Skywriting is a traditional method of advertising used to share information publicly in an easy-to-view format within the sky. Leaving behind a specialized trail of smoke, aircraft used for skywriting employ specific oils that leave exhaust visible as visual text or shapes in the sky. Those who decided to take on the role of a skywriter originally flew solo, operating a single aircraft to create visual text in the sky. Modernized with specialized equipment, digital skytyping is now a method of advertising that can be completed with five aircraft in shorter periods of time. Often done around a large audience or group of people to display aerial advertisements, personalized messages, and more, skywriting is an eye catching experience that can easily captivate many.
Though the exact creation and original use of skywriting remains uncertain, it is estimated to have been perfected in 1919, subsequently used in the United States the following year. First implemented as a means of advertising in 1922, priming the arrival of Savage and Cyril Turner to New York, skywriting was not commercialized in the United States until 1932 by Sid Pike. Gaining traction by corporations and aerial artists alike, skywriting rapidly became a popular means of visual advertising in the following decade. Substituting standard skywriting for digital skytyping in the 1940s, aircraft that once utilized a one-man crew for skywriting could now be replaced by five aircraft and pilots, alongside the assistance of computer controlled digital writing systems.
Faster in its processes as compared to skywriting, skytyping utilizes “dot matrix skywriting,” later coined as skytyping by Skywriting Corporation in 1946. While skytyping has surpassed skywriting as a preferred method of aerial advertising, small aircraft and the parts they employ to perform such features remain relatively the same. Often using five or more aircraft to get the job done, any aircraft used for skytyping must be equipped with an ejector and pressurized container of viscous oil. This viscous oil, Canopus 13, formerly known as Corvus Oil, is an oil specifically chosen to generate dense smoke necessary for making skywriting and skyping visible. Depending on the weather, skytyping is also best performed on sunny, clear days where overcast skies are not an issue.
Taking place at an elevation around 10,000 feet, once the appropriate elevation has been reached, all pilots involved in the skytyping process can then align to fly in formation. Once flying side-by-side and equidistant from one another, aircraft are then ready to create individual dots at their designated intervals. Relying on a computer automated system to calculate where and when smoke should be emitted when skytyping, pilots do not have any control over such systems and are only required to navigate the aircraft into proper formation. Once completed, the individual dots emitted by all accompanying aircraft combine to form words in the atmosphere.
If you are questioning starting your own skytyping business, it is important that you take into consideration quality tools to create a successful business centered around safety and prized results. Parts fundamental to all aircraft performing skytyping include: a paraffin-based oil or fluid, aircraft of specific weight and balance requirements, and a smoke oil tank. Although devoid of acrobatics and relatively short on part requirements, skytyping requires pilots to be skilled in terms of aerial formations. Without significant practice when flying in close proximity to other aircraft, a pilot risks causing serious harm to themselves, and those around them.
When you are looking for the best digital writing system the market has to offer, rely on your partners at ASAP IT Technology for streamlined services on all your part procurement needs. As your trusted supplier of skytyping systems and their various parts, we invite you to browse our inventory for numerous digital writing systems from name brand manufacturers such as Solidtek, Epson, and more. Due to our quality control and export compliance, we operate with AS9120B, ISO 9001:2015, and FAA AC 00-56B certification and accreditation. If you would like to request a quote for your comparisons, you can submit an RFQ form as provided on our website. Upon receipt, a dedicated account manager will quickly review and respond with a personalized solution to your needs in just 15 minutes or less, 24/7x365.  

