Trending December 2023 # Find Out Your System Information In Terminal With Screenfetch # Suggested January 2024 # Top 14 Popular

You are reading the article Find Out Your System Information In Terminal With Screenfetch updated in December 2023 on the website Kientrucdochoi.com. We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested January 2024 Find Out Your System Information In Terminal With Screenfetch

Have you ever wanted to find out more information about your Linux system, but are not sure where you can obtain those information? You may want to find out what is the distro you are using (if you are using a friend’s laptop), the desktop manager, the theme it is using, the kernel information etc. These information are usually scattered around and there is no single place to view all these information. With ScreenFetch, you will be able to view such system information in terminal.

ScreenFetch is known as “The BASH Screenshot Information Tool” and it can display your theme, hardware information and distro’s logo in ASCII, right in the terminal. You can even get it to take a screenshot or even customize the screenshot command.

2. Extract the compressed file to your Home folder. The latest version as of this post is 3.1.0, so you should see a “screenfetch-3.1.0” folder. Open it up and you should see a “screenfetch-dev” file. This is the only file that we need.

3. Open a terminal and type the following:

screenfetch-3.1.0 .

screenfetch-dev

This is what you will see:

On the left is the Ubuntu logo in ASCII art. On the right, it shows the system information such as the distro, kernel, uptime, resolution, desktop environment, theme used, font, hard disk space, CPU and even the available RAM.

4. There are several options supported by ScreenFetch:

-v: Verbose output.

-n: Do no display ASCII distribution logo.

-s: Take a screenshot of the current desktop.

-l: Specify that you have a light background. This turns all white text into dark gray text (in ascii logos and in information output).

-c 'COMMAND': Here you can specify a custom screenshot command for the script to execute. Surrounding quotes are required.

-D 'DISTRO': Here you can specify your distribution for the script to use. Surrounding quotes are required.

You can get it to take a screenshot of your desktop with the command:

screenfetch-dev

-s

Installing ScreenFetch

You don’t really need to install ScreenFetch to use it (as it is just a simple script that you can place and run from any folder). However, if you are keen to install it so you can just type the screenfetch command without going to the specific folder, here is how you can do it.

In your terminal:

sudo

screenfetch-3.1.0

screenfetch-dev

usr

bin

screenfetch

sudo

chmod

usr

bin

screenfetch

What we have done is simply copy the “screenfetch-dev” script to “/usr/bin” (the folder where all applications are kept) and make it executable. You can now run screenfetch in your terminal to display the theme information.

To uninstall, simply run the command:

sudo

usr

bin

screenfetch Conclusion

ScreenFetch is useful only if you need to find out about your system information and you want it to view them all at one place. It doesn’t show all the detail and you probably won’t need to use it all the time. It is definitely a nice to have tool, but not a “must-have”. Let us know what you think of this tool?

Damien

Damien Oh started writing tech articles since 2007 and has over 10 years of experience in the tech industry. He is proficient in Windows, Linux, Mac, Android and iOS, and worked as a part time WordPress Developer. He is currently the owner and Editor-in-Chief of Make Tech Easier.

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Ethical & Security Issues In Information System

Information systems have made many businesses successful today. Some companies such as Google, Facebook, EBay, etc. would not exist without information technology. However, improper use of information technology can create problems for the organization and employees.

Criminals gaining access to credit card information can lead to financial loss to the owners of the cards or financial institute. Using organization information systems i.e. posting inappropriate content on Facebook or Twitter using a company account can lead to lawsuits and loss of business.

This tutorial will address such challenges that are posed by information systems and what can be done to minimize or eliminate the risks.

In this tutorial, you will learn –

Cyber-crime refers to the use of information technology to commit crimes. Cyber-crimes can range from simply annoying computer users to huge financial losses and even the loss of human life. The growth of smartphones and other high-end Mobile devices that have access to the internet have also contributed to the growth of cyber-crime.

Types of cyber-crime

Identity theft

Identity theft occurs when a cyber-criminal impersonates someone else identity to practice malfunction. This is usually done by accessing personal details of someone else. The details used in such crimes include social security numbers, date of birth, credit and debit card numbers, passport numbers, etc.

