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How to Scrape Glassdoor Data with Python?

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how to scrape glassdoor

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author anna

Anna Stankevičiūtė
Last updated on
 
2026-2-26
 
10 min read
 

In recruitment analysis and talent market research, Glassdoor has always been an indispensable data source. Job information, company backgrounds, salary ranges, and real reviews—these structured and unstructured data are extremely valuable for analyzing job trends and corporate hiring strategies. However, given its complex and constantly changing web structure, web scraping Glassdoor is evidently quite difficult. Today, we will guide you through the web structure of Glassdoor using Python’s Requests and Beautiful Soup libraries, and teach you how to build an efficient scraping system step by step.

Core Value of Glassdoor Data

Before we dive into the steps of scraping Glassdoor, let’s talk about why users go to such lengths to scrape Glassdoor.

The uniqueness of Glassdoor lies in the multidimensionality of its data. Regular job sites may only provide job descriptions, whereas Glassdoor allows us to obtain:

1. Real company reputations: By scraping Glassdoor reviews, we can analyze employee sentiments and understand the real atmosphere within a company.

2. Precise geographical positioning: It allows us to analyze the distribution of “data scientist” positions in specific cities, such as Los Angeles.

3. In-depth job requirements: By scraping complete job descriptions, we can use natural language processing (NLP) techniques to analyze trends in skill demands.

Why Is Scraping Glassdoor Not Simple?

We need to establish a fact: Glassdoor is not a “friendly” target site. Its characteristics include:

● Complex page structure with deep nesting levels

● Separation of job listings and detail pages

● Strict monitoring of request frequency

● Detection of IP, headers, and behavior patterns

This is why many developers often encounter issues like 403 errors, CAPTCHAs, or even account risk management when trying to scrape Glassdoor.

The good news is that with the right methods, these issues are controllable!

Environment Preparation and Basic Dependencies

To complete this task, we don’t need any complex enterprise-level software. The Python ecosystem has already prepared everything for us. We will mainly use the following two core libraries:

Requests: Responsible for sending HTTP requests to the server.

Beautiful Soup (bs4): Responsible for parsing the returned HTML content and locating DOM nodes.

1. Installing Python

Ensure that you have the latest version of Python installed on your device.

2. Installing Core Libraries

We mainly rely on requests to send web requests, and Beautiful Soup to parse the messy HTML source code. Open the terminal or command prompt and run the following command:

pip install requests beautifulsoup4 pandas

Step 1: Construct a Real GET Request

Glassdoor is very sensitive to automated scripts; if you send a simple GET request directly, you are likely to receive a 403 Forbidden error. We must disguise ourselves as a real user clicking in the browser.

Getting Headers

Open Chrome browser, visit the Glassdoor search page, right-click and select "Inspect," then go to the Network tab. Find the GET request, and copy the User-Agent and Cookie.

import requests
from bs4 import BeautifulSoup

url = "https://www.glassdoor.com/Job/los-angeles-data-scientist-jobs-SRCH_IL.0,11_IC1146821_KO12,26.htm"

headers = {
    "User-Agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/119.0.0.0 Safari/537.36",
    "Accept-Language": "en-US,en;q=0.9"
}

response = requests.get(url, headers=headers)
if response.status_code == 200:
    print("Successfully entered the battlefield!")
else:
    print(f"Blocked at the door, status code: {response.status_code}")

Step 2: Parse HTML and Extract Core Fields

Once we have the HTML source code of the page, the next step is to locate the data we need.

1. Extracting Company Name and Position

By observation, we find that the company name is usually within a div with the class name jobInfoItem and located in the first tag.

2. Getting Geographical Location

The geographical location is usually hidden under a div with the class name jobInfo amp loc in the tag.

