ChatGPT for Cybersecurity | Harshit Srivastava | Skillshare

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Taught by industry leaders & working professionals
Topics include illustration, design, photography, and more

Watch this class and thousands more

Get unlimited access to every class
Taught by industry leaders & working professionals
Topics include illustration, design, photography, and more

Lessons in This Class

    • 1.

      Introduction

      1:24

    • 2.

      Analyzing Log file to find unauthorized access

      7:08

    • 3.

      Code vulnerability checks- Website

      9:36

    • 4.

      Code vulnerability checks- Android App

      6:25

    • 5.

      System Vulnerability checks- Windows and Linux

      6:12

    • 6.

      Temporary chat for Privacy and Data Control

      4:31

    • 7.

      Generating python programs for data analysis

      10:18

    • 8.

      Generate an html page from an image

      6:50

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About This Class

In today’s rapidly evolving digital landscape, cybersecurity has become a critical concern for organizations of all sizes. As cyber threats become more sophisticated, the need for innovative solutions to safeguard sensitive information and maintain the integrity of digital infrastructures is more pressing than ever. Enter ChatGPT—a powerful AI tool that is transforming the way cybersecurity professionals approach threat detection, incident response, and overall security management.

The "ChatGPT for Cybersecurity" course is designed to empower cybersecurity professionals, IT managers, and anyone interested in securing digital environments with the knowledge and skills to effectively leverage ChatGPT in their cybersecurity operations. This comprehensive course explores the intersection of artificial intelligence and cybersecurity, providing participants with practical insights into how ChatGPT can be utilized to enhance security measures, automate responses, and optimize threat intelligence.

Course Objectives:

  • Understand the Role of AI in Cybersecurity: Gain a deep understanding of how artificial intelligence, specifically ChatGPT, is being integrated into cybersecurity strategies to address complex challenges. Explore the potential of AI to revolutionize security practices, from identifying vulnerabilities to predicting and mitigating cyber threats.

  • Leveraging ChatGPT for Threat Detection: Learn how to utilize ChatGPT to enhance threat detection capabilities. Participants will explore real-world scenarios where AI can assist in identifying patterns and anomalies that may indicate a security breach, enabling quicker and more accurate threat detection.

  • Incident Response: Discover how ChatGPT can be employed for incident response processes. This module will cover how AI-driven automation can reduce response times, minimize human error, and ensure consistent application of security protocols during incidents.

  • Hands-on Practice: The course includes practical exercises where participants can apply what they've learned by creating and deploying ChatGPT-driven solutions in simulated cybersecurity environments. These hands-on activities will reinforce the theoretical knowledge gained and provide real-world experience in using ChatGPT for cybersecurity purposes.

Here in this course you will learn to-

  • Analyze Log file to find unauthorized access

  • Finding Bugs and Vulnerabilities in code- Website and Android App

  • System Vulnerability checks- Windows and Linux

  • Generating python programs for data analysis

  • Temporary chat for Privacy and Data Control

By the end of this course, participants will have a comprehensive understanding of how to integrate ChatGPT into their cybersecurity workflow. Whether you are looking to enhance your organization’s security posture or simply stay ahead of emerging threats, this course will equip you with the knowledge and skills to leverage AI for more robust and efficient cybersecurity operations.

Join us in exploring the future of cybersecurity with ChatGPT and take your security strategies to the next level.

Meet Your Teacher

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Harshit Srivastava

Developer on IBM Cloud, Bluemix

Teacher

I am Self-Taught developer who had worked on various platforms using varied languages, and involved in various Projects both Open Source and Proprietary.

I have developed Web and Android Applications, chrome Extension, worked on various frameworks, fixed bugs for some projects, and explored numerous others. I think education and learning should be free and open, not be bound with restrictions like attending classes or going to college, People from all age groups, gender, faith, race, nations, etc must get equal privilege. When entire world would act this way like being a single FAMILY, we would truly realise VALUE of Knowledge and Human Life.

