Posted On 10 Oct 2022
What is the Best Way to Describe Automation
When we think about the word “automation,” it brings to mind robots or machines that can do our work for us. But what is the best way to describe automation? With AI and IT being so prevalent in today’s market, this has increased interest in automation.
Automation is a term for technology applications where human input is minimized. It includes business process automation (BPA), IT automation, personal applications such as home automation, and more.
Automation has been widely adopted in many industries and has increased efficiency and productivity. The benefits of automation far outweigh the risks and will surely play a significant role in our future economy.
What is the Best Way to Describe Automation
The best way to describe automation is what makes machines run autonomously without human intervention. Machines can be programmed to carry out various tasks and respond to a set of given conditions. The devices can trigger the response with various inputs.
The same applies to computers and software. We call this process automation increasingly used across nearly every industry. Automation is used to complete repetitive tasks, such as searching for information, managing calendars, sending emails, etc.
Automation Framework should be there. Automation is one kind of design and application of technologies that helps us to create and deliver products and services with minimal human action—a low-Level Process Flowchart.
How to explain automation framework
Automation Framework is not a single tool or process but a collection of tools and processes working together to support automated application testing. It integrates various functions like libraries, test data, and reusable modules.
The framework supports automation testing as a technical implementation guideline. For example, consider a scenario where a testing team includes members based on different automation testing codes. And they cannot grasp the common pieces of code and scripts updated by a team member in a project.
The automation framework not only offers the benefit of reusing the code in various scenarios but also helps the team write down the test script in a standard format. Hence, the test automation framework handles all the issues.
· Test Suites
Maintain a well-defined strategy across the test suites.
The enhanced speed at which testing progresses.
Maintaining the test code will be easy.
· URL or Application
You can test the URL or Application accurately.
· Continuous Testing
You will achieve continuous testing of coding and delivery.
Automation Framework Examples
Below are the Automation Framework Examples. Let’s jump to them:
Selenium is considered one of the best test automation frameworks and needs no introduction. After 16 years of its inception, Selenium has made its name in the community in a way that it is often assumed that you already know what Selenium Grid is if you are an automation tester.
This browser testing framework comes in five components:
- Selenium IDE (for Selenium test development)
- Selenium Client API (to build tests in various other languages)
- Selenium Remote Control (RC)
- Selenium Web Driver
- Selenium Grid
Another hero in the list of best frameworks for automation testing is Appium. Appium is an extremely popular framework that you can use to test native, hybrid, and mobile web applications.
Appium is built on the idea that testing native apps shouldn’t require including an SDK or recompiling your app.” You can use this open-source software with your favorite tools and frameworks.
3- Robot Framework
The Robot Framework is counted among the best test automation frameworks that are open-source and used for robotic process automation and test automation.
Released first in 2008, Robot framework’s community and customer base have grown significantly. The framework is written in Python and can be used with other tools to create a powerful test automation solution.
Test automation framework is helpful when you need to execute the same test scripts multiple times with different builds to examine the application and validate output. It is better to avoid automated testing for functionality.
Which Describes the Paradox of Automation? The Paradox of Automation says that the more efficient the automated system, the more crucial the human contribution of the operators. Humans are less involved, but their involvement becomes more critical.
If an automated system has an error, it will multiply that error until it’s fixed or shut down. Efficient Automation makes humans more important, not less.
The paradox of automation as having three strands is paraphrased here:
Since automated systems can be so easy to operate, automatically correcting mistakes can accommodate incompetence and mean that you can hide an operator’s lack of skill or incompetence for a long time.
Automatic systems can erode the skills of even expert operators over time by removing the need for practice.
Automated systems often fail in atypical circumstances or ways that produce unusual situations, amplifying the need for a particularly skillful response. The more capable the automated system, the worse the potential situation might be.
Why does Automation Need Humans?
Let’s discuss what is the best way to describe automation which describes the paradox of Automation. The paradox of Automation says that the more efficient the automated system, the more crucial the human contribution of the operators.
Humans are less involved, but their involvement becomes more critical. Computers outperform humans for tasks like crunching numbers, analyzing large sets of data, and finding patterns. Yet, despite its advances, automation needs humans.
Automated technologies are designed to manage predictable, routine tasks. It is why automation has a large presence in manufacturing and factories. Assembly lines follow a specific, standardized process that is repetitive, which means you can teach machines via machine learning.
However, in fields where professionals face situations that require “thinking on your feet,” humans greatly outmatch computers.
Have you ever heard of a robot inventing anything? In real life, the answer is no. Humans are innovators and creators. Computers may be able to identify problems based on previous data sets and algorithms.