Once the information has been acquired by the cyber-criminal, it can be used to make purchases online while impersonating himself to be someone else. One of the ways that cyber-criminals use to obtain such personal details is phishing. Phishing involves creating fake websites that look like legitimate business websites or emails.

For example, an email that appears to come from YAHOO may ask the user to confirm their personal details including contact numbers and email password. If the user falls for the trick and updates the details and provides the password, the attacker will have access to personal details and the email of the victim.

If the victim uses services such as PayPal, then the attacker can use the account to make purchases online or transfer funds.

Other phishing techniques involve the use of fake Wi-Fi hotspots that look like legitimate ones. This is common in public places such as restaurants and airports. If an unsuspecting user logons into the network, then cyber-crimes may try to gain access to sensitive information such as usernames, passwords, credit card numbers, etc.

According to the US Department of Justice, a former state department employee used email phishing to gain access to email and social media accounts of hundreds of women and accessed explicit photos. He was able to use the photos to extort the women and threatened to make the photos public if they did not give in to his demands.

Piracy is one of the biggest problems with digital products. Websites such as the pirate bay are used to distribute copyrighted materials such as audio, video, software, etc. Copyright infringement refers to the unauthorized use of copyrighted materials.

Fast internet access and reducing costs of storage have also contributed to the growth of copyright infringement crimes.

Advance Fee Fraud

An email is sent to the target victim that promises them a lot of money in favor of helping them to claim their inheritance money.

In such cases, the criminal usually pretends to be a close relative of a very rich well-known person who died. He/she claims to have inherited the wealth of the late rich person and needs help to claim the inheritance. He/she will ask for financial assistance and promise to reward later. If the victim sends the money to the scammer, the scammer vanishes and the victim loses the money.

Hacking

Hacking is used to by-pass security controls to gain unauthorized access to a system. Once the attacker has gained access to the system, they can do whatever they want. Some of the common activities done when system is hacked are;

Install programs that allow the attackers to spy on the user or control their system remotely

Deface websites

Steal sensitive information. This can be done using techniques such as SQL Injection, exploiting vulnerabilities in the database software to gain access, social engineering techniques that trick users into submitting ids and passwords, etc.

Computer virus

Viruses are unauthorized programs that can annoy users, steal sensitive data or be used to control equipment that is controlled by computers.

Information system Security

MIS security refers to measures put in place to protect information system resources from unauthorized access or being compromised. Security vulnerabilities are weaknesses in a computer system, software, or hardware that can be exploited by the attacker to gain unauthorized access or compromise a system.

People as part of the information system components can also be exploited using social engineering techniques. The goal of social engineering is to gain the trust of the users of the system.

Let’s now look at some of the threats that information system face and what can be done to eliminate or minimize the damage if the threat were to materialize.

Computer viruses – these are malicious programs as described in the above section. The threats posed by viruses can be eliminated or the impact minimized by using Anti-Virus software and following laid down security best practices of an organization.

Unauthorized access – the standard convention is to use a combination of a username and a password. Hackers have learnt how to circumvent these controls if the user does not follow security best practices. Most organizations have added the use of mobile devices such as phones to provide an extra layer of security.

Let’s take Gmail as an example, if Google is suspicious of the login on an account, they will ask the person about to login to confirm their identity using their android powered mobile devices or send an SMS with a PIN number which should supplement the username and password.

If the company does not have enough resources to implement extra security like Google, they can use other techniques. These techniques can include asking questions to users during signup such as what town they grew up in, the name of their first pet, etc. If the person provides accurate answers to these question, access is granted into the system.

Data loss – if the data center caught fire or was flooded, the hardware with the data can be damaged, and the data on it will be lost. As a standard security best practice, most organizations keep backups of the data at remote places. The backups are made periodically and are usually put in more than one remote area.

Biometric Identification – this is now becoming very common especially with mobile devices such as smartphones. The phone can record the user fingerprint and use it for authentication purposes. This makes it harder for attackers to gain unauthorized access to the mobile device. Such technology can also be used to stop unauthorized people from getting access to your devices.