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Transcripts

1. Introduction: Hi there. Welcome to this course on hat GPD for cybersecurity. My name is Hrsith and I'm instructor for this class. Here in this class, you will learn different applications and use cases of chat GPD for testing the code that can be useful in securing IT infrastructure and software applications online. You don't need to worry if you are a beginner. Here you will learn everything that you need right from scratch. In this course, you will learn to analyze log files to find unauthorized access to your network. You will learn how to find bugs and vulnerabilities in various types of the code snippets for website or mobile applications such as Android applications. Moreover, you will also learn to check system vulnerabilities in Windows and Linux using shell scripts and Power Shell code generated by Chat GPT. Here we will use hat CPT for building cybersecurity policies for the organizations and individuals. And moreover, you will also learn to generate code and data control features for privacy settings and much more. So if you're curious to learn these skills in hatPT, start learning right now, see you in the class. 2. Analyzing Log file to find unauthorized access: Hi, welcome back, friends. Here in this lesson, you're going to learn about how we can analyze the log file with the help of hat chpT. So let's get started. So currently I'm on hathPT on the left corner. Here we can see we can select the model. Let me select the latest model GPT four, O or Oni. You can also do it with GP four or other models that have this feature to attach the file. Here we need to upload the log file from a system. I have created a sample log file, so let's get started. Log analysis is very much important in cybersecurity, especially if we want to check for the unauthorized network traffic to a website or server resources. So we can do it in many ways, especially it will detect the unauthorized access or attempt to access. So it would be very much important, especially it will also help you which person was authorized to which bod. Let's see. As a cyber security analyst, I want to check this log files to identify unwanted or maybe unauthorized attempts to access give this prompt in different ways, you can directly ask hatchPT to analyze the unauthorized access or you can provide it cybersecurity analyst and on to check this file for analysis. And here we can see, hatiPT is suggesting would explain unauthorized access attempts from the IP, and in this log file, here we can clearly see the unauthorized attempt has been detected thrice. And this is instance of the timestamp, unauthorized user activities, so on this time ten, 30, 55, user Admin added new user called Hacker with admin privileges. So Admin got compromised at this instance of time and new user was created that was granted admin privileges. So it's a very serious threat, we can see, and then access denied for the user hacker to the file financial report. So this was some of the security mechanisms that we already placed in the system so that avoid denied the access to a specific file. Then user admin fail to log in from this IP address. And here we can see this unauthorized IP address. Maybe we can do it for the analysis. There are multiple unauthorized access attempts from the IP address, indicating persistent efforts to breach the system. And these three vulnerabilities. What are the recommendations? It will recommend you to investigate this IP, 10.0.0.5, and we can either block this IP permanently and analyze for the patterns. Till we find any pattern, we can block it as immediate security action. Then we need to audit the admin actions. What other actions was performed on behalf of Admin, because we have to identify whenever there's a security attempt, it could be failed or, uh maybe successful, we still need to investigate every compromised parameter. You need to remove the unauthorized user, just simply delete this account and check all other activities. ChaBT is asking us for a detailed report. Yes. Do it. You can ask it for a detailed analysis report for unauthorized access to the log. And with the time stamps, we can see. Log file is very important because it will note down all the time stamps in a system whenever there's a compromise. And here we can see this another user called JD and there was a failed attempt, and there was a file called confidential dot PDF. It was trying to be compromised and so. And there are other detailed recommendations that we can apply. So what investigation we can do, specifically on this IP, what things were there. We have to audit the Admin actions, all the actions, not just on the same day, we can do it for the previous few days as well. We have to investigate. Then simply remove unauthorized users that has been created by Admin without proper consent on the team. And then implement a stricter security policies after the incident has happened. So it is recommended that each company should have multiple security policies, one for the general situations and one for the emergency situations. So whenever such incidents happen, you have to enact a more stricter security policies. And ChargePT can help you build strategy cybersecurity policies as well. Okay, so this was how we can investigate the log file very easily and effectively on Chat hept. And yes, whenever you have to do it in a private mode, you can use the temporary chat. Just open a new tab on chat Chipt and this will start a new conversation, create a temporary chat, upload the same file. And this way, hathPT won't keep the history of your file. We have to be cautious because any data that we share with Chat Chipt could get compromised, but if you want not to keep the history and in the privacy mode, we can just use the temporary chat. This was the thing. I've just given the same prompt again with the same file and it is providing the result again. Here we can see with a timestamp, it is also putting the date. This is how we can analyze the log file. We are going to learn more examples regarding cybersecurity on Chat HPT in the coming lessons. Till then keep learning and keep moving ahead. 