Simple LinkedIn Profile Collector
This workflow automates the scraping of LinkedIn profiles. Users only need to set keywords and regions, and the system retrieves relevant information through Google searches. By combining intelligent data processing techniques, it extracts company names and follower counts, ensuring data normalization and cleansing. Ultimately, the organized data can be exported as an Excel file and stored in a NocoDB database for easy management and analysis. This process significantly enhances the efficiency of data collection and is applicable in various scenarios such as marketing and recruitment.

Workflow Name
Simple LinkedIn Profile Collector
Key Features and Highlights
This workflow automatically collects LinkedIn profile information based on user-defined keywords and locations through Google Search, leveraging SerpAPI. It uses OpenAI models to intelligently extract and standardize key data such as company names and follower counts, ensuring precise data cleaning. The processed data is then exported both as an Excel file and stored in a NocoDB database for easy subsequent use and management. The entire process is designed with cost-effectiveness and user-friendliness in mind, making it ideal for beginners to quickly get started.
Core Problems Addressed
- Automates the collection of LinkedIn profiles filtered by specific keywords and geographic areas, eliminating the tediousness and inefficiency of manual searches.
- Utilizes SerpAPI to bypass Google search restrictions, ensuring stable and comprehensive search results.
- Employs OpenAI’s intelligent recognition to convert follower counts into numeric formats and extract company names, improving data quality.
- Removes irrelevant metadata to output structured and user-friendly contact information.
- Supports multi-channel data output (Excel download and NocoDB database storage) for easy integration and further analysis.
Use Cases
- Marketing and sales teams rapidly building targeted lead lists.
- Recruiters efficiently sourcing candidate profiles by region or industry.
- Business intelligence analysts gathering key industry personnel information.
- Freelancers and small business owners seeking partners or client leads.
- Any users requiring regular bulk collection of publicly available LinkedIn profiles.
Main Workflow Steps
- Manually trigger the workflow start.
- Configure search parameters (keywords, location, number of results, language, geographic scope, search engine, and target website).
- Initiate Google search via SerpAPI to retrieve search results containing LinkedIn profiles.
- Split search results into individual entries.
- Edit each entry’s fields to extract basic information such as title, link, and summary.
- Call OpenAI GPT-4o model to intelligently convert follower counts into numeric values and extract company names.
- Discard unnecessary metadata.
- Merge the processed data.
- Generate an Excel file for user download.
- Store the data in the NocoDB database for subsequent management and use.
Systems and Services Involved
- SerpAPI: Accesses Google Search via API to obtain structured search results while avoiding IP blocking.
- OpenAI GPT-4o: Natural language processing for intelligent extraction of company names and conversion of follower counts.
- NocoDB: No-code database platform used for storing and managing collected data.
- Excel Export: Converts data into Excel format for user download and offline use.
- n8n Automation Platform: The environment for automated workflow execution.
Target Users and Value
- Marketing and sales professionals: Quickly build accurate lead databases.
- Recruiters: Efficiently filter candidates meeting specific criteria.
- Data analysts and business developers: Simplify data collection processes and improve efficiency.
- Freelancers and small businesses: Achieve low-cost automated data collection and management.
- n8n beginners: Demonstrate how to integrate multiple APIs and AI services to build practical automation workflows.
This workflow offers a streamlined and efficient solution to automatically scrape and organize LinkedIn profile data, significantly reducing the time spent on manual searching and data cleaning. It suits a variety of business scenarios and serves as a powerful tool for enhancing data-driven decision-making.