Information system Ethics

Ethics refers to rules of right and wrong that people use to make choices to guide their behaviors. Ethics in MIS seek to protect and safeguard individuals and society by using information systems responsibly. Most professions usually have defined a code of ethics or code of conduct guidelines that all professionals affiliated with the profession must adhere to.

In a nutshell, a code of ethics makes individuals acting on their free will responsible and accountable for their actions. An example of a Code of Ethics for MIS professionals can be found on the British Computer Society (BCS) website.

Information Communication Technology (ICT) policy

An ICT policy is a set of guidelines that defines how an organization should use information technology and information systems responsibly. ICT policies usually include guidelines on;

Purchase and usage of hardware equipment and how to safely dispose them

Use of licensed software only and ensuring that all software is up to date with latest patches for security reasons

Rules on how to create passwords (complexity enforcement), changing passwords, etc.

Acceptable use of information technology and information systems

Training of all users involved in using ICT and MIS

Summary:

Can You Code With Chatgpt? Find Out Here!

You have heard that ChatGPT can code, but whether it can solve complex coding problems like a programmer remains a mystery.

ChatGPT can write, edit, debug, and translate code from one language to another, but its coding ability remains relatively limited when the task is complex, lengthy, and requires critical thinking.

Undoubtedly, it can help simplify a programmer’s job, but replacing a programmer altogether remains farfetched.

Read on to learn how to use ChatGPT best to assist with coding problems.

Can You Code With ChatGPT?

The short answer is yes, you can code using ChatGPT, but what it can generate remains a topic to be explored!

ChatGPT, developed by an aggressive research lab called OpenAI, is designed to solve various daily applications, and one of them is coding.

Using over 160 billion parameters, natural language prompts, and pre-training on every possible programming language, ChatGPT has become quite capable of generating a computer program independently.

It can write, debug, test, and improve code in JavaScript, Python, Go, Ruby, C++, C#, PHP, Swift, TypeScript, and SQL.

Additionally, it debugs the code and explains the fix so you can learn from your previous mistakes.

As an AI model, it can assist in coding in several ways.

Generating code snippets based on a specific task or problem statement

Providing explanations and examples of coding concepts and syntax

Suggesting optimizations and improvements to existing code

Debugging, explaining, and troubleshooting code errors

However, this state-of-the-art AI can only perform relatively limited tasks, and researchers claim they are nowhere near replacing human counterparts.

For example, ChatGPT can create a small gaming program like Tic-Tac-Toe using Python.

But, it fails to create a robust application like Instagram or Facebook because it is difficult to specify the behavior of the software and produce thousands of lines of code in a go.

How to Use ChatGPT For Coding? [With Examples]

ChatGPT has a great application in different coding tasks, which it does with quite a finesse.

Here are some examples of using ChatGPT for coding.

1. Generate Code Snippet

ChatGPT’s neural knowledge and experience in different programming languages will be helpful.

Ask ChatGPT to generate a code snippet in a specific language and define its function, and the chatbot will promptly generate it.

Here is an example: I asked ChatGPT to generate a Python code snippet to read a CSV file.

Here is another example: I asked ChatGPT to implement a binary search tree in Java.

Similarly, you can generate code snippets in almost every possible programming language.

2. Get Suggestions For Optimizing Codes

You can actively seek suggestions from ChatGPT for optimizing and completing codes.

One way is to use it to generate optimized code based on existing code snippets or descriptions of a problem.

Additionally, ChatGPT can provide suggestions to create a more efficient algorithm, data structures, or coding techniques for better performance.

Here is an example of how ChatGPT will optimize and complete code.

Similarly, you can ask ChatGPT for suggestions on improving your codes, especially for complex functions.

3. Debug Code To Prevent Errors

ChatGPT is a handy platform to debug and troubleshoot code errors so that you can locate and correct your mistake early.

The AI technology will quickly locate the bug using a machine learning approach and implement a quick fix or provide suggestions for improvement.

Hence, it would help save a programmer countless hours locating and fixing the bug.

4. Translate Code From One Language To Another

Another handy feature of ChatGPT for coding is that it will promptly translate your code from one language to another.

It will be helpful when you need to implement the same feature from one programming language or format to another.

For example, you can convert the following Excel formula to SQL on the go.

