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Coze
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Introduction
Coze is an AI-powered chatbot development platform that enables users to create, deploy, and manage intelligent conversational agents. It employs a no-code/low-code approach to chatbot development and offers a platform where both technical and non-technical users can create sophisticated conversational agents without extensive coding knowledge. Coze empowers users to create chatbots that can serve diverse purposes across multiple platforms. This platform democratizes AI chatbot creation by combining powerful language models with an intuitive design approach, allowing users to build, customize, and deploy chatbots across multiple messaging platforms with unprecedented ease.NLP models for summarization, translation, and sentiment analysis.
Key Features
- No-Code Agent and Workflow Builder: The platform provides a visual, drag-and-drop interface for creating AI agents and complex, multi-step workflows without requiring programming knowledge. Users can define an agent's persona and prompt, then orchestrate its logic by connecting different nodes representing actions like LLM responses or code execution. This visual canvas allows for the clear design and real-time debugging of automated processes.
- Extensive Plugin and Integration System: Coze features a library of over 60 pre-built plugins that extend an agent's capabilities, enabling functions like web searches, data analysis, or interacting with productivity tools. The platform also allows users to create their own custom plugins by integrating third-party APIs. This system permits the creation of highly functional agents that can connect to and utilise external services and data sources.
- Customisable Knowledge Base and Memory: Users can upload documents in various formats, such as PDF and DOCX, or add content from websites to create a dedicated knowledge base for an agent. This grounds the agent's responses in specific, user-provided information to ensure accuracy and relevance. The platform also supports a database feature that provides agents with long-term memory, allowing them to store and recall information from past conversations.
- Multi-Agent Collaboration: The platform includes a 'Multi-agent mode' that enables the creation of a team of specialised AI agents that work together to handle complex tasks. Each agent within the system can have its own unique prompt, skills, and plugins, with jump conditions dictating the transition from one agent to another based on user input. This allows for the decomposition of a complex problem into simpler tasks handled by different coordinated agents.
Uniqueness
At the core of Coze's appeal is its user-friendly interface that simplifies the chatbot creation process. Users can build AI chatbots through a visual interface that requires no coding experience. The platform guides users through naming their bot, selecting large language models, designing the bot's persona, and customizing responses using prompts. The knowledge base feature enables users to enhance their chatbots with specific information by uploading various file formats (including text, PDF, and Word documents), integrating web resources, or manually entering data. This tool significantly improves the chatbot's ability to provide personalized, fact-based responses during conversations by drawing on this stored information. Database functionality structures and stores conversation data for future reference. Variable systems save values defined during dialogs. File storage capabilities maintain information persistence across sessions. These memory systems allow chatbots to maintain context and personalization across interactions.
Frequently Asked Questions
Open-Source?
No
Registration Needed?
Yes
Installation Required?
No
AI-empowered?
AI-powered chatbot development, NLP-based conversation handling, and workflow automation.
Specifications
C
URL:
Country or Region:
China
Author(s):
Beijing Chuntian Zhiyun Technology Co., Ltd. (北京春田知韵科技有限公司)
License:
Freemium
Operating System(s):
Web
Language(s):
Chinese
Registration Needed:
Yes
Installation Required:
No
Video Demonstration
User Guide
This guide outlines how to access the Coze platform, configure an AI bot, manage its knowledge base, and publish it to external platforms or a website.
(Access Date: 21 July 2025)
Access Coze Website
| a. | Navigate to the website: https://www.coze.com/; |
| b. | Click Get started to log in or register with a Google account or phone number; |
Configure a Coze AI Bot
| a. | Click the + icon from the dashboard and select Create agent; |
| b. | Choose the Standard tab for manual configuration or the AI-based tab for prompt-generated agents; |
| c. | Select the Standard configuration, enter an Agent name and optional Agent description, then click Confirm (for standard configuration); |
| d. | Select AI-based generation, input a prompt in the text field, click Generate, and then click Confirm (for AI-based generation); |
| e. | Define the agent's identity, role, and operational instructions in the Persona & Prompt section; |
| f. | Navigate to the Arrangement section to configure the Model, Plugins, Workflow, Knowledge base, Memory, and Chat experience; |
| g. | Utilise the Preview & Debug section to test and refine your agent's responses; |
| h. | Toggle the User message billing button in the top panel to determine who covers the credit costs. |
Manage Knowledge Base
| a. | Access the Knowledge section within the Arrangement area; |
| b. | Select a knowledge type between Text and Table; |
| c. | Click the + icon (Note: Coze supports various file formats, including TXT, PDF, DOCX, and XLSX); |
| d. | Click Create knowledge; |
| e. | Set the name, description, and import type for the knowledge base; |
| f. | Upload relevant documents or input necessary information; |
| g. | Select a Segmentation Strategy, click Next, and then click Confirm; |
| h. | Click Add to agent once the system processes and indexes the content; |
| i. | Use the Preview & Debug section to verify the agent's ability to retrieve information from the added knowledge (Note: The knowledge base enhances your agent's ability to provide accurate, context-specific answers). |
Publish AI Agent to External Platform
| a. | Click the Publish button in the top-right corner of the agent configuration interface and select Skip and Publish; |
| b. | Select the desired platform(s) in the pop-up window, such as Discord, WhatsApp, or Chat SDK; |
| c. | Click Publish, and then click Finish; |
| d. | Follow the platform-specific instructions to generate and copy the necessary token or code snippet. |
Integrate Agent into a Website
| a. | Select Chat SDK on the publish page, then click Publish, Install, and Copy to generate the Agent Chat SDK; |
| b. | Navigate to the Coze dashboard, click Coze API, select Authorization, choose Personal Access Tokens, and click Add; |
| c. | Set the Name, Expiration time, and Permissions, specify the Access team space, and click Confirm; |
| d. | Copy the generated Personal Access Token; |
| e. | Replace the placeholder 'pat_**********' in the Agent Chat SDK code with your copied Personal Access Token; |
| f. | Embed the updated Agent Chat SDK code into the website (Note: The exact steps for publishing may vary depending on the platform. Always refer to Coze's up-to-date documentation for platform-specific instructions). |
Embed Example:
Insert the updated Agent Chat SDK code into the following HTML template, replacing the placeholder comment.
