View JSON in an interactive tree structure. Explore, collapse, and search through complex JSON data.
Right-click any tree item to copy its JSONPath expression. Free online JSON tree viewer with syntax highlighting and collapsible nodes.
🌳Interactive tree visualization with expand/collapse
🔍Search within JSON structure and values
🎨Syntax highlighting and data type recognition
📋Copy JSONPath expressions to any node
🔢Array and object counters for quick overview
⚡Handle large JSON files efficiently
What is JSON Tree Visualization?
Transform complex nested JSON data into an interactive hierarchical tree structure. Perfect for exploring APIs, debugging data structures, and understanding complex JSON relationships through visual navigation.
⚡ Quick Start
Paste your JSON data in the input
Click "View JSON Tree" to generate tree
Click folder icons to expand/collapse
Right-click any item to copy JSONPath
Use search to find specific values
🎯 Best For
API response analysis
JSONPath expression generation
Configuration file review
Data structure debugging
JSON schema exploration
Step-by-Step Tutorial
🌳 Tree Navigation
Learn to efficiently navigate through your JSON tree structure using interactive controls.
Expand/Collapse: Click folder icons (📁📂) to show/hide nested content
Right-Click Menu: Right-click any tree item to copy its JSONPath expression
Visual Feedback: Selected nodes are highlighted during context menu interactions
Data Types: Color-coded values show strings, numbers, booleans, arrays
🔍 JSONPath Integration
Copy JSONPath: Right-click any node to copy its JSONPath expression
Toast Notifications: Visual confirmation shows the copied path
Test Expressions: Use our JSONPath Parser to test copied paths
Nested Paths: Automatically handles arrays, objects, and special characters
📊 Data Analysis
Counters: See array lengths and object property counts
Type Recognition: Identify data types at a glance
Structure Overview: Understand data hierarchy patterns
Common Use Cases
🚀 API Response Analysis
Explore complex API responses to understand data structure, identify available fields, and plan data extraction strategies. Perfect for REST APIs, GraphQL responses, and third-party integrations.
Example: Social media API → User profile data exploration
🛠️ Configuration Debugging
Navigate large configuration files with nested sections, validate settings, and troubleshoot configuration issues. Essential for application configs, deployment manifests, and system settings.
Example: Kubernetes manifests → Service configuration review
🗄️ Database Schema Exploration
Understand NoSQL document structures, analyze database query results, and explore data relationships. Perfect for MongoDB documents, Elasticsearch indices, and document databases.
🌳 How do I navigate large JSON structures efficiently?
Start with all sections collapsed to see the overall structure, then expand one section at a time. Use the search functionality to quickly locate specific keys or values rather than manually browsing.
📋 How do I copy JSONPath expressions from tree items?
Right-click on any tree item (folder, array, or value) to open the context menu and select "Copy JSONPath". The expression will be copied to your clipboard with a visual confirmation. You can then test these paths using our JSONPath Parser tool.
🔍 What's the difference between tree view and raw JSON?
Tree view provides interactive navigation, syntax highlighting, and structural visualization, while raw JSON shows the text format. Tree view is better for exploration and understanding; raw JSON is better for copying and editing.
⚡ Can the viewer handle very large JSON files?
The tree viewer is optimized for files up to several megabytes using lazy loading and virtual scrolling. For larger files, consider breaking them into smaller chunks or using search to explore specific sections.
🎨 What do the different colors mean in the tree?
Colors indicate data types: blue for object keys, green for strings, orange for numbers, blue for booleans, and gray for null values. This color coding helps you quickly identify data types throughout the structure.