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A point of sale is often referred to as a POS. A point of sale system works as a terminal hardwired system that can process forms of payments in online and physical retail or in other terms of business. The way that it works is that the software can process magnetic strips of credit and debit cards that are inserted into the hardware. To understand the POS system, it is best to learn how it came to be. The main retail framework was initially created by the National Cash Register (NCR)— the organization liable for a larger part of sales registers on the planet today. The organization coordinated new innovation, for instance such things as standardized tags and scanners created during the 1980s, to change over manual sales registers into portable deal frameworks. Its frameworks interface straightforwardly with the installment card organizations, lifting the weight of keeping up consistency with rules and guidelines of the installment business off the shoulders of dealers. Business investigation in the organization's POS frameworks is additionally another appealing element. If you need to familiarize yourself with a modern point of sale system and other things that it can do, read the article below for more details.
Anytime that a form of payment like a credit card or a debit card is utilized to purchase an item, there is a conventional point-of-sale (POS) terminal that must first process the magnetic strip to inspect if there is sufficient funds to give to the seller, before then enabling the transfer. The sale transaction is then documented via the POS system and then a confirmation of the sale or a receipt is printed or sent to the buyer via email or text. Merchants can either buy or lease a POS terminal, depending on how they prefer to manage cash flows. Buying a system involves higher upfront costs while leasing levels out monthly payments, though total lease payments may end up being more than a one-time purchase over the useful life of the system.
The most recent trends in terms of a point of sale system gears away from customary exclusive equipment and toward programming based frameworks that can be stacked into a tablet or other cell phone. To remain current and on top of things, POS terminal producers are presenting their own renditions of convenient and portable POS gadgets. Such gadgets can be seen at occupied retail locations and eateries where proprietors are perceptive of the way that clients for the most part don't care for looking out to pay for an item or supper. Value, capacity, and ease of use are significant models for POS framework buyers. Critical in the becoming interconnected world is the security of the frameworks. Some prominent hacks of client information have happened through POS terminals that didn't have refreshed working frameworks. There are many types of POS systems but if you need to research or purchase one in particular, reach out to the folks at ASAP IT Technology,
At ASAP IT Technology, owned and operated by ASAP Semiconductor, we can help you find all the unique parts for the aerospace, civil aviation, and defense industries. We’re always available and ready to help you find all the parts and equipment you need, 24/7-365. For a quick and competitive quote, email us at or give us a call today.

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Digital signage refers to signage posted on a digital front or medium. This can entail the digital bulletin boards in front of a school or theater, digital billboards, and even the digital boards that make New York City’s Times Square so famous. Digital signage has for the most part replaced physical signs yet you will still see the use of physical signage in front of most small businesses. For more information on digital signage, what types exist out there and what they can be used for, read the article below.
For the most part, digital signage can and is frequently used to display content that can include an inventory of audio, video, image, graphics, text, and more, as well as hardware such as physical, tangible components like screens, mounts, payment devices, printers, cameras. Lastly there is software which is what we will discuss more in the next paragraph. Software can include a display and analysis of content on a piece of hardware.
Some forms of digital signage include multi touch screens that can allow one or more touch of the fringer to manage the buttons displayed on a digital screen. These fingers could belong to more than one person, resulting in multiple, independent interactions occurring in parallel. In addition to multi touch screens, there is also capacitive touch technology which can signal anything that is conductive. The sensor on this is inserted into the glass and can detect the location of the flow of current which is then registered as a touch event. The most popular form is known as projected capacitive, and it can be found in all mobile phones and tablets. These types of displays are known for being the most accurate touch technology and thus the market standard for most touch screen digital signage.
Another type of technology that is similar to the capacitive touch technology is the infrared technology that sends out a grid of invisible infrared light across the face of an LED or a LCD display. Whenever an item connects or comes into contact with the screen, there is a disruption of the infrared light, which causes identification of the touch location. Similar to project capacitive displays, they differ because they require conductive material to indicate a touch, while infrared displays can be managed with almost any other material.
In addition to the aforementioned divides, there are also beacon points tech that are low-energy gadgets broadcasting either a one of a kind identifier or a URL. By allocating a signal to singular things or by sending reference point warnings, content suppliers can make a logical scaffold among shows and the genuine item or a cell phone. Model use incorporates nearness showcasing and computerized local area expertise. Meanwhile RFID scanners can catch remarkable IDs that can be utilized to recognize pertinent data.
ASAP IT Technology offers digital signage systems, as well as other different digital accessories, infrared lights, RFID readers, and much more. If you are in need of sourcing any such type of touch technology or digital signage systems, you can source and trust the folks at ASAP IT Technology to fulfill your need. Feel free to give us a call, email us, or simply submit an Instant RFQ if you have a question about the parts and products that we sell.

