What Is Bread-and-Butter Application?

A bread-and-butter application is a term used to refer to essential computer programs that a business relies on to function. These are typically high-priority applications that are crucial to a company's day-to-day operations. The term "bread and butter" is used because these programs are considered fundamental necessities that keep the business running smoothly and, therefore, help put food on the table or make money. Bread-and-butter applications include various software programs such as resource management software, sales software, warehousing software, and other systems that help a company manage its operations. These applications are vital to a company's success, and any downtime or malfunction can seriously impact the business's productivity and profitability. To protect these critical applications, IT managers usually employ redundant systems and backups. Redundant systems ensure that there is always a backup system in place in case the primary system goes down, while backups are copies of data that can be restored in case of data loss or corruption. This helps to minimize the risk of losing important data or experiencing downtime, which can be costly to a business. Maintenance and security are also given high priority for bread-and-butter applications. Regular maintenance ensures that the programs are updated and running smoothly, while security measures protect them from cyber threats and unauthorized access. Failure to maintain and secure these programs can lead to serious consequences, such as data breaches or loss of valuable information. In summary, bread-and-butter applications are essential computer programs that a business needs to function, and they are given the highest priority for maintenance and security. These applications include resource management software, sales software, and warehousing software, among others. IT managers often use redundant systems and backups to protect these applications, ensuring that the company's operations continue to run smoothly and profitably.

By TechDogs Editorial Team

Trending Definitions

Near Field Communication Tag (NFC Tag)

If you're looking for a way to store information in a convenient and easy-to-use place, look no further than the Near Field Communication Tag (NFC Tag). This sticker or wristband has a tiny microchip implanted that mobile devices within range can read. The information stored in these microchips can include anything from contact information to financial data. NFC tags are prevalent among businesses because they allow them to track and monitor their employees' activities when they're working remotely. They also enable companies to track their inventory and ensure nothing is lost or stolen during transport. With NFC tags, you can send yourself messages. How sometimes do you want to be able to get the news across? The best part is that they're not just for sending yourself messages. You can also use them to change your phone settings or launch a website—so if you're feeling a little lazy and don't want to do any of the above tasks yourself, the tag will do it for you! It's like having an assistant that does more than write down your grocery list for you—and we think that's pretty great. It's all the rage these days: NFC tags. You've probably seen them on your phone—they look like little stickers and can store information. You can use them to store contact information, URLs, or personal pictures! Because they're so easy to use and can be read by most modern smartphones, NFC tags are becoming increasingly popular. You can find them at most major retailers and online stores. Still, you may also want to check out some of the more unusual places where you might find them: for example, if you're looking for an exciting gift for your favorite dog owner, there's an NFC tag that allows them to scan their pet's chip and bring up photos of their puppy at different stages in its life. If you're feeling adventurous? Well then, maybe it's time to get crafty! Making your NFC tags is fun and easy—all it takes is paper and ink (or paint!)

Encoding

The information you provide to your computer is translated into a form similar to a secret code by using encoding. It's much like when you were younger, and you had a private journal that you could only access with a lock and key. The information was contained within the diary, while the lock served as the encoding mechanism, and the key served as the decoder. A computer requires the appropriate decoder to read the information you give it in the same way you need the key to read your diary. The process of taking information and transforming it into a language that computers can understand is called encoding. Your thoughts and ideas are being translated into computer language. Encodings can be broken down into component parts, much like numerous dialects spoken across the globe. Encodings include the likes of UTF-8, UTF-16, and ASCII, to name a few examples. UTF-8 is comparable to Esperanto in the realm of encoding since it is a universal language that most computers can comprehend. UTF-16 is analogous to an elitist dialect-specific computer speak; it can accommodate many characters but is not as widely utilized. The American Standard Code for Information Interchange (ASCII) is a character encoding that has been around for a long time. It is straightforward, although it does not support as many characters as other encodings. The process of encoding something, such as a piece of text, involves converting the letters, numbers, and symbols that make up the text into a string of integers. Encoding can be used for a variety of purposes. Computers have a much greater understanding of numerical values than letters and symbols. Therefore, the encoding serves as a Rosetta Stone, converting human language into the language computers understand. And if it is necessary for the computer to show that text once more, it will utilize a decoder to convert the numbers back into the letters and symbols they represent. As defined, encoding is translating human language into computer language, and the computer must have the ability to correctly interpret the information. Computer Language Encoding Translation Decoding UTF8 UTF16 ASCII Encoding and Decoding. #Encoding #ComputerLanguage #Translation #Decoding #UTF8 #UTF16 #ASCII

Advanced Technology Attachment (ATA)

A long time ago, the world was full of floppy disks and hard drives connected to the motherboard with a cable. Then along came Advanced Technology Attachment (ATA), and it was like, "Whoa, you can plug all your hard drives directly into the motherboard!" This was a huge deal because it meant you didn't have to spend hours trying to get your computer to recognize that you'd plugged in an external device—it just worked. And after that, there were no more worries about whether or not you had enough room on your floppy disk for all your files. But times change, and now some people don't even use physical devices anymore. The world has moved on! If you're a computer nerd, you may have heard of ATA. But if you're like most people, you might be wondering what it is. ATA is also known as Integrated Device Electronics (IDE) and is referred to as ATA with Packet Interface (ATAPI). It's a protocol that allows for communication between the PC and its hard drive or other mass storage device. ATA is what lets your computer read information from your hard drive. Without it, you wouldn't be able to access any of the files on your hard drive. When you think of a storage device, what comes to mind? If you're like most people, it's probably something like this: a box or maybe a hard drive. Perhaps even an external USB drive or something. But did you know that there's another kind of storage device? And it's called ATA! It might not look like much—just a series of thin wires merged within a cable bus—but it's incredible. It was designed to connect supported, integrated, and portable storage devices without the need for an external controller. In other words, it can connect itself directly to your computer without any extra help from outside sources. Initially, ATA supported parallel communication and was called Parallel ATA (PATA). It consisted of a 40-pin controller cable and a data transfer speed of 16-32 bits at a time. However, in computer systems developed, PATA was replaced by Serial ATA (SATA), which has faster data I/O rates.