This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.
Metaso
Font Size:
Introduction
Metaso offers a distraction-free environment where users can directly access search results without interruptions. This approach represents a return to the fundamental purpose of search - finding information efficiently. At the core of Metaso's capabilities is its self-developed large language model, MetaLLM. This proprietary model grants the search engine powerful semantic understanding abilities, enabling it to precisely match user search queries and deliver high-quality, relevant results. This technology foundation allows Metaso to go beyond simple keyword matching to truly understand the intent behind user searches. The system can automatically generate outlines, mind maps, and relational tables to the search query. As information continues to proliferate, tools like Metaso AI that not only find but also organize and structure knowledge will become increasingly essential for effective learning, research, and decision-making.
Key Features
- Multi-Faceted AI Search: The tool provides direct, synthesised answers to user queries in an advertising-free environment. It supports searches across distinct information scopes, including the entire web, academic literature, and online documents. This enables users to target their information retrieval process with precision.
- Academic Research Mode: A specialised search function is designed for scholarly investigation, filtering information from a vast database of academic papers and journals. It presents findings in a structured format and facilitates the export of citations for research purposes. Users can also configure the search to include specific Chinese and English academic databases.
- Interactive Video Generation: The platform can generate educational video content based on a user-provided topic, search term, or URL. Users can customise the output by selecting a knowledge level, such as 'Beginner' or 'Expert', and choosing a preferred explanation style. The generated video can be viewed alongside the original text for comparison.
- Podcast and Audio Integration: The tool incorporates a dedicated search function for discovering relevant podcast content, expanding information access to audio formats. Additionally, standard search results can be converted into audio, allowing users to listen to the generated explanations. This provides an alternative method for content consumption.
Uniqueness
Metaso offers versatility through multiple specialized search categories tailored to different information needs: Web-wide Search: Provides comprehensive search across the internet with direct, precise, and structured answers that include source citations. Document Library Search: Employs deep semantic search capabilities to locate specific documents across the web, including research reports, academic papers, and educational materials. Academic Search: Specifically designed for scholarly research, this function filters information from hundreds of millions of academic papers and presents it in a structured format, with sources focused on professional journals and academic databases. Podcast Search: Allows users to search for relevant audio content, expanding the range of accessible information formats. Metaso provides three levels of search intensity - simple, in-depth, and research - allowing users to control the depth and breadth of information received based on their specific needs. For researchers and students, Metaso offers the ability to configure both Chinese and English academic databases according to specific research requirements, enhancing the relevance of scholarly search results.
Frequently Asked Questions
Open-Source?
No
Registration Needed?
Yes
Installation Required?
No
AI-empowered?
NLP, Content Generation, and Workflow Automation
Specifications
M
URL:
Country or Region:
China
Author(s):
Shanghai MetaSOTA Technology Inc. (上海秘塔网络科技有限公司)
License:
Free
Operating System(s):
Web, Mobile
Language(s):
Chinese
Registration Needed:
Yes
Installation Required:
No
Video Demonstration
User Guide
This guide outlines how to use Metaso's AI search, personalised learning, and document analysis features.
(Access Date: 4 August 2025)
Access Metaso Website
| a. | Navigate to the website: https://metaso.cn/; |
| b. | Click 登錄 / 註冊 (Log in/Sign up) to access or register an account (Note: For Hong Kong phone numbers, change the +86 prefix to +852 before entering the phone number). |
Perform an AI Search
| a. | Enter a query into the main search bar on the homepage; |
| b. | Click the dropdown menu to the left of the search bar to select a search scope, such as 全网 (All Web), 学术 (Academic), or 文库 (Documents); |
| c. | Click the dropdown menu next to the search scope to choose a model, such as 极速 (Express) for quick answers or 長思考 (DeepSeek R1) for detailed analysis; |
| d. | Click the Search button to begin the search; |
| e. | Examine the generated result and the list of 來源 (source materials) displayed on the right-hand side panel; |
| f. | Click the 聽講解 (Listen to the result) button to play the generated audio. |
Create Interactive Learning Videos
| a. | Select 今天学点啥 (Learn Something Today) from the menu on the left-side menu; |
| b. | Enter a topic, search term, or paste a URL into the input field and press Enter (Note: The URL must be accessible in Chinese Mainland in order for Metaso to generate learning material); |
| c. | Select the knowledge level from 初学者 (Beginner), 进阶者 (Advanced), or 专家 (Expert); |
| d. | Choose a desired explanation style, such as 课堂 (Classroom), 讲故事 (Storytelling), or 精读 (Close Reading); |
| e. | Click 确定 (Confirm) to generate the learning content; |
| f. | Click the Play button to view the generated learning video; |
| g. | Click the 原文对照 (Original Text Comparison) icon to view the generated text content side-by-side with the video; |
| h. | Click the 提問 (Ask AI) button from the right-side menu and chat with the AI. |
Analyse Documents via Bookshelf
| a. | Select 书架 (Bookshelf) from the menu on the left-hand side; |
| b. | Select the 讲解 (Explain) tab at the top of the page; |
