Instagram Following Scraper (No Login Required)

"# Instagram Following Scraper (No Login Required)

What does Instagram Following Scraper (No Login Required) do?

This tool extracts comprehensive data from Instagram following lists without requiring any login credentials or cookies. Built on a cookieless architecture, it allows you to gather valuable audience intelligence from any public Instagram profile instantly. Whether you're analyzing competitor networks, building prospect lists, or researching influencer connections, this scraper operates seamlessly without authentication barriers.

Key Features:

• Extract following lists from any public Instagram profile
• No login or authentication required
• Export data in JSON, CSV, or Excel formats
• Retrieve user IDs, usernames, full names, and verification status
• Access profile picture URLs and follower counts
• Filter private vs. public accounts
• Identify mutual follower connections
• Fast, reliable data extraction at scale

Why scrape Instagram following lists?

Social media strategists want to extract Instagram following lists to build comprehensive audience insights and develop targeted marketing campaigns. Understanding who your competitors, influencers, or target accounts follow reveals valuable patterns about audience interests, industry connections, and potential collaboration opportunities. This data transforms raw follower information into actionable intelligence for growth strategies.

Primary Use Cases:

• Lead Generation: Identify potential customers by analyzing who follows industry leaders, competitors, or complementary brands in your niche
• Influencer Marketing: Research influencer networks to find authentic partnerships, verify audience quality, and discover micro-influencers with engaged communities
• Competitive Intelligence: Map competitor relationships, track their network growth patterns, and identify key accounts they engage with for strategic positioning

How to scrape Instagram following lists using this tool?

Step 1: Locate the Instagram profile you want to analyze. Copy either the profile URL (https://instagram.com/username), the username directly, or the numeric user ID.

Step 2: Configure your input parameters in the scraper. Enter the username (e.g., ""cristiano"") in the designated field. Note that 1 page ≈ 50 items, so plan your extraction volume accordingly based on the target account's following count.

Step 3: Run the scraper and wait for the extraction to complete. Once finished, download your data in your preferred format (JSON, CSV, or Excel) for analysis, CRM import, or further processing.

What are the input parameters?

Field	Type	Description
username	String	The Instagram username without the @ symbol (e.g., ""cristiano""). You can also use the full profile URL or numeric user ID.

What data can you extract?

You can download the following data in JSON, CSV, or Excel formats:

{
  ""user_id"": ""987654321"",
  ""username"": ""travel_wanderer"",
  ""full_name"": ""Alex Thompson"",
  ""is_private"": false,
  ""is_verified"": false,
  ""following_count"": 342,
  ""mutual_followers"": 15,
  ""profile_pic_url"": ""https://instagram.fcdg2-1.fna.fbcdn.net/v/t51.2885-19/123456789_123456789.jpg""
}

Extracted Fields:

• user_id: Unique numeric identifier for the Instagram account
• username: The account's handle/username
• full_name: Display name shown on the profile
• is_private: Boolean indicating if the account is private
• is_verified: Boolean showing verification badge status
• following_count: Total number of accounts this user follows
• mutual_followers: Number of followers you have in common
• profile_pic_url: Direct link to the profile picture image

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This Instagram scraper provides powerful instagram follower extraction capabilities for professionals who need to export instagram followers data efficiently. Whether you're conducting instagram data extraction for lead generation instagram campaigns or performing instagram followers export for market analysis, this tool delivers reliable instagram followers data without authentication complexity."