Business software

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Business software (or a business application) is any software or set of computer programs used by business users to perform various business functions. These business applications are used to increase productivity, measure productivity, and perform other business functions accurately.

Much business software is developed to meet the needs of a specific business, and therefore is not easily transferable to a different business environment, unless its nature and operation are identical. Due to the unique requirements of each business, off-the-shelf software is unlikely to completely address a company's needs. However, where an on-the-shelf solution is necessary, due to time or monetary considerations, some level of customization is likely to be required. Exceptions do exist, depending on the business in question, and thorough research is always required before committing to bespoke or off-the-shelf solutions.

Some business applications are interactive, i.e., they have a graphical user interface or user interface and users can query/modify/input data and view results instantaneously. They can also run reports instantaneously. Some business applications run in batch mode: they are set up to run based on a predetermined event/time and a business user does not need to initiate or monitor them.

Some business applications are built in-house and some are bought from vendors (off-the-shelf software products). These business applications are installed on either desktops or big servers. Prior to the introduction of COBOL (a universal compiler) in 1965, businesses developed their own unique machine language. RCA's language consisted of 12-position instructions. For example, to read a record into memory, the first two digits would be the instruction (action) code. The next four positions of the instruction (an 'A' address) would be the exact leftmost memory location where you want the readable character to be placed. Four positions (a 'B' address) of the instruction would note the very rightmost memory location where you want the last character of the record to be located. A two-digit 'B' address also allows the modification of any instruction. Instruction codes and memory designations excluded the use of 8's or 9's. The first RCA business application was implemented in 1962 on a 4k RCA 301. The RCA 301, mid-frame 501, and large frame 601 began their marketing in early 1960.

Many kinds of users are found within the business environment, and can be categorized by using a small, medium, and large matrix:

• The small business market generally consists of home accounting software, and office suites such as LibreOffice, Microsoft Office or Google Workspace (formerly G Suite and Google Apps for Work).
• The medium size, or small and medium-sized enterprise (SME), has a broader range of software applications, ranging from accounting, groupware, customer relationship management, human resource management systems, outsourcing relationship management, loan origination software, shopping cart software, field service software, and other productivity-enhancing applications.
• The last segment covers enterprise level software applications, such as those in the fields of enterprise resource planning, enterprise content management (ECM), business process management (BPM) and product lifecycle management. These applications are extensive in scope and often come with modules that either add native functions or incorporate the functionality of third-party computer programs.

Technologies that previously only existed in peer-to-peer software applications, like Kazaa and Napster, are starting to appear within business applications.

• Enterprise software application (Esa)
• Resource Management
• Enterprise Resource Planning (ERP)
• Digital dashboards, also known as business intelligence dashboards, enterprise dashboards, or executive dashboards. These are visually based summaries of business data that show an at-a-glance understanding of conditions through metrics and key performance indicators (KPIs). Dashboards are very popular tools that have arisen in the last few years.^[when?]
• Online analytical processing (OLAP), (which includes HOLAP, ROLAP and MOLAP) - are a capability of some management, decision support, and executive information systems that support interactive examination of large amounts of data from many perspectives.^[1]
• Reporting software generates aggregated views of data to keep the management informed about the state of their business.
• Procurement software is business software that helps to automate the purchasing function of organizations.
• Data mining is the extraction of consumer information from a database by utilizing software that can isolate and identify previously unknown patterns or trends in large amounts of data. There is a variety of data mining techniques that reveal different types of patterns.^[2] Some of the techniques that belong here are statistical methods (particularly business statistics) and neural networks, as very advanced means of analyzing data.
• Business performance management (BPM)
• Business Process Management (BPM)
• Customer Relationship Management (CRM) such as Yesware.
• Document management software is made for organizing and managing multiple documents of various types. Some of them^[3] have storage functions for security and backup of valuable business information.
• Employee scheduling software- used for creating and distributing employee schedules, as well as for tracking employee hours.

Business software is designed to increase profits by cutting costs or speeding the productive cycle. In the early days of white-collar business automation, large mainframe computers were used to tackle the most tedious jobs, like bank cheque clearing and factory accounting.