| c. | Click a learning material history to review or use the delete icon to remove the history; |
| d. | Click the + 上传文档来讲解 (+ Upload document to explain) box to upload a file from a local device (Note: Supports PPTX, PDF, DOC, MD, EPUB, MOBI, etc.); |
| e. | Await the completion of the analysis to receive an AI-generated explanation of the document. |
Educational Scenarios
Educators' Perspectives
Learners' Perspectives
Generating Reading Materials
A biology professor uses Metaso AI to search recent studies on mRNA vaccine stability. The search result is exported as PDF and shared among students for further reading. This approach leverages the power of AI to curate up-to-date, relevant scientific literature, enhancing the quality and timeliness of course materials. The AI-driven search can identify patterns and connections across multiple studies that might not be immediately apparent to human researchers. It allows educators to bridge the gap between cutting-edge research and classroom instruction, fostering a research-oriented mindset among students. Moreover, the ability to export search results as PDFs ensures that students have offline access to the materials, accommodating different learning preferences and technological access levels. This flexibility supports a more inclusive learning environment, where all students can engage with the content at their own pace.
Academic Search Workshops
A librarian trains students to use Metaso AI for academic purpose. By configuring the setting to Academic Search and Research Level Intensity, the result become more reliable. Workshops focused on academic search strategies help students develop proficiency in navigating complex databases and filtering information effectively. The ability to configure settings for Academic Search and Research Level Intensity demonstrates the sophistication of modern AI research tools. By understanding how to adjust search settings, students can tailor their queries to yield the most relevant and credible sources, enhancing the quality of their research. The integration of AI-powered search tools like Metaso AI into academic research practices represents a significant shift in information retrieval methodologies. This training goes beyond traditional database searching, introducing students to the nuances of AI-assisted research, including understanding the importance of critical evaluation of AI-generated results.
Introducing Inquiry Process
A teacher utilizes a search history from Metaso AI to explain the steps involved, allowing students to visualize the journey from designing search strategies to summarizing results. By leveraging Metaso AI's search history, educators can illustrate the iterative nature of inquiry, emphasizing the importance of refining search strategies based on initial findings. The teacher can highlight key elements of information literacy, such as formulating research questions, identifying relevant keywords, evaluating source credibility, synthesizing information, and recognizing bias. This real-time demonstration helps students understand how to formulate research questions, identify relevant keywords, and evaluate sources critically.
Bilingual Literature Search
Hong Kong medical students use Metaso AI to search literature from both Chinese and English. The results allow students reaching papers related to drug development not only written in English. By accessing literature in both Chinese and English, students gain a more comprehensive understanding of the subject matter. They can compare findings across different cultural and scientific contexts, enriching their perspective and fostering a more holistic approach to medical research. Furthermore, the ability to conduct bilingual searches ensures that students do not miss out on valuable research conducted in non-English speaking regions. This inclusivity broadens the scope of their studies and allows them to contribute more effectively to international research efforts. The ability to conduct bilingual searches is particularly valuable in a globalized academic environment, especially in fields like medicine where significant research is conducted and published in multiple languages. For Hong Kong medical students, who operate in a bilingual context, this feature of Metaso AI provides access to a more comprehensive body of knowledge, combining insights from both Western and Eastern medical research traditions.
Cross-Language Research
An international student uses Metaso AI to search Chinese journals by inputting English terms. Metaso AI's ability to process and translate search queries allows students to access a broader range of scholarly materials, enriching their research with diverse perspectives. This feature is particularly beneficial for international students who may struggle with language proficiency but wish to engage with research from different cultural contexts. This application of AI breaks down language barriers in academic research, addressing key challenges in higher education internationalization. It enables access to diverse perspectives, overcomes language limitations, promotes inclusive scholarship, and supports comparative studies. Moreover, this scenario highlights the importance of multilingual research skills in today's globalized world. Students learn to navigate and synthesize information across languages, preparing them for careers in international settings where cross-cultural communication and collaboration are essential.
Community Health Services
A nursing student uses Metaso AI to search for information on diet, with the results displayed directly on an interactive webpage and introduced to elderlies in the community center. By using Metaso AI to gather current, reliable information, students practice evidence-based healthcare while addressing the challenges of health communication with older adults. Furthermore, this scenario underscores the role of technology in public health initiatives. This scenario also highlights the potential of AI tools in supporting public health initiatives by simplifying the creation of educational materials for diverse communities.