5. Explain The Difference Between Two Functions

With a vast knowledge of programming, computer software, and architecture, ChatGPT can also become your guide.

It will help you learn the differences between two or more features, functions, or applications.

For example, here is how ChatGPT will explain the difference between a linked list and an array in data structures.

6. Explain Dynamic Programming

ChatGPT is quite good at explaining and solving dynamic programming issues.

A part of computer programming, dynamic programming helps solve problems by breaking them down into more minor sub-problems.

Here is an example of ChatGPT solving a complex algorithmic problem in Java.

7. Act As Linux Terminal

Did you know you can convert the ChatGPT interface into a Linux terminal?

Yes, with a slightly clever command, you can turn the ChatGPT interface into a Linux text interface and input requests to get the results.

Similarly, you can use Linux commands to create files and directories or compile and execute codes.

Here is an example.

8. Create an SQL Command Line

ChatGPT is well-developed to replace the work of SQLsmith and can generate random or complex SQL queries based on your input.

In fact, it can create the SQL command for various databases.

Here is an example of ChatGPT creating a table in SQL for an employee database.

Why Would ChatGPT Not Replace Programmers Despite Being Fluent in Coding?

ChatGPT has replaced most human input regarding coding, but its limitations may prevent it from replacing the programmers entirely.

Programming involves much more than just writing code. It is an amalgamation of skills, such as logic, problem-solving, and critical thinking.

While it provides solutions to specific problems, it lacks the creativity and intuition of a human programmer.

Here are five proven reasons why ChatGPT replacing human programmers is still farfetched.

Lack of Creativity: It may be able to provide solutions to specific problems, but it lacks the innovative and creative skills of a human programmer.

Limited Knowledge: Its capabilities are limited to the data it has been trained on, which does not include recent updates.

Inability to Make Decisions: It helps implement specific requirements and decides the overall design or architecture.

Lack of Domain-Specific Knowledge: It lacks the domain-specific knowledge required to create working software solutions for specific fields.

Lacks Collaboration: Programming often involves collaborating and communicating complex technical information, which ChatGPT severely lacks.

Although it has successfully generated executable codes for small computer programs, creating robust software is still farfetched.

Furthermore, ChatGPT’s capabilities are limited to the data it has been trained on, the GPT model, and parameters.

Therefore, AI technology replacing human programmers altogether seems highly unlikely.

Final Thoughts

While ChatGPT can be a valuable tool for programmers, it cannot entirely replace a human programmer’s expertise, experience, and critical thinking skills.

However, every programmer should leverage this technology to implement, debug, and solve coding problems.

Continue reading to learn why ChatGPT is not coding and how to fix it quickly.

Frequently Asked Questions Is ChatGPT Reliable For Coding?

ChatGPT has been trained on a large corpus of code and programming-related data, which provides quick and accurate solutions to specific coding problems.

However, it may sometimes provide incorrect or suboptimal solutions, which require further inspection before implementation.

Can Programmers Use ChatGPT API to Code?

Yes, ChatGPT API includes all the features of AI technology.

Programmers can integrate it into their applications to perform code generation, optimization, and debugging tasks.

Does Using ChatGPT Costs Developers a Fee?

Yes, using ChatGPT API may incur costs for developers.

Because accessing the cloud-based service offered by OpenAI applies usage fees based on the number of API requests made and the resources consumed by those requests.

Continue reading to learn the differences and similarities between ChatGPt and ChatGPT Plus.

Windows Terminal 1.18 Outs With Tab Tear Out, Portable Mode, Ai Capabilities

Windows Terminal 1.18 is now available as a preview.

This new version introduces tab tear out, auto variable update, and portable mode.

Microsoft also announced that through the GitHub Copilot experience, the terminal is getting AI support.

The Windows Terminal app is getting a new update that bumps the version number to “1.18” and brings new features, fixes, and improvements.

Starting with version 1.18, you can drag out tabs to create separate instances of the terminal. You’ll also be able to move tabs from one terminal window to the other.

Variable updates

The Windows Terminal can now reload the environment variables automatically when you open a new tab or pane without restarting the application.