3. Code vulnerability checks- Website: Hi, welcome back, friends. Here in this lesson, you are going to learn about code analysis in order to find the vulnerabilities in various sides of the code. So here we are going to see the example of a website. Here we are going to upload a front end script for a login page and a back end script in PHP. So we are going to analyze the code in STML CSS, and JavaScript for the front end of the website, and for the back end, we are going to analyze the PHP. So this analysis will help us identify any potential vulnerabilities or bucks that have been developed while writing the code. So you can consider it as a software testing phase or you can consider it to identify critical box. So we can analyze it both ways. So here we just need to upload the file the source code, I have login dot stML and I'm also uploading login dot pHB. SU can upload more than one files together on chat GPT. So once both files are ready, I just want to check here we need to write a prom. And just remember, I'm using the latest version of GPT, that's GPT four oh only, and here we go. I want you to list down all the potential vulnerabilities and bugs in the code. Okay, so you can just straightaway, ask hat QPitty to list down all the vulnerabilities and box. And here's a list. And the first thing is SQL injection. You can say the PHP script is prone to SQUL injection. There's also lack of input validation. And here we can see generating the response pretty fast. So if you are only a developer, you do not have a background in cybersecurity analysis, or maybe you have limited exposure, but you are too much busy in the work and your team is small. This is generally useful for a small team, and especially if you are working with a large team, you do not have a cybersecurity expert or dedicated software tester. This way, you can save a lot of time and money. And here we can see Charge EPT can help us suggest what changes should be there. So based on this code, here it is analyzing the SDML and PHP files. So in the PHP file, here we can see SQL injection is there. This indirectly interpolates user input into the SQL queries, making it susceptible to SQL injection attacks. So this way, a person who can write the SQL code in the username or password that can get unauthorized access and manipulate the database. Here we can see we have the user variable the solution could be done like this way. We can have the element defined. And prepare restatement to prevent SCL injection here, it's correcting the code. The plain text, password is storage. The second vulnerability is the code assumes that password are stored in plain text. This should not be there. The password should be stored in the type password. So there's a difference in plain text and password because whenever you provide any input, and it converts to dots or hashes or asters. It happens simply because it has been considered as a category password in SQL. Whenever it is categorized as password, it cannot be read easily. It can be only provided as an input. It cannot be retried and can be checked. So this way, it is a better way. If you are storing password as plain text is a major security risk, and hackers can retrive all the passwords. It should be encrypted. Then third vulnerability is lack of input validation. So there are not too many validations on the STML side, I think, or this could this could result in the cross site scripting attack excesses. This is a front vulnerability that happens because improper Java script code in the front end. So we can correct it. We can correct it from the server end as well, and here we can find this code. Then error handling. So this fourth error, the connection error handling exposes internal database details, this should not be there because sometimes you may have seen a website where whenever there is an error, the error code is shown on the website. Okay, like root not responding or just anything else, we should not expose the real database details. Otherwise, it would be easy for a hacker to understand and plan for the attack because the first step to attack from the hackers perspective is to know what infrastructure your company has implemented, the website. And we have to hide it, mask it in order to keep it safe. The problem in the code and the solution. Here we can see the error log, we have to put in the log whenever there's a thing. In the STML form, there are several vulnerabilities. Uh, does not include **** side validation. There should be client side validation as well. The validation can be both server side and client side. So for the excesses cross side