on the project and the goals you are signNowing for. The interesting thing is check usage still represents the largest non cash aspect of the US economy with orders of magnitude more dollar volume then all forms of electronic payments [6]. ______[1] Cheque truncation[2] Magnetic ink character recognition[3] Check 21 Act[4] Clear by Digital Check[5] Deposit Checks Using Smartphone Camera[6] Page on frbservices.org
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Which technologies will become obsolete by 2020?
Just five years ago the world was a very different place. In 2010, the iPad had just made its debut, Kickstarter was introducing a new form of venture capitalism that would change the face of fundraising and Square was letting vendors of any size accept payment with a swipe of a card on a mobile device. And we haven’t looked back.The next five years will no doubt unleash products and services that we have yet to imagine. But as we progress, what will we leave behind? Here are a handful of things we use today that likely will either be gone completely or on their last breath, disrupted by new innovations, technology and methods.Cash, checkbooks, credit cards and ATMs: What’s in your digital wallet?Today, Square lets any business accept debit or credit cards. Venmo lets you split your dinner bill with a friend through a money transfer via text message. Soon, you will have all your banking done through any mobile device — even your vehicle. Across the U.S., check use fell 57 percent from 2000 to 2012, according to the Federal Reserve.Ninety-four percent of consumers under 35-years-old bank online, and more than one-fifth of them have never written a physical check to pay a bill, according to First Data’s report, The Unbanked Generation. In Europe, if you try to write a check, they look at you as if you are crazy. Rent may be the last great bastion of using checks, but even that is well on the decline as property managers switch to electronic payments, and mobile payments become so easy.One more thing: In the more distant future, there will be no cash. No cash means no cash machines — bye, bye ATMs.USB sticks: How much longer for physical media?By 2020, 70 percent of the world will be using a smartphone, according to Ericsson’s mobility report. Mobile data networks will cover 90 percent of the population. With cloud services like Apple, Box, Dropbox, Google and Microsoft offering near-unlimited storage at near-free prices, there’ll be little need for storage devices taking up room in your pocket. Not to mention the increase in standard storage for mobile devices in the next five years.Event organizers around the world will need to come up with new swag to reward attendees at their conferences as USBs will be a token of the analog past.Easier, more secure access: Passwords, keys be goneThis is a hard one because passwords are used so broadly today. The average person is said to have 19 passwords — and nearly half admit to using unsafe, weak passwords. But even if you’re adamant about using only strong passwords — guess what — those can be cracked too.Consider getting a head start on cleaning out the old-tech clutter you have in your life.Biometrics are already becoming mainstream, especially on mobile devices, which are now the main access point for many of our online activities. Fingerprints, voice and facial recognition will replace your first dog’s name and your wedding anniversary as the way you access your secure accounts. These will have their own security risks, but the character password will be no more.Similarly, soon you will not have physical keys to lose. Your key will be any of the smart devices you carry, which will be linked to you biometrically so that only you can operate them.No one will miss this: The remote controlNo more scrambling around your house tossing the cushions of your couch in the air looking for the elusive remote control (or 10 of them, depending on the complexity of your in-home audio and video setup).The research firm Strategy Analytics forecasts that emerging categories in the Internet of Things (IoT), smart home and wearables will connect an additional 17.6 billion devices by 2020. Even today, devices such as the Amazon Echo are taking voice search and commands to a new level. With so many new devices connected to the Internet by 2020, building separate hardware for a remote control will just no longer make any sense.Static documents and paper agreementsPaper-based signatures and paper-based processing — physically needing to print, fax, scan or overnight documents for reviews, approvals, decisions and/or signatures to complete a transaction — are fast-becoming archaic in today’s digital world. In the future, we will rely on “cloud agreements” to actively manage any transaction.Cloud agreements will be: actively connected to the identities of the involved parties (forever), able to mete out payments as contract objectives are met and actively contact actors in the transaction when the time is right.Real estate, financial services, insurance, high-tech and healthcare companies — even budget-strapped governments — are adopting cloud-computing models to increase efficiency, reduce costs and drive a better end-user experience. Soon, contract management will never be the same.When you’re making a list of resolutions for the New Year, consider getting a head start on cleaning out the old-tech clutter you have in your life to make way for a digital New Year. Sure, you have some time. But with all of the exciting technology disruptions taking place right now, why wait?
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