秘塔AI搜索

Tool introduction:

秘塔AI搜索It is an AI-driven search engine developed by Minta Technology. It focuses on Chinese information scenarios, relies on large model capabilities to break through the limitations of traditional keyword matching, and takes semantic understanding as the core to provide accurate, ad-free, structured information retrieval services, covering the workplace, academia, life and other fields, helping users efficiently obtain in-depth content.

Core functions:

• Precise semantic matching: Understand natural language intentions and return highly relevant results
• Structured output of information: Organize scattered content into clear forms such as tables and key points
• In-depth content interpretation: Multi-dimensional analysis of search topics (trends, opinions, etc.)
• No advertising interference: No commercial promotion results, improving information credibility
• Vertical field optimization: Special optimization for Chinese workplace, academic and other scenarios
• Real-time hotspot tracking: aggregating the latest hot topics and related information

Usage scenarios:

• Short Video creators: search material inspiration, industry trends, hot data
• Self-media people: Collect opinions and materials, competitive product dynamics, and user needs analysis
• Professionals: Search industry reports, competitive product information, professional solutions
• Students/researchers: Find academic literature, paper highlights, research data
• Ordinary users: Query professional questions and deeply interpret hot events

  Applicable population:

Short Video creators, self-media people, professionals, students, scientific researchers

Unique advantages:

• Chinese semantic understanding conforms to local needs and reduces invalid information
• No advertising throughout the process, high information purity, avoiding commercial interference
• Big models drive in-depth analysis, surpassing the depth of traditional search information
• Structured results save reading time and improve acquisition efficiency
• Special optimization in vertical areas to accurately match the needs of segmented scenarios