descripting attack, it could be prevented either from PHP or from front end, as I've told you before. We can do it in CSS or directly in STML or we can take help of JavaScript. Okay. Here's an example, we have the input type and then we can have the password type. These are the two different types. Here you can see if you define the type as text, it will be plain text. If you define it as password, it will be considered as password. If you put the required parameter in SGML five, it will be required if a person does not type it, it will not go forward. Cross site crypting attack, it should be sanitized and then STTPS enforcement. So the STMLFm should enforce this URL, STTPS the secured version of STTP. Otherwise, there are more vulnerabilities and risk in STTP there could be other vulnerabilities, we could find as well. Now, could you list down other vulnerabilities that a web developer should be aware of when writing food for a website? Here this way, we can also identify other vulnerabilities that are not possessed here in this code that we have uploaded. Maybe we want to know it before to do any mistakes. Here we can see CSRF, cross site request forgery attack. There's excess that we have already seen insecure direct object reference, the security misconfiguration, the sensitive data exposure, and the using component with known vulnerabilities, insufficient logging and monitoring, we have to put the log for most of the activities. Broken authentication and session management, the session should be properly managed, otherwise, it could be hacked. File Upload vulnerabilities, server side request for Ri, remote code execution, click jacking, a lot of things are there. Password reset, poisoning and so on. So we should be aware of having these things. So if you are a web developer and you're building a website, you can take help of hachPT in evaluating the code, finding the box before deploying it in the real world, and fix it with the help of hachPT Chat GPT will also give you the solution code as it has given us. And the same way, you can also take help of hachPT in identifying other risks or vulnerabilities that may occur in the code if you are not conscious about that. So I hope this example finds you useful and you're going to learn more such concepts in the coming lessons till then keep learning and keep moving ahead. 4. Code vulnerability checks- Android App: Hi, welcome back, friends. Here in this lesson, you are going to learn about analyzing the code for a mobile application where we were going to find vulnerabilities that can be fixed. So let's get it started. Here I'm on hachPT using the latest model of ChatCPT then I'm uploading some code from my system. So here we have the XML file and Java file. So here, I'm going to test the vulnerabilities for this Android application. So for this Android application, we have two files. So at least we will have two files. We can have more files once we create more activities in our application. So for Android Java, we have main activity dot Java file and activitmint XML file. So we want to check the vulnerabilities. Could you list down all the vulnerabilities or security risks in the code? And here we can see the response. So Chat JBT is reviewing both the files. So first, it is reviewing the Java file. So here we can see this is a risk for SQL injection. So in the main activity dot Java file, attempt login method constructs a SQL query using the string. And this is a risk. The risk is approach. This approach is vulnerable to SQL injection where the attacker can manipulate with the input, execute arbery CIL commands. So SQL injection is a method where a user can run SQL query in the user name or the password field or a similar field, and we should have the things protected. And the mitigation is to use parameterized queries. So we have to put the query in a parameter and then we can pass it to server, and it will be saved. Here, Char PT is pointing you the errors and the mistakes in the code, and it is also providing you a mitigation strategy and also explaining everything. That's a good way to learn as well as to inspect the vulnerabilities in the code. In the same way, if you're working for IOS app or iPhone app, it would be or Swift code, and it will be very easy. If you have a cutlin application, you can also analyze it or just like any other desktop application as well, you can analyze for.net, C plus plus other applications. Then second vulnerability is cross site scryptingEcessS. And here we can see the code directly outputs user input to a text view without sanitizing it. So if the input is displayed on a webpage interface or an Android web view, it could lead to excess attacks. So how we can mitigate it, we can properly sanitize the user input before displaying it. It's very important because sometimes the server's secret code or the status code is displayed on the screen, we need to sanitize it. The hard coded credentials, we can see the code contains hard coded credentials for the sensitive information like password that could be in the security risk. We can use Android's shared preferences with encryption or a secured at. Then there's a fourth vulnerability for insecure database handling. So the risk is the database could be accessed by other applications if not properly secure. The database has been created and access without any security considerations. The mitigation is to