Built for analysts to identify and compare high-potential startups using real-time scraping and AI-driven synthesis without manual research.
Problem
The manual collection and comparison of emerging company data led to inconsistent reporting and missed market opportunities.
Data Fragmentation: Gathering specific startup metrics like funding, IPO status, and traffic across multiple sources was a slow, manual process.
Analysis Bottlenecks: Synthesizing raw data from dozens of companies into a comparative trend report required excessive human effort.
Latency Issues: Relying on static reports meant that market intelligence was often outdated by the time it reached decision-makers.
Solution
The pipeline automates the entire lifecycle of market research, from dynamic keyword triggers to structured AI analysis.
Dynamic Workflow Orchestration: Built an n8n system that initiates targeted searches based on user-defined keywords.
Asynchronous Data Ingestion: Implemented an API polling loop with Bright Data to retrieve startup snapshots reliably once processing is complete.
Python ETL Layer: Developed a processing script to clean raw JSON data, standardize financial fields, and isolate the most relevant emerging companies.
Single-Pass AI Orchestration: Utilized Google Gemini to perform batch comparative analysis, identifying market trends and differentiators across the entire cohort.
Automated Structured Export: Merges AI-generated insights with standardized company data for direct delivery into Google Sheets.
Tech Stack
Automation: n8n.
Scraping: Bright Data API.
AI Engine: Google Gemini.
Data Processing: Python (ETL) and Google Sheets API.
Results
Operational Speed: Reduced the startup research and comparison cycle from hours to minutes.
Strategic Insights: Delivered high-level comparative trends that are impossible to spot through manual spreadsheet entry.
Data Accuracy: Eliminated human error in financial reporting by standardizing raw JSON data through a dedicated ETL layer.
Scalable Intelligence: Enabled the tracking of multiple industry niches simultaneously without increasing researcher workload.