Factory accounting software was among the most widely-used early business software tools and included the automation of general ledgers, fixed assets inventory ledgers, cost accounting ledgers, accounts receivable ledgers, and accounts payable ledgers (including payroll, life insurance, health insurance, federal and state insurance and retirement).

The early use of software to replace manual white-collar labor was extremely profitable and caused a radical shift in white-collar labor. One computer could in many cases replace many white-collar administrative employees, without requiring any health or retirement benefits.

Building on this success, corporate consumers demanded from IBM, Hewlett-Packard, and other early suppliers, of business software to replace the old-fashioned drafting board. Computer-aided drafting for computer-aided manufacturing (CAD-CAM) arrived in the early 1980s. Project management software was also so valued in the early 1980s that it could cost up to $500,000 per copy.

One of the most noticeable, widespread changes in business software was the word processor, whose rapid rise caused the decline of the ubiquitous IBM typewriter in the 1980s, as millions of companies switched to using Word Perfect, and later Microsoft Word. Other popular computer programs for business were mathematical spreadsheet programs such as Lotus 1-2-3, and later Microsoft Excel.

In the 1990s business shifted towards globalism, with the appearance of SAP software, which coordinates a supply-chain of vendors in order to streamline the operation of factory manufacturing. This process was triggered and vastly accelerated by the advent of the internet.

The next phase in the evolution of business software is being driven by the emergence of robotic process automation (RPA), which involves identifying and automating highly repetitive tasks and processes, with an aim to drive operational efficiency, reduce costs and limit human error.^[4] Industries at the forefront of RPA adoption include the insurance industry, banking and other related financial services, the legal industry, and the healthcare industry.

Business applications are built based on the requirements of business users. Also, these business applications are built to use certain kinds of Business transactions or data items. These business applications run flawlessly until there are no new business requirements or there is no change in underlying Business transactions. Also, the business applications run flawlessly if there are no issues with computer hardware, computer networks (Internet/intranet), computer disks, power supplies, and various software components (middleware, database, computer programs, etc.).

Business applications can fail when an unexpected error occurs. This error could occur due to a data error (an unexpected data input or a wrong data input), an environment error (an in infrastructure-related error), a programming error, a human error, or a workflow error. When a business application fails one needs to fix the business application error as soon as possible so that the business users can resume their work. This work of resolving business application errors is known as business application support.

The Business User calls the business application support team phone number or sends an e-mail to the business application support team. The business application support team gets all the details of the error from the business user on the phone or from the e-mail. These details are then entered in a tracking software. The tracking software creates a request number and this request number is given to the business user. This request number is used to track the progress on the support issue. The request is assigned to a support team member.

For critical business application errors (such as an application not available or an application not working correctly), an e-mail is sent to the entire organization or impacted teams so that they are aware of the issue. They are also provided with an estimated time for application availability.

The business application support team member collects all the necessary information about the business software error. This information is then recorded in the support request. All of the data used by the business user is also used in the investigation. The application program is reviewed for any possible programming errors.

If any similar business application errors occurred in the past then the issue resolution steps are retrieved from the support knowledge base and the error is resolved using those steps. If it is a new support error, then new issue resolution steps are created and the error is resolved. The new support error resolution steps are recorded in the knowledge base for future use. For major business application errors (critical infrastructure or application failures), a phone conference call is initiated and all required support persons/teams join the call and they all work together to resolve the error.

If the business application error occurred due to programming errors, then a request is created for the application development team to correct programming errors. If the business user needs new features or functions in the business application, then the required analysis/design/programming/testing/release is planned and a new version of the business software is deployed.

If the business application error occurred due to a workflow issue or human errors during data input, then the business users are notified. Business users then review their workflow and revise it if necessary. They also modify the user guide or user instructions to avoid such an error in the future.

If the business application error occurred due to infrastructure issues, then the specific infrastructure team is notified. The infrastructure team then implements permanent fixes for the issue and monitors the infrastructure to avoid the re-occurrence of the same error.

The business application error tracking system is used to review all issues periodically (daily, weekly, and monthly) and reports are generated to monitor the resolved issues, repeating issues, and pending issues. Reports are also generated for the IT/IS management for the improvement and management of business applications.