use any encryption techniques then the lack of input validation, so there has to be proper input validation. So for the web applications, we use front end validation with JavaScript and back end validation with any back end descript like PHP, ASP, GSP. In the same way, for Android Java, we have to implement in Java. If you're using Kotlin, you have to implement it in Kotlin. And how it can be implemented, it will do. And it is providing these things. Now we can write now provide me the updated code. After mixing all the variabilities. And here we can ask it to update the codes and we can review it as well. So first of all, it will provide Android Java file where we can see this writing, and then we can have it is also putting the comment like how we can which part it has secured, like securely created or open the database, securely inserted default info credentials and much more. And then what changes have been made to the code, we can see the summary. Okay. So it's very useful. So JAGUPT can help you identify any vulnerabilities. It will help you understand those vulnerabilities and what are the risk, and it can also help you write a new code with the fixed vulnerabilities. So hope you find this example useful, especially if you are working for Android applications or any other mobile application projects. This will make your process more secure, your applications more secure and valuable. You're going to learn more in the coming lessons till then keep learning and keep moving ahead. 5. System Vulnerability checks- Windows and Linux: Hi, welcome back, friends. Here in this lesson, we're going to learn about how we can take help of charitibt in generating certain types of code that can help us identify system vulnerabilities. So let's get it started. Here I will start a new conversation, and now I will just write a simple prompt. Write ten a SLA script. You check system webilities in Linux. Okay, so in servers or in desktop environments, we use different operating systems. So if you're using Linux, either on server or Desktop, you may want to check for various vulnerabilities, and here are certain Snipper chat VTune writing. So here we can see I have asked it to write ten shell scripts to check for system vulnerabilities in Linux, and it is writing them one by one. So the first one, we have to check for world writable files because it should not give permission to all the users to write the files to change this thing. Then check for weak passwords if any of the user in the password is stored in the shadow file in Linux. So it's referring to the shadow directory, um then check for the root login via SSH or we can check for the secure shell for the root login. Once we run these shell Scripts in Linux, we can check these functionalities. Check for attended upgrades. So if there are any security upgrades that needs to be done or any software patches, it will show you. And then it's important like check for open ports, notice that function in the same way we can check for the running services. If there are certain hidden damons it will also show you. So Damons are the processes that run on the background, we can check. Then we can check for SUIDs and SGID files. These are different files. And then for the outdated softwares, the unauthorized users check for insecure file permissions and much more. Maybe we can write more prompts to get more description. Now, right, ten more shell scripts. And it will write ten additional check for unknown files and directories, check for insecure SSH protocols, check for installed packages with known vulnerabilities and so on. So here we can see checking for various servers, OpenSSL, OpenSSH, Apache two Nginx, nginx, PHP, mySQL, post grad SQL, and if you're using any other, you just need to modify it accordingly. Package dot get. And here we got file permissions. We can check for the user IDs with UID zero. We can check for the disabled services for a large number of failed attempts, for empty password files, and so on. And here we can see we have asked it for ten codes and have written an extra. So check for the recent logins, you can check for the last log. These are some security based SL scripts. If you're using for the Microsoft Server, just ask it. Write all the scripts for Windows. Okay. And here it will write the PowerShell scripts. We have not asked it to write for PowerShell, but Chaibt smart enough to understand that on Windows server, we would be able to run only PowerShell scripts, not the shelly scripts directly. And here's changing everything to PowerShell for weak password for remote Textop access, for other things here we can see is generating all the code. For both of these environments, once we run these system checks, it will be very good for you. Especially if you're learning about the cybersecurity, securing infrastructure, or if you do not have a background in cybersecurity, you are a responsible person, being a system administrator or a developer or just anybody who's in charge of the system. You have to make sure the system is not compromised. And for that security, you can take help of Chat GPT. And here we have not provided any data to Chat GPT. We're just straightaway ask it for the scripts. If there's any problem or you want the code to be modified further, or if you find any vulnerabilities or bug in the code itself generated by hachPT just ask Chart GPT to modify as you feel like. I guess, for example, here, like in the check for suspicious processes, here it is running for different commands for Python, Ruby, PHP, Lua Pearl, maybe you are also using ASP, so you just need to append ASP as well at the end. You can put it here. If you're not using PHP and you are sure there's no PHP script running in the background, you can ignore it, drop it. You can modify the code as pRE requirements. I hope this example is useful for you. Try to implement it on your own, keep learning and keep moving. 