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Whether you are purchasing groceries at the supermarket or construction tools at a home improvement retailer, you have most likely noticed that almost everything has a barcode that can be scanned and read. These barcodes, known as UPC (Universal Product Codes), are a part of a widely utilized system that has greatly increased the efficiency of tracking parts, maintaining inventory, and speed of sales across many industries and retail stores. The UPC of an item allows one to identify an item and find its brand name, size, color, and other information almost immediately upon scan. To scan these codes and harness their many capabilities, technologies such as barcode scanners and readers are used.
A barcode scanner is a type of optical scanner, capable of reading and translating the data of a barcode. This data is then sent to a computer to be used for various operations depending on the need, such as cataloguing, point of sale, and more. To decode the data that is stored within barcodes, barcode scanners have decoder circuitry which analyses image data obtained by the secor and then sends it to an output port. To view the barcode for translation, light sources, lens, and light sensors are used. There are also many available types of barcode reader and barcode scanner equipment, including those such as pen-type readers, laser scanners, CCD readers, camera-based readers, omnidirectional barcode scanners, and more.
While barcodes were originally designed and patented in the 1950’s by Bernard Silver and Norman Joseph Woodland, they did not fully become recognizable until the later half of the century as they were improved upon and began being implemented within supermarket checkout systems to improve automation. With the later developed Uniform Grocery Product Code Council, new and improved barcodes bagan to be used and spread to many other applications and industries. Nowadays, barcodes may be used for almost any product or item that is not fresh produce.
Even beyond bought and sold products, barcodes have found extended use in other sectors, such as medical fields. Within healthcare and hospitals, barcodes have been used to identify patients, allowing servicers to access a patient’s medical history, allergies, and other patient data. They may also help in the organization of documents, tracking species for biology, and much more. Even in rental services, barcodes may be implemented for the tracking of cars, airline luggage, registered mail, nuclear waste, express mail, and parcels.
With scanners, personnel dealing with all of these types of barcodes and items can easily conduct their work, ensuring the flow of service with high speeds and efficiency. As technology continues to develop, barcode scanners and barcode readers are also improving, allowing for workers to scan items wirelessly, sending data through wireless or bluetooth means. Even modern smartphones have now begun to feature barcode decoding in their built-in cameras, allowing for the scanning of barcodes for many uses.
When it comes time to begin sourcing the barcode scanner and reader components that you need for your operations, ASAP IT Technology has you covered with everything you are searching for. ASAP IT Technology is owned and operated by ASAP Semiconductor, and we can help you find the aviation, NSN, and electronic parts that you are searching for, new or obsolete. As a premier supplier of parts for the aerospace, civil aviation, and defense industries, we're always available and ready to help you find all the parts and equipment you need, 24/7x365. ASAP Semiconductor is an FAA 0056B, AS9120B, and ISO 9001:2015 certified enterprise. For a quick and competitive quote, email us at or call us at +1 (714) 705-4780.

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Building and training neural networks are no longer just for seasoned computer scientist and grad students. That change began with the release of a number of open-source machine learning frameworks like Theano, Spark ML, Microsoft’s CNTK, and the Google’s TensorFlow. One that stands out is TensorFlow for its powerful, yet handy, functionality, conjoined with the impressive gain of its user base. With the release of TensorFlow 1.0, Google has driven the frontiers of machine learning further in a number of directions.

In the production to making TensorFlow a more-general machine learning structure, Google has added both built-in Estimator functionality, and support for a number of more conventional machine learning algorithms including K-means, SVM (Support Vector Machines), and Random Forest. While there are surely other groundworks like SparkML that support those tools, having a solution that can combine them with neural networks makes TensorFlow a great option for hybrid problems. TensorFlow 1.0 also offers amazing performance improvements and scaling. In one measure, a training session running on a 64-processor machine ran nearly 60 times as fast as one running on a single processor.

One of the many impressive new potentials of Google TensorFlow is that its models can be run on many smartphones. TF1.0 even takes the convenience of the Hexagon DSP that is built into Qualcomm’s Snapdragon 820 CPU. Google is already using this to function applications like Translate and Word Lens even when your phone is completely offline. Before now, Sophisticated methods like those required for translation or speech perception required real-time access to the cloud and its compute servers.