In addition, you can now add environment variables in your settings.json. This can be done in defaults or in any profile. Example:

"profiles": { "defaults": { "environment": { "MY_ENVIRONMENT_VARIABLE": "Hi from defaults!" }, }, "list": [ { "guid": "{574e775e-4f2a-5b96-ac1e-a2962a402336}", "name": "PowerShell", "source": "Windows.Terminal.PowershellCore", "environment": { "MY_ENVIRONMENT_VARIABLE": "Hi from PowerShell!" } } ] } Context menu "profiles": { "defaults": { }, Text rendering engine

In this release, the text rendering engine (AtlasEngine) is getting some improvements, including support for overlapping text, and, as a result, will no longer cut off italic text, emojis, or complex scripts. It will continue to clip box glyphs to their cells.

Microsoft also made sure that the AtlasEngine continues to support animated shaders, Han unification, and loc1 glyph variants in Windows Terminal Preview 1.18.

Portable mode

Starting with version 1.18, it’s possible to deploy the Windows Terminal as “Portable Mode.” The new mode ensures that all data created and maintained by Windows Terminal is saved next to the application so that it can be more easily moved across different environments.

Microsoft is using the “Zip” container to distribute this new portable mode, but this is not supported in the packaged or preinstallation kit distributions of Windows Terminal.

The idea of the portable mode is to enable users to use a pre-configured instance of the Windows Terminal without installing it from a network share, cloud drive, or USB flash drive.

You must enable portable mode manually. After unzipping the Windows Terminal download, create a file named .portable next to WindowsTerminal.exe. Windows Terminal will automatically create a directory named settings after you launch WindowsTerminal.exe. That settings directory will store both settings and runtime state, such as window layouts.

You can then customize the terminal to your liking and then copy that entire Windows Terminal folder to a USB flash drive or network share to use on the go or to share with others.

GitHub Copilot AI

As part of the continued effort to bring AI to every product, the Windows Terminal is getting support for the GitHub Coptilot X.

Users with access to the GitHub Copilot experience will be able to use the natural language AI both inline and in an experimental chat experience to recommend commands, explain errors, and take actions inside the Windows Terminal. You can sign up to get early access to the Copilot Hub at GitHub.

This release also includes a bunch of fixes and other minor improvements.

Windows Terminal 1.18 is now available as a preview with the new features mentioned above and several bug fixes, and you can download it from the Microsoft Store or GitHub. If you are using the stable channel of the app, you can now update to version 1.17, which includes all these improvements.

Key Information To Django Response With Examples

Introduction to Django Response

The Http response class captures the outcome of the processing of a webpage. The Http response class assigns response-oriented characteristics to a response when a returned value is cached. Special attributes and methods can capture and verify these response-oriented characteristics, similar to how the request framework operates. Each of these attributes and methods displays the corresponding value associated with the response. Specifically, these response methods and attributes are useful for verifying various information related to the response. Let’s briefly discuss these attributes and methods with suitable examples. In this topic, we will learn about Django Response.

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Response Framework Attributes

Here are some of the attributes of the Django response framework:

HttpResponse attribute Reason

HttpResponse.content This attribute is used to denote the content of the message

HttpResponse.charset A string value represents the character encoding of the response.

HttpResponse.status_code This represents the response status code

HttpResponse.reason_phrase This represents the reason phrase of the response

HttpResponse.streaming Mentions whether it is a streamed communication or not.

HttpResponse.closed When the formulated response is closed then this value is assigned as true

Response Framework Methods

Below, we mention all the methods associated with the response framework.

Httpresponse attribute Description

HttpResponse.__init__(content=”, content_type=None, status=200, reason=None, charset=None) The response object is associated with the content page and content type.

HttpResponse.__setitem__(header, value) The value is associated with the header name

HttpResponse.__delitem__(header) Deletes a specific header

HttpResponse.__getitem__(header) Returns a value for the specific header name

HttpResponse.has_header(header) It returns either True or False based on a case-insensitive check for a header with the provided name.

HttpResponse.setdefault(header, value) Allows to formulate a default header value

HttpResponse.write(content) This creates the response for a file-like object.

HttpResponse.flush() Allows the response object to get flushed

HttpResponse.tell() A file-like object will be created in the response

HttpResponse.getvalue() It is used to get the value of HttpResponse.content.