6. Temporary chat for Privacy and Data Control: Hi, welcome back, friends. Here in this lesson, you about how you can use a temporary chat option in chat Jupity. That would be useful, especially once you are concerned about the privacy and the security of your data. So let's understand why it is important. So on Chat HPD homepage, just go to top left corner of the screen where you can choose the models. So there are three different models currently. We have on ChatPT. The latest one is GPT 40 or Omni. Then we have GPT four turbo and GPT 3.5. So as you can see, all these three models have different performance capabilities, and we can choose either one for having a conversation. Okay. And just below GPD 3.5, you can see an option for temporary chat. So what is a temporary chat and where you should use? So if I enable it, by default, it is disable. If I enable it, you can see the prompt panel changes to black color, and here on the top, it is written as temporary chat. And in the temporary chat, I have the option to choose either of the models. Okay? So in the temporary chat, if you want to use GPT 3.5, you can use if you want to use GPT four or GPD 40. So all these models work perfectly well. Okay? So what is the temporary chat? So whatever information you provide in the conversation, like upload any dataset or upload any document file or just provide any information, it will not be saved on the hatGPT server, and Chat GBT will not remember it. Also, it will not be saved in your history of the conversations as well. So if you want to completely use an incognitive mode or the private browsing mode in a web browser, it is just like that. It will be more safe in terms of data security, and it will be useful, especially once you are sharing sensitive information or public, personal identifiable information of your client, of your company, or maybe yourself, it could be if you need to use social security numbers, phone numbers, email address, address, and such things, it is recommended. First of all, you should not share it with Chat JBT and secondly, if it has to be shared, always use the temporary chat. Let me show you an example. It looks just like the same thing. This is a transcript for the court hearing. Let me upload both of the court hearing. Could you Could you write a copy of legal judgment based on the on these two hold hearings for a property dispute case. Okay, so here, I have the two round of hearing the property dispute case. And if I want to draft a judgment, based on this information, it will draft a judgment. Okay, so here it is. And I do not want to provide this sensitive information to hat GPT or do not want to retrieve it. Later on, I just want to get it done and then here I can use it, copy it and paste it anywhere in the doc file, and I will just get back to the world. You can see in the chat history, this conversation is not recorded. Okay. So I hope you understand how we can use the temporary chat in different situations and what's the advantage of using temporary chat over the general ones. So I hope you find this example useful, you're going to learn more in the coming lessons till then, keep learning and keep moving ahead. 7. Generating python programs for data analysis: Hi, welcome back, friends. Here in this lesson, you're going to learn about how you can generate the Python code for data analysis. So let's get it started. Chat PT can help you write the code in different languages in different ways to solve the simple to complex problems, and here we are going to see how we can generate the Python code for that. So here, I'm using GPT 40, latest version of hatPT although you can still use GP four or GPT 3.5. If you want to upload a dataset for Chat GPT to generate the code, it's better to use GPT four or four On because these two models allow you to upload the file. Otherwise, if you choose to upload on GPT 3.5, you won't be able to upload any file. So it depends on your situation. Here I'm uploading a dataset, the telecom dataset in CSU, this is a sample dataset that I want to analyze. So here I'm writing a simple prompt. Write five Python programs to perform various operations on this dataset, including data cleaning. Modeling, visualization, and analysis. And here we go. This is a simple two line of prom and asking hat GPT to generate five programs for different set of operations. If you're already sure what exact operations you want to do if you want to remove the null values of a dataset or want to get all the values in a column in a specific format, these set of operations comes under the data gleaning part. If you want to create clusters like Kmean clusters, it would be data modeling or if you want to create a data visualization charts such as the line charts, Sankey, tmp, any kind of chart. It would fall under the visualization category if you want to analyze or find the critical insights from