As powerful as TensorFlow is, composing a complicated model directly in its API takes quite a bit of knowledge, and some precise programming. The Keras programming interface provides a more user-friendly layer on top of TensorFlow (and Theano) that make engineering high-end networks cleverly simple. Keras also includes a number of pre-trained models for easy instantiation. Given the intensive nature of assembling the large datasets needed to train models, and the processor-intensive nature of training, it helps creates a major benefit for developers.

Google TensorFlow 1.0 is now ready to download. Currently, Keras is a separate package that is easy to install using pip or your preferred package manager, but Google aims to have it built-in to the 1.2 release of TensorFlow. There are many adjustments but Google is even providing a helpful script that will try to update any existing codes, if needed. Which is typical of machine learning tools, you will get a better performance running on a support GPU, but now there are even options to spin your models up in the cloud. For example, Y combinator-backed startup

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Apple Inc. has acquired the rights to Faceshift, a start-up motion capture company that gained notoriety from their work in the Star Wars films.

The Zurich-based company was part of the character design process in the new film Star Wars: The Force Awakens. Their specialty, as their name suggests, is creating realistic facial expressions for animated characters that can convey a wide array of emotions.

As is typical with Apple, they were very ambiguous with the reasons for their purchase.

“Apple buys smaller technology companies from time to time, and we generally do not discuss our purpose or plans,” a spokesman said in a statement.

For now, any suggestions of what they will use the company for is pure speculation. Most guesses involve some sort of facial recognition purpose, for security or otherwise. What is known is that Faceshift employees are already working under the Apple name from their office in Switzerland.

Faceshift joins the ranks of augmented reality firm Mataio, facial recognition firm Polar Rose, and 3-D scanning house PrimeSense as small businesses that have recently been swept up by Apple. All have capabilities in augmented reality, and each could complement the others.

Faceshift was founded by Thibaut Weise, Brian Amberg, and Sofien Bouaziz as a spinoff from the Computer Graphics and Geometry Laboratory at the École Polytechnique Fédérale de Lausanne in Switzerland. The school originally owned two of Faceshift’s facial animation patents but they were transferred to Faceshift at the end of August of this year, just ahead of the transition to Apple.

Faceshift later added offices on the West Coast and London, headed by film and gaming industry vet Doug Griffin and visual effects specialist Nico Scapel, respectively. Prior to Apple’s acquisition, Faceshift had a website that offered a demonstration of how it worked, along with some support documentation for developers using it.

Via our proprietary website ASAP IT Technology, ASAP Semiconductor is a leading distributor of Apple products. Prospective customers can browse our inclusive inventory of hard-to-find obsolete and current parts at If you are interested in a part, please feel free to contact our knowledgeable sales staff at or +1-714-705-4780 for a quote.

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Action to reduce hurtful factors on the environment is rising throughout the United States. In a recent announcement, President Barack Obama is demanding that the Federal Government reduce greenhouse gases by at least forty percent. In his speech, President Obama also stressed the need for a worldwide joint effort, in which countries can work together to reduce overall climate changes. Through the use of renewable energy resources, the Federal Government should be able to save taxpayers more than USD$18 billion in electricity bills. However, the government needs the support of some of the top manufacturing companies in the U.S., including Northrop Grumman, Honeywell, General Electrics, IBM and Hewlett Packard.

The President is calling upon these businesses to reduce their carbon footprints. International Business Machines (IBM) is one of the first among these large corporations to support energy efficient measures. On March 19th, IBM announced a commitment to reduce energy consumption by over thirty-five percent by 2020, which includes a reduction of yearly electricity by twenty percent. During the years of 1990 to 2005, IBM reduced more than three million metric tons of CO2 consumption. They hope that this pledge will encourage their successful counterparts to follow in their direction. IBM representatives stated, “We intend to match our purchased renewable electricity directly to our operations as opposed to purchasing renewable energy certificates as offsets, making a clear connection between our purchases and our consumption.” Through reusing and recycling materials, as well as conserving energy, using renewable energy, and preventing air, water, and land pollution, IBM plans to incorporate these changes into their policy. They have asked all their employees to report any concerns regarding environment, health, and safety concerns. Since its founding date in 1911, IBM has expanded to more than 170 countries and employs 379,592 employees. This expansion may help spread environmental policies throughout the world.