They don’t create anything completely new. Humans can because they possess the creativity, imagination, and abstraction that computers lack.
Computers work perfectly—until they don’t. They can be hacked. They can get viruses. They can experience glitches and errors that impair their performance. In fact, in some cases, computers are more vulnerable to errors and mistakes than humans.
Types of Automation Framework
Each automation framework has its architecture, advantages, and disadvantages. Some of these frameworks are:
1. Linear Automation Framework
The linear Automation framework is commonly used in the testing of small applications. This framework is also called a Record and playback framework.
There is no need to write custom code, so test automation expertise is unnecessary.
The data is hardcoded in the test script; hence, the test cases cannot be re-run with multiple sets. You need to make some changes if the data is altered.
2. Modular Driven Framework
In this Framework, the tester can create test scripts module-wise by breaking down the application into smaller modules per the client’s requirements and creating test scripts individually.
The modular-driven framework ensures script division, leading to easier maintenance and scalability. You can write independent test scripts.
The modular-driven framework requires additional time to analyze the test cases and identify reusable flows.
3. Behavior-Driven Development Framework
Behavior Driven Development framework is to create a platform that allows every person, like Developers, Testers, business analysts, etc., to participate actively. It also increases collaboration between the tester and the developers on your project.
You can use non-technical, natural language to create test specifications for this behavior-driven testing.
To work with this framework, sufficient technical skills and prior experience in Test-driven development are required.
4. Data-driven Testing Framework
Generally, Test Data is read from external files like Excel Files, Text Files, CSV Files, ODBC Sources, and DAO Objects, and they are loaded into the variables inside the Test Script. The data-driven framework allows us to create test automation scripts by passing different test data sets.
It reduces the number of scripts required. Hence, you can test multiple scenarios in less code.
You will need a highly experienced tester who should be proficient in various programming languages to utilize the design of this framework completely.
5. The Keyword-Driven Testing Framework
The keyword-Driven Testing framework is also known as table-driven testing. This framework is suitable only for small projects or applications. The automation test scripts performed are based on the keywords specified in the excel sheet of the project.
You can use a single keyword across multiple test scripts, making the code reusable.
The initial cost of setting up the framework is high, and it is time-consuming & complex.
6. The Hybrid test Automation Framework
A hybrid Framework combines the benefits of Keyword Driven and Data-Driven frameworks.
This type leverages the advantages of all kinds of related frameworks.
Tests are fully scripted in a Hybrid Testing Framework, thus increasing the automation effort.
What is the best way to describe automation frameworks is to explain all of the above, which can be effectively used to handle the code systematically and can be reviewed by a third person easily. You can choose the framework per your project requirements, team expertise, time, and budget.
Automation Technology Examples
The standard automation technology examples are basic automation, process automation, and integration automation, artificial intelligence (AI) automation.
Basic automation example
Basic automation takes simple, rudimentary tasks and automates them. This level of automation is about digitizing work by using tools to streamline and centralize routine tasks.
Such as using a shared messaging system instead of having information in disconnected silos. Business process management (BPM) and robotic process automation (RPA) are types of basic automation.
Process automation example
Process automation manages business processes for uniformity and transparency. It is typically handled by dedicated software and business apps.
Using process automation can increase productivity and efficiency within your business. It can also deliver new insights into business challenges and suggest solutions. Process mining and workflow automation are types of process automation.
Integration automation example
Integration automation is where machines can mimic human tasks and repeat the actions once humans define the machine rules.
One example is the “digital worker.” In recent years, people have defined digital workers as software robots trained to work with humans to perform specific tasks. They have a specific set of skills, and they can be “hired” to work on teams.
Artificial intelligence (AI) automation example
The most complex level of automation is artificial intelligence (AI) automation. Adding AI means that machines can “learn” and make decisions based on past situations they have encountered and analyzed.
For example, virtual assistants powered can reduce costs in customer service while empowering both customers and human agents, creating an optimal customer service experience.
FAQS: What is the Best Way to Describe Automation?
Despite the claims of high quality from good artistry by humans, automated systems typically perform the manufacturing process with less variability than human workers, resulting in greater control and consistency of product quality.
Automation means that manual work is now being done using the software. They are making human workers fully reliant on technology to perform their job responsibilities and developing highly advanced robots that mimic higher-level human thinking.
So, here ends our article on what is the best way to describe automation, in which we cover automation frameworks, types and examples, and the query which describes the paradox of automation. In addition to these perks, they offer high ROI. Test automation frameworks are something every software company should deploy for skyrocketing revenue.
Automation enhances our quality of life; and ensures our software systems’ reliability, efficiency, safety, constant improvement, and competitiveness. Without this, we cannot advance into the future.
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