the data set, it would be of the analysis part. We can do pretty much everything in Python. Library Python is the most suitable language for performing set of operations for data science and analysis, here is the thing. Here we have the first program related to data cleaning, and here we can see it reads through this CSV file, create a dummy path and then after we have the CSV file, will understand the dataset and here it is changing the value like the missing value. It is checking first for the null values wherever there is no value, then it's supplying the clean column names. So it's checking for the lower case. Replace Ipacebr with underscore. Whenever there's space bar, it is changing it with underscore. In the same way, convert date columns to datetime format. So it is converting the date time so that it can be used for calculation because sometimes people do enter the dates in different formats. So in the US, the month is written before the day of the month and in other parts of the world, the day of the month is written before the month. So it will be a different formatting. So we want our thing to be in a simple format. Then we want to handle the missing values. It is checking for the mean of the numerical values and you can check. Then it will convert the categorical column to category type and here's the thing. It has applied three, four different operations for data cleaning in a single program. Python could be very much efficient. If you have to implement it with any other language, it will definitely require more lines of put. That's why we are using Python. The same way, it has then generated a second program for exploratory data analysis. And here we have it first loads a dataset then convert the necessary column to appropriate types. Again, the data time, descriptive statistics, check, and then the churn rate because this is a telecom data set and we want to identify the customers who are more likely to churn. So we want to identify those customers, and then we can then take suitable actions. Depending on the plan type, we generally have three plan types in this dataset, the basic, the premium, and the unlimited plan, and we want to identify which plan we should push forward. So that's the analysis. So after it has done some exploratory data analysis regarding the churn rate and creating a correlation matrix using the data frame. And then here we go for the data visualization. It's using Matt plot lib and CBonn for representing the chart and churn distribution plot is being displayed after we run this core. Here we can see the count plot and the churn distribution is shown here. Then we have the bill distribution. The correlation heat map is also shown. So heat map will show us the coolness or the hotness to show different values. After this visualization, it has generated three different types of the charts. First for the churn rate distribution plot, then for the monthly bill distribution by plant type, and then for the correlation heat map. Then it is writing the code for predictive modeling. So predictive modeling allows us to predict the future values based on the data sets. So here, it takes certain approaches by splitting the data set, standardize the features, train the model, and then we can predict the upcoming values based on the confusion matrix, and other approaches. So there could be different approach. We can go with the generated one or if you're not sure about this model, you can ask hatch PD two generator, take a different approach or use a different model. Then we have the customer segmentation. So definitely customers fall into different categories and we want to identify the behavior of the customer whenever we are analyzing a dataset, and that's why we can take a specific set of actions on segregated customers. So we do not want to disturb the customers who are less likely to churn, although the customers who are more likely to churn, we want to retain them. So that could be the implementation of this analysis. See here SK learned clusters being used, the mat plot lab and the Pandas Pandas for calculations definitely. The K means algorithm cluster algorithm is being used here as we can see here it plots the elbow curve consisting of different values. The X label and Y label we can read here on the number of clusters and W CSS, and here the optimal number of clusters is three checks and then sub value. You want to get the explanation, explain the code for customer segmentation, you can write it here, explain. The code or we can say program. You can write code for customer segmentation. Okay. And here it will give you a good explanation or maybe documentation. So first three parts are the importing of the libraries used for data manipulation. The pandas are used for data manipulation and analysis, K means are used as a clustering algorithm from psychic learn for unsupervised learning, machine learning model and the matplot Pipe plot is used for plotting chart. So first three lines are clear then the loading of the dataset is a CSE file followed by the file path. And then we have the feature selection for clustering. So these are the three columns, monthly bill data usage and call duration are used as a feature selection. Based on that, we want to create clusters. Then we have to determine the optimal number of clusters using the elbow method. And here's the code. And once it is being identified, we