The rapid advancement of technology has introduced two key components that are transforming industries worldwide - Automation and Artificial Intelligence. These components are often used interchangeably in media. They play a crucial role in improving the productivity and efficiency of various purposes.
Although Automation and Artificial Intelligence work similarly in many ways, they’re two different concepts. AI is a field focused on creating machines capable of performing tasks that humans can only perform, such as analyzing data, identifying differences between images, and making decisions.
Meanwhile, Automation refers to using specialized software and technology to complete specific tasks that remain constant over time - for example, streamlining repetitive tasks, such as social media posts, or automatically generating and sending invoices after transactions.
Both Automation and AI change the way we work or live today. In this blog, learn automation and AI and their differences and similarities. Additionally, you’ll learn the uses and benefits.
Also Visit: Automation Testing Training Course in Noida
What is Automation?
Automation involves implementing technologies, programs, or methods to achieve the desired outcome. Human input is minimal in this process.
In simple terms - Automation is about setting up machines to follow orders; if the human input says “one,” the robot needs to proceed as “two.” Pre-defining rules and letting the robots follow orders in the pattern accordingly. That defines automation at its best.
The primary aim of automation is to free humans from repetitive, obvious, and error-prone tasks. This is because, generally, repetitive tasks make humans bored and tend to make errors. Additionally, robots don’t fall sick or require leaves for feeling bored.
When robots perform tasks error-free, humans deliver tasks at their best. It’s a pretty win-to-win situation in every way.
Automation is widely used in industries,ai in healthcare, finance, and practically everywhere. Its benefits have become ubiquitous in this ever-evolving technology.
Organizations use automation to increase profitability and production rates. Improvised customer service cut down costs and errors. The accuracy and efficiency of adhering to standards are high in automation.
Automation can be used in all aspects of businesses, such as business process automation, enterprise automation, and industrial automation.
In short, Automation is a key component in helping businesses and driving a digital transformation in the organization.
However, machines or robots work with structured information, so they do not perform all tasks better. Rather than fearing being replaced, we should consider automation as support or a way to shorten our time.
Joining an Automation Testing Classes in Chennai can greatly boost your preparation by equipping you with essential skills and insights, making you a more competitive candidate.
You can also explore an Automation Testing Courses List to choose the best course that aligns with your career goals.
How does Automation Work?
To understand how automation works or to put automation into practice, you must understand the methodology behind instructing the robot. To do that, you need to build a conversation with the robot.
There are various approaches to build this, depending on what you are trying to train or automate.
For example, If you're trying to automate customer interaction, you can always opt for chatbots like HubSpot, Chatbot or Drift. To write scripts or automate workflow, you can use tools like Python or Power Automation to code the version. For no-code versions, opt for options like Zapier.
Learn Automation Testing
from Industry Experts
What is Artificial Intelligence (AI)?
Artificial Intelligence refers to the replication of human intelligence in various aspects. AI analyzes data, understands languages, and makes decisions on human interactions. They use pattern recognition, natural language, problem-solving, and experience learning to perform tasks like humans. Artificial Intelligence aims to enable robots to think, speak, and perform acts like humans.
However, humans invented AI and can never be more intelligent than humans. Hence, relying on AI has specific effects and impacts the work of humans.
AI can be classified into multiple types based on their functionality, capabilities, and learning approaches:
1. Based on Capability
Narrow AI: Narrow AI is also generally considered as weak AI. It is designed to perform narrow tasks such as facial recognition or driving a car.
General AI: Gen AI is otherwise known as strong AI. General AI understands, learns, and applies knowledge similarly to humans. It is capable of doing any task that humans are capable of.
Super AI: Super AI is artificial intelligence capable of surpassing humans in all aspects. They generally develop without human intervention, too. However, potential threats to humans are high in Super AI
2. Based on Learning
Reinforcement learning: In this type of learning, AI learns through trial and error, i.e., by receiving rewards and penalties. They are most commonly used in decision-making environments.
Supervised learning: Artificial Intelligence in supervised learning is trained by labeled data . Input and Output data are provided in pairs. They’re best used for structured data
Unsupervised learning: In unsupervised learning, AI identifies patterns from unlabeled data without human intervention. They use techniques like data clustering and segmentation
3. Based on Functionality
Self-Aware AI: Self-Aware AI is AI that is aware of feelings, emotions, and self-awareness. They are capable of making decisions without human input.
Reactive Machines: The AI here responds to inputs without memory. It works on pre-defined rules and cannot be learned or adapted, like Deep Blue from IBM.
Understanding that AI has been trained with massive data sets is essential. Hence, they neither have conscious feelings nor think outside of the box.
They better describe AI as similar to training or helping a baby walk. After a certain point in time, they will understand how to walk and do things independently. But does that mean they don’t require our help or we do not have to monitor them? No, they need help. They understand based on inputs and instructions, and it is safe to monitor how they perform always.
Although it sounds very simple, it's way too much of a complicated technology.
Also Read: What is Management Decision Making?
Let’s talk about Automation vs AI
As mentioned, automation and AI involve technology in performing our day-to-day tasks. However, the distinct character, features, and applications set them apart from what they are.
Automation here is about setting up the robots to follow the pre-defined rules and instructions, as AI allows the robot to make their own decision.
AI does not have to perform structured information but rather repetitive tasks like automation. Instead, AI is designed to replicate the human intellectual level and perform tasks faster and error-freely based on humans. Current AI trends include the rise of generative AI, where machines create new content such as text, images, and music, and the integration of AI in customer service through chatbots and virtual assistants.
Automation focuses on consistency and reliability in performing tasks, and AI is a more advanced form of automation. It implements the capacity and intelligence of automation, allowing AI to experiment with new data over time and experience. AI performs the tasks in a broader range.
The significant feature difference between automation and AI is that automation is set to follow a set of structured and defined rules. In contrast, AI makes its own decisions through human interaction. AI is designed similarly to babies' minds, where they learn and act as they know rather than just follow instructions.
This is the main reason AI is considered a potential risk. AI also tends to take over jobs and even perform tasks that are measured beyond human capabilities. Sometimes, when you rely on them, they lead to offensive or misinformation,
That is why few AI models nowadays are trained with specific intentions and can learn and grow within a restricted area. For example, Narrow AIs such as Watson from IBM could win the game of Jeopardy, but the model will not be able to win a basic-level chess game.
Differences between Automation and AI
Now let’s understand Automation vs AI in detail:
Bottom Line
By understanding the difference between Automation and AI, organizations can determine whether they are for Automation or AI or Automation and AI. The choice depends on the organization's goals, roles, and responsibilities. Proper integration of either Automation or AI or Automation and AI can drive efficiency and innovation significantly.
Also, if you're looking to upskill yourself in Automation and build a career in Automation, feel free to check out the Automation Testing course offered by StarAgile. This Automation Training provides you with practical knowledge and hands-on experience in Automation.