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
</head>
<body>
<!-- Place holder: Place your Coze Web SDK initialization code here -->
</body>
</html>Educational Scenarios
Educators' Perspectives
Learners' Perspectives
AI-Powered Student Assistance
A department implements a 24/7 AI-powered assistant to support new students adjusting to university life. By providing round-the-clock personalized guidance, the AI assistant not only eases the transition for students but also reduces the workload on human staff. This AI-powered assistant can provide personalized guidance on academic resources, campus facilities, and social activities, helping students feel more connected and informed. Students can access help whenever they need it, reducing anxiety and promoting a smoother adjustment period. Furthermore, Coze can facilitate connections between students and campus support services, such as counseling or academic advising, by providing information and scheduling appointments. This proactive approach encourages students to seek help early, fostering a supportive environment that prioritizes mental health and academic success.
Interactive Learning Chatbots
A teacher creates a chatbot for interactive quizzes and instant feedback. This innovative approach transforms traditional assessment methods by providing students with immediate insights into their performance, allowing them to identify strengths and areas for improvement. The chatbot can offer personalized learning paths, provide instant explanations, increase student engagement, collect valuable data on student performance, and enhance accessibility to learning materials. Interactive learning chatbots offer a dynamic and engaging way for students to test their knowledge. Interactive learning chatbots offer a dynamic and engaging way for students to test their knowledge. The instant feedback feature helps students understand their mistakes and learn from them in real-time, promoting a growth mindset and encouraging continuous improvement. This aligns with modern pedagogical approaches emphasizing active, student-centered learning and supports the concept of 'assessment for learning.'
Automated Course Inquiries
A school employs AI to automate responses to common student inquiries about courses, schedules, and policies. This implementation streamlines administrative processes and improves the efficiency of student support services. Benefits include improved response times, consistency in information delivery, 24/7 availability, reduced staff workload, data-driven insights, potential multilingual support, and scalability during peak inquiry periods. Students can access details about course offerings, registration deadlines, and academic policies without having to wait for a response from busy administrative staff. This immediate access to information empowers students to make informed decisions about their academic journey, reducing stress and confusion. By continuously updating the chatbot's knowledge base, schools can ensure that students receive the most current and relevant information.
Personal Research Assistant
A graduate student harnesses the power of AI to improve research and information retrieval by creating a personal chatbot. This AI-powered tool can scan databases, summarize key findings, organize research data, and generate bibliographies. Such an application not only saves time but also enhances the quality and depth of literature reviews, allowing students to focus more on critical analysis and synthesis of information.
AI-Powered Communication Practice
A student practices conversation skills with an AI chatbot trained for interactive dialogues. This approach offers numerous benefits, including 24/7 availability for practice, customizable difficulty levels, simulation of real-life scenarios. The chatbot can offer instant feedback on pronunciation, grammar, and vocabulary usage, allowing the student to make immediate improvements. Furthermore, the chatbot can adapt to the student's proficiency level, gradually introducing more complex language structures and cultural nuances, thereby enhancing the student's fluency and confidence in using the language. By providing extensive practice opportunities and personalized feedback, this AI-powered method complements traditional language learning approaches and can potentially accelerate the language acquisition process.
ChatBot for Studying
Students can create a study aid by developing a chatbot on platforms like Coze and uploading course materials to its knowledge base. This innovative tool offers a personalized learning experience, 24/7 availability, multi-modal learning support, practice question generation, concept connections, and exam preparation assistance. Students can reinforce their understanding of complex concepts and identify areas that require further study. The chatbot can also generate practice quizzes and flashcards based on the uploaded materials, offering a dynamic and interactive way to review content. By aligning with the concept of adaptive learning and promoting active engagement with course material, this application of chatbot in studying has the potential to enhance information retention and develop critical thinking skills.