can create a plot for Elbow curve. And there's a detailed explanation for other things in detail, you can read and then understand. So here you can see how easy it is to analyze a given dataset with the help of hathPT, you can generate the entire Python code, different types of programs, taking use of different libraries in Python. And here if you are a student or you are a beginner, you will get the explanation of each and every part of the code. If you're a professional, you can still save a lot of time if you have to manually type the code. Here, you will get the context and you generate the code simply based on the given data set. I hope this thing is useful to you and you're going to learn more in the coming lessons still the keep learning and keep moving it. 8. Generate an html page from an image: Hi, welcome back, friends. Here in this lesson, you're going to learn about an interesting use case where we are going to upload image. And based on that image, we are going to generate the code or build a website. So let's get this started. Here I'm on ChatPT. I'm using GPT four model because we can upload any image to Chat GPT, only using GPT four or four only. Okay? So if you switch to GPT three, we cannot upload image so far. Maybe in the later updates, they will allow this feature, but right now we have to use four models. So here I'm going to upload an image. Here's an image. Let me write a prompt before I can show you the image. So this is the prompt based on this image, create an STML form consisting of all the STML CSS, and JavaScript. You know, single webpage. Okay, so this is the prompt. So whenever you are uploading an image and asking CHAPT to do some task, we still need to write some prompt. Okay, so here, as you can see in the image, it consists of a simple hand wrawn sketch on a piece of paper. It consists of the name field, a text box, an email field, another text box, a checkbox, agree to terms, and then a login button. So we want our web page to look like this, so we are going to create an login page. So for those of us who do not know how to write a website or code for the website, we can generate the code as easy as this. And for people who still know the programming languages or know about web development, this would be a big time saver. Okay, so here you can see ChaiPT has generated a huge code for SDML CSS, and JavaScript, everything is written here. We need to just check whether this is working or not. So I have copied the code. I'm going to create a new text file. Let me call it login. Underscore page. And then I'm copying the code here, pasting it. So all the SML CSS and JavaScript pages there. Then I would be renaming this text file, change it to dot SGML. In form, and then I will double click. So once I double click, here you can see it has created a login page, although the UI is not perfect, but still we can correct it later on. Here I can provide any name like, my name is Herset. I'm providing this name, email if you can type, otherwise, just let me check whether if I do not type and here agree to terms and log in, it tells me to fill out this field. Okay, so it's working. So here we have the SDML in place, the CSS, and the JavaScript. Everything is working, and we have a simple web page created very easily. So if you want to build an entire website, maybe your website may contain ten different web pages, you can draw it on a piece of paper and ask hat chibty for the code. So it would be very quick to create these things. Although it will work for the basic level websites, if you have advanced complexities like wherever you are using JQuery, angular, bootie strap, such things, you can also generate the code. So it will completely depend on what you write, how you think, how you break down the problem, and then you will generate a code. This is how you can generate the front end web development code in STML CSS, and JavaScript with the help of cha chi patin. If you want to correct it further, we need to tell it here. And whenever there is an error, we can fix it. Now, Please add it please make it mobile friendly by modifying the code. Okay, so here we can modify the code, ask hat HPT to make it mobile friendly by adding a responsive design elements in CSS, and it can use the boot strap or other things. Although here we can see a huge CSS being written. Interest, everything should be the same. The JavaScript elements are there, and let me copy this thing and check whether how it is working. Okay, so now I'm writing a new code, create a new text file so that we can compare, call it page, simple, copy the code here. Rename it. Sorry. We need to rename it from THT to STML then open it. And here you can see it looks similar to that. And in order to check whether it's working responsive or not, I can simply change the size of the screen and it's being adjusted. Okay, so it is a responsive design, comparatively similar to the previous one. And this is if you want to change the color or user interface, you can definitely change whatever is your requirement. So this is how you can build a website or generate the front end code using hat HIPT and you can also generate a code based on the image. You can also write it in the prompt or use a combination of that. So I hope this example would be useful to you. You're going to learn more such concepts in the coming lessons till then, keep learning and keep moving ahead.