HttpResponse.readable() A stream-like object will be created in the response

HttpResponse.seekable() Makes the response object reachable

Examples of Django Response

Here are the following examples mention below:

Example #1

Design the choiceField() in the chúng tôi with the values it needs to display and process in the choices attribute of the field.

views.py:

def email_sending(response): email = emailform() if response.method == 'POST': email_id = response.POST['email'] email_subject = response.POST['email_subject'] email_message = response.POST['email_message'] mail = send_mail(email_subject,email_message,'[email protected]',[email_id],fail_silently = False) response = HttpResponse(mail) print("Content of the resposne: ",response.content) print("Charecterset of the response: ",response.charset) print("Status code of the response: ",response.status_code) print("Reason phrase of the response: ",response.reason_phrase) print("Reason close status: ",response.closed) return response return render(response, 'emailpage.html',{"email":email})

Design the webpage in the corresponding template file for this page,

Response_methods_check.html:

{% load static %} body { background-image: url(“{% static ‘admin/img/background.jpg’ %}”); background-color: #acccbb; } .myDiv { border: 5px outset red; background-color: lightblue; text-align: center; font-family: “Comic Sans MS”, cursive, sans-serif; font-size: 14px; letter-spacing: 2px; word-spacing: 1.8px; text-align: left; color: #02071C; font-weight: 200; text-decoration: none; font-style: normal; font-variant: normal; text-transform: capitalize; } {{ email.as_p }} {% csrf_token %}

Output:

Example #2

Here the response values from a file upload page is been verified

views.py:

from django.shortcuts import render from chúng tôi import HttpResponse from Django_app1.forms import Valueform,fileform,emailform,responsecheckform from django.core.exceptions import ViewDoesNotExist from django.contrib.auth.models import User from django.core.files.storage import FileSystemStorage from django.contrib import messages from chúng tôi import send_mail,EmailMessage import responses def file_upload(response): file = fileform() print(" File Values in File Dictionary:", response.FILES) if response.method == 'POST' and response.FILES['Uploaded_File']: uploaded_file = response.FILES['Uploaded_File'] fs = FileSystemStorage() filename = fs.save(uploaded_file.name, uploaded_file) uploaded_File_Size = 'Size of Uploaded file: ' + str(uploaded_file.size) content_type_of_uploaded_file = 'Content type of uploaded file: ' + str(uploaded_file.content_type) uploaded_file_name = 'Name of Uploaded file: ' + str(uploaded_file.name) uploaded_file_url = fs.url(filename) print("uploaded file url",uploaded_file_url) messages.success(response, '!!! File upload successful !!!') messages.success(response,uploaded_File_Size) messages.success(response,uploaded_file_name) messages.success(response,content_type_of_uploaded_file) response = HttpResponse(filename) print("Content of the resposne: ",response.content) print("Charecterset of the response: ",response.charset) print("Status code of the response: ",response.status_code) print("Reason phrase of the response: ",response.reason_phrase) print("Reason close status: ",response.closed) return render(response, 'filehandeling.html', {"file":file}) return render(response, 'filehandeling.html',{"file":file})

Html file:

{% load static %} body { background-image: url(“{% static ‘admin/img/background.jpg’ %}”); background-color: #acccbb; } {% if messages %} {% for message in messages %} {% endfor %} {% endif %} {{ file.as_p }} {% csrf_token %}

Output:

Example #3

views.py:

Html file:

{% load static %} body { background-image: url(“{% static ‘admin/img/background1.jpg’ %}”); background-color: #acccbb; } {{ emailform.as_p }} {% csrf_token %} {% for message in messages %} {% endfor %}

Output:

Conclusion

From the above-provided descriptions and examples, the key information related to the Httpresponse framework can be understood.

Now Never Lose Your Airpods With Apple’s ‘Find My Airpod’ Feature

Now Never Lose Your AirPods With Apple’s ‘Find my AirPod’ Feature

“Important Tip: The AirPods must be connected to the iPhone via Bluetooth to find lost AirPods.”

Even if the Apple AirPods are not connected through Bluetooth, there are still few ways Apple can help you to find lost AirPods.