Via our proprietary website ASAP IT Technology, ASAP Semiconductor is a leading supplier of IBM products. Prospective customers can browse our inclusive inventory of hard-to-find obsolete and current IBM parts at If you are interested in a part, please feel free to contact our knowledgeable sales staff at or +1-714-705-4780 for a quote.

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Announced in March of 2015, computer technology giants Intel and Google will join Swiss watchmaker TAG Heuer in a new project to design and manufacture a luxury smartwatch. The companies announced the collaboration in a press conference at the Baselworld Watch and Jewelry Show in Basel, Switzerland. Anticipated for release in the latter end of 2015, the watch will use Intel chip technology and operate an Android Wear system.Intel has already ventured into smart wearables with a low power x86 processor, dubbed Quark, which is offered on bracelets by fashion house Opening Ceremony. These bracelets were named My Intelligent Communication Accessory, or MICA smart bracelets. Intel’s Quark, a tiny system-on-a-chip product is 32-bit and single-core.

The Quark was developed to align with the burgeoning “Internet of Things” trend, in which computing devices are prevalent in our entire environment – from clothes to cars to kitchen appliances. There are currently 2.2 billion x86-based products available as of 2014. The market for wearable computer technology has been steadily growing with 4.6 million smart wearables delivered in 2014. Prominent technology corporations, such as Apple, have gotten into the game with the Apple Watch – a smartwatch product announced last year and expected for availability in April of 2015. Although Google’s Android Wear system has operated on wearables before – with the Moto 360, Asus ZenWatch, and others – this occasion marks the first time the company will make a high-end, luxury offering in an effort to compete with Apple’s upscale line (which ranges from $350 up to $17,000 per unit).

Via our proprietary website ASAP IT Technology, ASAP Semiconductor is a leading supplier of Intel products. Prospective customers can browse our inclusive inventory of hard-to-find obsolete and current Intel parts at If you are interested in a part, please feel free to contact our knowledgeable sales staff at or +1-714-705-4780 for a quote.

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Christie Digital Systems is a group of companies which manufactures DLP projectors and a variety of digital cinema devices. The Christie group is a wholly-owned subsidiary of Ushio, Inc., a publicly traded Japanese company which happens to be the leading manufacturer of general and specialty illumination lighting solutions. Headquartered in Cypress, California, Christie Digital Systems has grown to employ over 1,500 employees all around the world.

With their highly trained workforce, Christie Digital Systems is able to provide diverse solutions for any customer, whether they are in the field of business, industry, or entertainment. Christie has installed more than 100,000 projection solutions worldwide as they are continuously developing innovative solutions such as laser projection, immersive audio, and advanced seamless presentation.

At Christie Digital Systems, they strive to ensure that their customers are able to participate in the world’s best shared experiences by offering a wide selection of audio, visual, and collaboration solutions. Their broad range of solutions include: LCD and DLP projectors, DLP Cinema projectors, rear screen projection modules, LED video walls and tiles, laser phosphor projectors, medical imaging, complete immersive audio solutions, 3D virtual reality and simulation projection technologies, and many more.

This vast offering of products and solutions allows Christie Digital Systems to be seen in a variety of different applications and industries. Regardless of the occasion, if you are searching for innovative, high quality, shared experiences, Christie Digital Systems is able to provide you with what you are looking for. Their expertise and knowledge allows them to provide solutions designed to meet even the most complex and unique audio, visual, and collaboration requirements.

Specializing in IT products, ASAP IT Technology supports and supplies a wide range of Christie Digital Systems products. ASAP IT Technology is a leading independent distributor of information technology hardware equipment, with the capability of providing you many of the products that you need. For inquiries regarding Christie Digital Systems products, please visit or contact us at for more information or to submit a quote.

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