GoogleCloudPlatform/generative-ai: A Notebook Repository, Not a Product
Sample code and notebooks for Generative AI on Google Cloud, with Gemini Enterprise Agent Platform
At a glance
- What is it?
- This repository is Google's official collection of sample code and notebooks for Gemini on Vertex AI. It is a starting point for learning, not a deployable framework, and its value depends on how well the samples match your use case.
- Who is it for?
- Adopt this repository if you are a developer or data scientist learning Gemini, Vertex AI, or Agent Platform and you want working examples to run in Colab or Workbench. Do not treat it as a production codebase or a maintained library; it is a reference collection that changes as Google releases new models and services.
- Can I use it commercially?
- Yes. Apache-2.0 is a permissive licence: you can use, modify and sell software built on it, as long as you keep its copyright and licence notices.
- Is it still maintained?
- Yes. The repository last received commits 4 days ago.
- What is it written in?
- Mainly Jupyter Notebook, according to GitHub's language statistics.
Answers come from the project's GitHub data, last synced on September 15, 2026, and from our analysis. They are not legal advice.
DEEP OPEN-SOURCE ANALYSIS
What This Repository Actually Is
GoogleCloudPlatform/generative-ai is a collection of Jupyter notebooks, code samples, and sample apps that demonstrate how to build generative AI workflows on Google Cloud. It is not a software product you install. It has no releases, no versioned API, and no package to import. The README describes it as containing 'notebooks, code samples, sample apps, and other resources.' The primary language is Jupyter Notebook, which tells you the intended audience: developers and data scientists who want to learn by running examples.
The repository is the official Google Cloud sample set for Gemini and related services. It is organized into folders by topic: gemini, search, rag-grounding, vision, audio, and setup-env. Each folder points to notebooks that demonstrate specific capabilities, such as function calling, retrieval augmented generation, or image generation with Imagen and Veo. If you are starting with Gemini on Google Cloud, this is the first place to look for working code.
The Specific Problem It Solves
The problem this repository solves is the gap between reading Gemini API documentation and writing a first working call. Google Cloud's generative AI stack has many moving parts: Vertex AI, the Gemini API, Agent Platform, grounding with RAG, and separate models for vision and speech. A developer unfamiliar with the ecosystem needs concrete examples that show how to authenticate, which SDK to call, and what the response format looks like.
The README points to an intro notebook for Gemini 3.8 Flash, which is the latest model at the time of writing. That notebook is the entry point for most users. The setup-env folder contains instructions for setting up Google Cloud, the Gen AI Python SDK, and notebook environments on Colab or Workbench. This is the practical on-ramp for someone who has never used Vertex AI before. The repository is for learning and prototyping, not for building a production service.
How the Repository Is Structured
The top-level README acts as a table of contents. It lists folders with short descriptions and icons. The gemini folder contains starter notebooks, use cases, function calling, and sample apps. The search folder is for Agent Search, which the README describes as a Google-managed solution for building search engines across websites and enterprise data. The rag-grounding folder is an index of notebooks and samples that focus on retrieval augmented generation and grounding, pulling content from other directories.
The vision folder is for building solutions from scratch with Imagen and Veo. The audio folder covers Chirp, a version of Google's Universal Speech Model. There is also a RESOURCES.md file that links to blogs and YouTube playlists. This structure is logical for browsing but can be confusing when you want a specific example, because related content is spread across folders. The rag-grounding folder exists specifically to cross-index those samples, which shows that the maintainers know this is a problem.
Getting Started: What the README Tells You to Do
The README does not give a single install command. Instead, it directs you to the setup-env folder for instructions on setting up Google Cloud, the Gen AI Python SDK, and notebook environments on Google Colab and Workbench. That is the first step for any user. You need a Google Cloud project with billing enabled, and you need to enable the Vertex AI API, though the README does not state this explicitly. The setup-env folder likely contains the exact steps, but the truncated README does not show them.