3. Getting Job Link

This is the most critical step because we need this link to navigate to the details page and scrape the complete Job Description.

soup = BeautifulSoup(response.content, 'html.parser')
jobs = soup.find_all('div', class_='jobContainer')

for job in jobs:
    try:
        company = job.find('div', class_='jobInfoItem').find('a').text.strip()
        title = job.find_all('a')[1].text.strip()
        location = job.find('div', class_='jobInfo amp loc').find('span').text.strip()
        link = "https://www.glassdoor.com" + job.find('a')['href']
        
        print(f"Company: {company} | Title: {title} | Location: {location}")
    except Exception as e:
        continue

In this process, you may find that Glassdoor's class names occasionally change, which is why we need to have flexible HTML traversal capabilities.

Step 3: Acquire Job Description Details

Simply scraping the job titles is not enough; the real value lies in the job descriptions. To scrape the details page on Glassdoor, we need to send requests for each link we obtain.

def get_description(job_url):
    res = requests.get(job_url, headers=headers)
    job_soup = BeautifulSoup(res.content, 'html.parser')
    # Find the div with ID JobDescriptionContainer
    desc = job_soup.find('div', id='JobDescriptionContainer')
    return desc.text.strip() if desc else "Unable to retrieve description"

💡 Note: This type of "secondary jump" scraping will significantly increase the number of requests. If not controlled, your IP may be quickly banned.

Solutions to Glassdoor's Anti-Scraping Mechanisms

Since we mentioned bans, we must face the reality: Glassdoor has extremely strict anti-scraping measures. They use advanced WAF (Web Application Firewall) and behavioral analysis to identify bots.

When you try to perform large-scale scraping on Glassdoor, you may encounter the following obstacles:

• CAPTCHA: Sudden pop-up puzzles or character recognition tests.

• Rate Limiting: Excessive requests in a short period can lead to a temporary IP ban.

• Dynamic content loading: Some data is loaded asynchronously via AJAX, which traditional Requests may not capture.

To achieve true Glassdoor bypass, simple header disguising is no longer sufficient. You need more advanced strategies:

1. Slow down scraping speed: Add random delays between requests using time.sleep(random.uniform(2, 5)).

2. Use headless browsers: Such as Selenium or Playwright; though slower, they can handle JavaScript.

3. IP rotation: This is the core solution, by continuously changing your exit IP through proxy servers, making Glassdoor believe different users from around the world are accessing it.

Integrating Thordata to Achieve Glassdoor Scraping

In real projects, we do not recommend "going head-to-head" with Glassdoor's anti-scraping system; instead, we suggest introducing specialized web scraping infrastructure.

Thordata is a service provider focused on offering high-performance data acquisition solutions, aimed at helping developers address network bottlenecks during the scraping process.

• Massive IP resources: Provides 100M+ real residential IPs covering more than 190 countries and regions, significantly reducing the risk of being banned.

• High success rate: By employing intelligent rotation technology, it greatly enhances the scraping success rate for difficult sites like Glassdoor.

• Lightning-fast response: Optimized backbone network nodes allow your scraper to maintain smooth performance even when scraping large amounts of data.

• Simple configuration: Supports standard proxy protocols, requiring only a few lines of code for integration.

In addition to basic proxy services, Thordata also offers a more intelligent Web Scraper API solution that can automatically handle JavaScript rendering and CAPTCHA recognition. You only need to make a simple API call to directly obtain the already rendered clean page content, which fundamentally simplifies the technical workflow of scraping Glassdoor.

To integrate Thordata into your Python script, simply configure the proxy in Requests:

# Thordata Proxy Configuration Example
proxies = {
    "http": "http://YOUR_USERNAME:YOUR_PASSWORD@proxy.thordata.com:PORT",
    "https": "http://YOUR_USERNAME:YOUR_PASSWORD@proxy.thordata.com:PORT"
}

# Send a request using the proxy
response = requests.get(url, headers=headers, proxies=proxies)

In this way, your scraper will have thousands of legitimate online identities, allowing you to execute large-scale scraping tasks on Glassdoor without worrying about the embarrassment of being blocked.

Free trial of the Web Scraper API — Unlock a seamless scraping experience!