First Thing First – Setup Your AirPods

Step 1. Get on to the home screen of your iPhone or iPad.

Step 2. Open the Apple AirPod case keeping your iPhone next to it.

Step 4. Tap on the ‘Connect’ button.

Step 5. If you have AirPods (2nd generation) or AirPods Pro, you can set up “Hey Siri” with your AirPods. Tap on the ‘Done’ button once it is complete.

“Please Note: If you are logged in to your iCloud account, your AirPods will automatically set up with all the supported devices that are using the same Apple ID.”

When your Apple AirPods are connected to your iPhone or iPad, it will be easy to find them if they are lost or stolen.

How to Find AirPods on Map

To find lost AirPods or stolen AirPods, you can sign in to chúng tôi or use Apple’s ‘Find My’ app to locate your lost AirPods on a map. ‘Find My’ app shows you the current location of all your Apple devices that are signed in with the same Apple ID. It will also locate your lost AirPods if they are connected. If they’re not connected, ‘Find My’ app will show you the location where they were online last time.

On A PC On Your iPhone, iPad, or iPod Touch

Open the ‘Find My’ app and select the ‘Devices’ tab. Tap on your AirPods and it will find your Apple AirPods. It will show you a location under each device or display ‘No location found’ if it is not turned ON.

“Important: If your AirPods are not together, it will show you only one location at a time on the map. Mostly it is the main AirPod. Find it, grab it and put the AirPod in its case. Refresh the map again and it will track the second lost AirPod.”

Play a Sound on Your AirPods

If you are certain that your lost AirPods are nearby, this is the best option to find lost AirPods. It should be connected to you’re your Apple Device through Bluetooth. You can use both ways chúng tôi or ‘Find My’ App to play a sound and find lost AirPods. Go to the ‘Devices’ tab and select your AirPods from the list. Tap on the ‘Play Sound’ button and Apple AirPods will play progressively louder sound for two minutes, or until you stop it.

“Please Note: Do not try this when your Apple AirPods are on your ears as it is going to be loud.”

How to Find AirPods When Offline?

Well, that’s a dream as of now, once you have lost AirPods and someone turned off stolen AirPods, you can’t find lost AirPods. It doesn’t show on Map or play a sound as it loses connectivity. All we can find is, where it was last located when it got turned off. You can find AirPods when offline if they are still sitting there where they got into offline mode.

Can Someone Use Found AirPods?

If you have permanently lost AirPods, the person who found one or both of them can use them. Stolen AirPods or lost AirPods can be paired with their iPhone and they can use it as it doesn’t restrict the usage. Even if you have ‘Find My AirPods’ enabled, it will automatically be unpaired from your device list as soon as someone factory reset AirPods.

“Please Note: Apple AirPods doesn’t have any ‘iCloud lock’ or lost mode!”

If someone resets Apple AirPods and pairs them to a new Apple device, stolen AirPods get listed under that person’s Apple ID and his ‘Find My’ app. The new location permanently disappears from your device and the account. They are permanently gone!

Can You Track AirPods’ Case?

Well, that’s a good question. As of now, Apple has only designed to find lost AirPods but if you have lost AirPod case or it is leftover somewhere, and you ask me “can you track AirPods?” I’ll simply say it’s not possible to find your AirPod case.

Regrettably, only your Apple AirPods are designed to make a chirping sound on your lost AirPods’ but the AirPod case isn’t loaded with speakers or vibrators and thus they can’t create any sound to help you locate your lost AirPod case back.

So as you can’t find AirPod case, here’s what you can do now. If you finally realize that you lost AirPod case or it’s damaged, you can place a replacement order from Apple for a fee of $69.00 for the case or individual AirPod.

“Tip: This feature will not work if your AirPods are out of range, powered off, or in the AirPod’s case with a closed lid.”

Wrapping Up

Your Apple AirPod is your baby, you need to take care of them as you can’t always rely on ‘Find my AirPod’ apps. This app is just for your convenience if the AirPod is lost within your home. If you have lost AirPods outside your circle, it becomes invariably impossible to find lost AirPods or lost AirPod case. And especially, you can’t find AirPods when offline.

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Raj Soni

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