For the latest Gemini model, the README links directly to a notebook: gemini/getting-started/intro_gemini_3_8_flash.ipynb. That is the practical entry point. You open that notebook in Colab or Workbench, follow the cells, and you should get a working Gemini call. The repository does not provide a CLI or a Docker image. It is a set of files that you run in a notebook environment.
A Genuine Limitation: Samples Are Not Production Code
The most important limitation is that this repository is a sample collection, not a maintained framework. The README links to other repositories for production-ready assets. For example, it points to the Agent Starter Pack, which is described as 'a collection of production-ready Generative AI Agent templates built for Google Cloud.' That distinction matters. The notebooks in this repository are written to demonstrate a feature, not to handle error retries, authentication in a production service, or scaling.
Another limitation is the pace of change. The README announces that Gemini 3.8 Flash is available and that the Gemini Enterprise Agent Platform is the latest evolution of Vertex AI. That means older notebooks may reference deprecated models or services. The repository has no releases, so there is no versioned snapshot you can rely on. If you copy a notebook into your own project, you must verify that the APIs it uses are still current. The README also points to a separate repository, Google-Cloud-AI/agent-platform, for agent building assets, which suggests that the main generative-ai repository is not the single source for all agent examples.
When This Repository Is the Wrong Tool
This repository is the wrong tool if you need a deployable agent or a production pipeline. The README does not show any deployment configuration, no Terraform, no CI/CD, and no Docker files. For that, Google points to other repositories: agent-starter-pack for agent templates, genai-factory for infrastructure blueprints, and ai-on-gke for Kubernetes-based AI workloads. If you want to build a multi-agent system, the README links to the Agent Development Kit (ADK) Samples repository, which provides ready-to-use agents.
It is also the wrong tool if you are looking for a specific service that is not covered. The repository does not cover Document AI or Contact Center AI, for example, though Google has separate sample repositories for those. The README lists those as related repositories, not as part of this one. So if your problem is document processing or conversational AI, you should go directly to those specific sample sets instead of searching here.
The Real Alternative: Vertex AI Samples and Agent Starter Pack
The closest alternative is the Vertex AI Samples repository, which the README lists under 'Vertex AI Core.' That repository covers MLOps, T5X, AlphaFold, and Spark ML serving. It is broader in scope but less focused on generative AI. For generative AI specifically, the Agent Starter Pack is the alternative if you want production-ready agent templates. The README says it provides 'a holistic, production-ready solution' addressing deployment, evaluation, customization, and observability. That is a different approach: instead of learning notebooks, you get a template with structure and best practices baked in.
The difference in approach is clear. The generative-ai repository is a flat collection of examples that you read and run. The Agent Starter Pack is a scaffold that you copy and modify. If your goal is to learn, the generative-ai repository is better because it shows the underlying API calls. If your goal is to ship an agent quickly, the Agent Starter Pack is better because it already includes deployment and evaluation.
Maintenance and License Implications
The repository is licensed under Apache-2.0, which means you can use the code in commercial projects with attribution and without paying a fee. That is a permissive license, but it does not grant any rights to Google's models or services. The notebooks call APIs that are billed separately. You still need a Google Cloud account and must pay for usage.
The repository is actively maintained. The last push was on 2026-09-09, and the README announces the latest Gemini model and the new Agent Platform. However, active maintenance does not mean stable APIs. Google Cloud services evolve, and the repository changes with them. There is no versioning scheme, so you cannot pin a specific state of the samples to match your codebase. You must track changes manually, or rely on the repository's commit history, which is not described in the README. For a learning resource, this is acceptable. For a dependency in a production system, it is a risk.
Editorial conclusion
Adopt this repository if you are a developer or data scientist learning Gemini, Vertex AI, or Agent Platform and you want working examples to run in Colab or Workbench. Do not treat it as a production codebase or a maintained library; it is a reference collection that changes as Google releases new models and services. Before relying on a specific sample, verify that it matches the current API version and that the linked service (such as Agent Search or Agent Platform) is available in your region. Check the setup-env folder first to configure your Google Cloud project and SDK correctly. If you need production-ready agent templates, look at the linked Agent Starter Pack instead.
Community notes