Thoughts on Data Cleaning

The raw data that is scraped is often "dirty." For example, the text in JobDescriptionContainer may contain numerous newline characters \n, excess spaces, or some strange HTML entities. Before storing it in a database or CSV file, it must be cleaned.

1. Remove whitespace characters: Use Python’s .strip() and regular expression re.sub().

2. Format dates: Convert "posted 30 days ago" into a specific date format.

3. Structured storage: Use the Pandas library to convert the data into a DataFrame for easier analysis later.

import pandas as pd

data = {
    "Company": company_list,
    "Title": title_list,
    "Location": location_list,
    "Description": description_list
}

df = pd.DataFrame(data)
df.to_csv("glassdoor_jobs.csv", index=False, encoding='utf-8-sig')

Cleaned data is not only aesthetically pleasing, but more importantly, it can be directly used in visualization tools (such as Tableau or PowerBI) to provide a panoramic view of the job market.

Compliance and Ethics of Scraping Glassdoor

While we enthusiastically discuss the technical details of how to scrape Glassdoor, there is an unavoidable topic: where is the boundary of data scraping?

Web scraping Glassdoor essentially involves obtaining publicly available data, but if done improperly, it can easily turn into an abuse of platform resources. To maintain the sustainability of scraping activities, we recommend following these guidelines:

1. Respect the robots.txt protocol

Before starting to write the Glassdoor scraper script, take a look at the areas designated as off-limits by the official definitions.

2. Control the scraping frequency

Don’t send hundreds of concurrent requests in pursuit of speed. Give the server some breathing room, which also protects your IP from being banned.

3. Non-commercial use as a priority

If you are scraping for personal academic research or job analysis, the pressure is usually lower; however, if it is a large-scale commercial scraper, be sure to consult legal advice.

4. Do not touch personal privacy

Our goal is to collect job descriptions and company reviews, not to excavate specific users' sensitive personal information.

Conclusion

Through this tutorial, you have learned how to scrape Glassdoor using Python. While building a scraper with Python can capture more data, facing Glassdoor's increasingly complex defense mechanisms often makes solo efforts inefficient. To achieve a smoother scraping process on Glassdoor, integrating rotating proxies to hide your real identity or using a more intelligent Web Scraper API to automate handling complex page rendering has become the wisest choice.

We hope the information provided is helpful. However, if you have any further questions, feel free to contact us at support@thordata.com or via online chat.

 
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Frequently asked questions

Does Glassdoor allow scraping?

 

Yes, but it is strictly limited on legal and technical levels. While public data can be accessed, Glassdoor's Terms of Service (ToS) explicitly prohibit unauthorized automated scraping and have deployed complex anti-scraping mechanisms. Therefore, when performing web scraping on Glassdoor, developers must carefully handle compliance and technical breakthroughs.

Can a Glassdoor be traced?

 

Yes. Glassdoor tracks scraping behavior by monitoring IP addresses, abnormal access frequencies, incomplete request headers, and specific click behavior patterns. If a single IP is accessed frequently, it will soon be recognized and banned by the system.

Is Python good for data scraping?

 

Very good, it is currently the most mainstream choice. Python has an extremely rich library ecosystem, such as BeautifulSoup, Requests, and Scrapy. This allows developers to efficiently handle complex web parsing and data extraction tasks with minimal code when building a Glassdoor review scraper using Python.

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About the author

Anna is a content specialist who thrives on bringing ideas to life through engaging and impactful storytelling. Passionate about digital trends, she specializes in transforming complex concepts into content that resonates with diverse audiences. Beyond her work, Anna loves exploring new creative passions and keeping pace with the evolving digital landscape.

The thordata Blog offers all its content in its original form and solely for informational intent. We do not offer any guarantees regarding the information found on the thordata Blog or any external sites that it may direct you to. It is essential that you seek legal counsel and thoroughly examine the specific terms of service of any website before engaging in any scraping endeavors, or obtain a scraping permit if required.