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Dify

4 min readUpdated August 2026
Dify
Type
Open-source LLM application platform
Developer
LangGenius (Dify.AI)
First released
2023
Licence
Apache 2.0 (open source)
Key features
Visual workflows, RAG pipeline, agents, model integration
Related
LangChain, LangGraph, Ollama

Dify is an open-source platform for building and operating applications powered by large language models (LLMs), providing a visual workflow builder, a built-in retrieval-augmented generation (RAG) pipeline, agent capabilities, and support for dozens of model providers in a single interface. First released in 2023 by the company LangGenius, it became one of the most widely used open-source LLM application frameworks, popular with developers who want to ship AI features without building the surrounding infrastructure from scratch.[1][2]

History

Dify was created by a team led by Zhang Luqi, a former employee of ByteDance and Tencent, to lower the barrier to building LLM applications. The project was open-sourced on GitHub under the Apache 2.0 licence and grew rapidly in popularity, becoming one of the most-starred artificial intelligence repositories on the platform as interest in generative AI expanded through 2024 and 2025.[2]

The platform evolved from a prompt-orchestration tool into a fuller application development environment, adding visual workflow orchestration, an agent node system, a built-in RAG engine with multiple retrieval strategies, and observability features such as tracing and annotation. A hosted cloud offering, Dify Cloud, was introduced alongside the self-hosted version, and an enterprise edition added deployment and governance features for larger organisations.[1][3]

Key Concepts

Dify's core abstraction is the application, which developers assemble from a visual canvas of nodes rather than writing glue code. A typical Dify application chains together nodes for model invocation, prompt templates, knowledge retrieval, tool calls, and conditional logic, and the resulting graph can be exposed as a chatbot interface or an API endpoint.[3]

The platform includes a RAG pipeline with document ingestion, chunking, embedding, and hybrid retrieval, plus a built-in vector database option, allowing teams to build question-answering systems over their own documents. Dify also supports agentic workflows, in which a language model decides which tools to invoke, and it can connect to external tools and services through the Model Context Protocol (MCP) and standard API integrations.[3]

A defining characteristic of Dify is model provider integration: a single configuration panel connects to models from OpenAI, Anthropic, Google, DeepSeek, and many other providers, including locally served models through Ollama. Because the platform is self-hostable, organisations can keep their application code, prompts, and data within their own infrastructure.[2][3]

Applications and Impact

Dify is used to build a wide range of LLM applications: customer-support chatbots grounded in knowledge bases, internal document search and summarisation tools, lead-qualification assistants, and multi-step agent systems that query databases or call external APIs. Its combination of a visual builder and an API backend lets non-specialists prototype AI features while still giving engineering teams a deployment path.[1][3]

The project's open-source model has made it a common choice for small and medium enterprises, startups, and public-sector teams that want control over their AI applications without committing to a single commercial platform. Its documentation and community provide templates and examples that have been reused across industries, and the hosted cloud offering serves teams that prefer a managed service.[1][2]

>See Also

References

๐Ÿ‡ฒ๐Ÿ‡พMalaysian Context

Dify has gained a strong following among Malaysian developers and technology consultancies building AI applications for local businesses. Its self-hosted deployment option is particularly attractive in Malaysia because organisations can keep proprietary data on-premises or in Malaysian cloud regions, supporting compliance with the Personal Data Protection Act (PDPA) for customer and employee data used in AI systems.[4][6]

Malaysian SMEs and government-linked agencies have used Dify-style platforms to prototype customer-service chatbots, automate document-heavy workflows in legal and financial services, and build knowledge assistants in Bahasa Malaysia and other local languages. The platform's support for models such as DeepSeek and local deployments through Ollama also aligns with Malaysia's interest in cost-effective AI adoption and the development of regional language models.[4]

MDEC and the National AI Office (NAIO) have promoted AI adoption among Malaysian enterprises as part of the national AI agenda, and open-source platforms such as Dify lower the entry barrier for companies that lack large data-science teams. Malaysian universities and training providers have also incorporated visual LLM platforms into AI literacy and upskilling programmes, reflecting the growing demand for practical generative AI skills in the Malaysian workforce.[5]

References

  1. โ†‘[Dify โ€” official website](https://dify.ai/)
  2. โ†‘[LangGenius/Dify โ€” GitHub repository](https://github.com/langgenius/dify)
  3. โ†‘[Dify documentation](https://docs.dify.ai/)
  4. โ†‘[Dify Cloud](https://cloud.dify.ai/)
  5. โ†‘[MDEC โ€” Malaysia Digital Economy Corporation](https://mdec.my/)
  6. โ†‘[Personal Data Protection Department, Malaysia](https://www.pdp.gov.my/)