The Best MCP Servers of 2025

AAI LABS
Computing/SoftwareSmall Business/StartupsInternet Technology

Transcript

00:00:00The year 2025 has been truly significant for AI, as we saw a wave of incredible models and tools, each one faster and more capable than the last.
00:00:08One of the most significant things that has been released has been the Model Context Protocol, which was released by Anthropic back in late 2024, and it really blew up.
00:00:17A lot of products and services were being built around it, and as this year wraps up, I want to share the six best MCPs that truly changed the way that I fundamentally look at development now.
00:00:26But before that, a quick word from our sponsor, Blink.
00:00:29If you've ever tried building an AI-powered SaaS, you know the hardest part isn't the idea.
00:00:33It's picking models, managing credits, and getting everything to work together.
00:00:37Blink takes care of all that.
00:00:39With Blink, you don't just build apps fast, you get full control.
00:00:42Choose your own AI models, like Claude Opus, Gemini, or GPT, or let Blink's Auto Mode pick the best one for your use case, optimizing output and credit usage, unlike tools that quietly drain credits.
00:00:54Designing your app is just as simple. Upload screenshots from Figma or share inspirations from Pinterest or Dribbble, and Blink recreates the UI beautifully.
00:01:03Integrating AI is seamless too. Whether chat, images, audio, or video, Blink guides you so everything works smoothly.
00:01:10If you want to build real, polished apps that actually ship, Blink is your shortcut.
00:01:14Click the link in the pinned comment and start building today.
00:01:17Let's start with an MCP server that transformed the way I work with AI code editors.
00:01:22Context 7. Context 7 pulls all the up-to-date, version-specific documentation and code examples directly into the AI coding agent.
00:01:30This eliminates a lot of issues that arise during AI coding, such as mismatching of dependencies.
00:01:35Instead, it provides your AI agent with a knowledge base on how to use any library.
00:01:39It's available on multiple plans, including a free one that's limited to open source libraries.
00:01:44To use it, you simply sign up, create an API key, and install it into your preferred coding tool using the install commands.
00:01:50Once that's done, the MCP and all its tools will be ready to use in your project right away.
00:01:55Using the MCP, the model can look up the documentation of the framework I ask it to use.
00:02:00It then makes tool calls to retrieve documentation and quick start guides,
00:02:03implementing the task using that documentation as a reference.
00:02:07Unlike simple web search, which returns unstructured and often vague results,
00:02:11Context 7 retrieves relevant documentation snippets because they maintain a vector database of documentation
00:02:16which is frequently updated and use semantic search to get data whenever any query is encountered.
00:02:21There is also another tool that works in a similar way called Ref, which is basically a context-efficient version of Context 7.
00:02:28It links together features like Context 7 capabilities, web search, web scraping, and code search on a single platform.
00:02:34Ref uses semantic search, and unlike Context 7, which injects large documents into the context window,
00:02:40it exposes only the relevant part to your specific question.
00:02:43But its free plan contains very limited credits, after which you have to move to paid tiers.
00:02:48So unless you need those extra features, Context 7 is the better choice.
00:02:51This next MCP is really important in terms of context saving and acting as a bridge between all the MCPs, the Docker MCP.
00:02:58It actually uses two tools to let you connect with many MCPs directly within your AI agent.
00:03:03One key feature of this MCP is reducing tools exposed in the context.
00:03:07Docker maintains a catalog of verified MCP servers that you can trust.
00:03:11You just need to add a single MCP server to the AI client you are using and connect the MCPs you need to access in Docker.
00:03:17Then when you connect to your client and ask it to use any connected MCP,
00:03:21it will use tools like MCP Find and MCP Add to access the MCP via Docker and return the results to you.
00:03:27By using Docker MCP, only the tools required for the specific query are loaded which prevents the context from being bloated with unnecessary tools.
00:03:35So now your context window consists of only two tools even if the MCPs you have connected in Docker contain hundreds.
00:03:41It's also highly secure because all the tools run in a sandbox within Docker.
00:03:46The fundamental problem faced while using MCP is a bloated context window due to many tools exposed in the context window while only a few are actually needed.
00:03:54Cloudflare and Anthropic both highlighted this and Cloudflare gave the general concept of the solution, calling it code mode.
00:04:01Docker was actually the first one to fix this problem.
00:04:03We have previously made a video that demonstrates what code mode is and how it solves the problem.
00:04:08Code mode also allows dynamic MCP which enables AI agents to go beyond simply finding tools and create a JavaScript enabled tool that can call other MCP tools.
00:04:18We demonstrated this in our video showing how much time and context this feature actually saves.
00:04:23Now coming to my personal favorite and go-to MCP server for UI components, the ShadCN registry MCP server.
00:04:29ShadCN is a really cool library of UI components that are fully customizable and you can use them directly in your web applications.
00:04:36But if you use them directly in your UI without it, you might encounter a lot of issues because the AI agent does not have specific context of the components.
00:04:44But with this MCP, everything changes.
00:04:46This MCP allows you to get the components directly and install them.
00:04:50Now ShadCN MCP also lets you connect registries.
00:04:53A registry is basically an index that tells where to get particular components from and what their dependencies are to install them correctly.
00:05:00This MCP server allows you to interact with items from ShadCN registries and get components from them like Aseternity UI, Magic UI and many others.
00:05:09It's pretty simple to install.
00:05:10Just copy and paste the command and the MCP will be configured and ready to use right away.
00:05:15Adding custom registries is just as simple as adding a few lines of code to the components.json file.
00:05:20And honestly, I've used it a lot to build beautiful UI components.
00:05:24This is a fairly new one, but Google just announced a fully managed MCP server that gives you access to Google Cloud services.
00:05:30Launched alongside Gemini 3, this server introduces the Google Maps MCP.
00:05:35It allows agents to use location-based grounding, pulling accurate data directly from Google Maps and opens up new possibilities for your AI agents.
00:05:42The BigQuery MCP enables agents to interpret enterprise data while eliminating the issues of sensitive data in the context window.
00:05:49Additionally, they launched the Google Compute MCP, which allows the MCP to manage cloud services.
00:05:54And with the Kubernetes MCP, container operations have never been this simple.
00:05:58All of these new MCPs are remote and they're also not open source.
00:06:02Their quick start guides are linked on their GitHub repo, which I will link in the description below.
00:06:07But we can't go without mentioning the other Google services MCPs.
00:06:10These are open source and include Google Workspace, Firebase, Google Analytics, Flutter and many more.
00:06:15Out of all of them, I have used the Firebase MCP a lot in my projects.
00:06:19Since we run a YouTube channel and manage all our content, uploads, deadlines, research and systems in Notion, the Notion MCP has been the most helpful for us.
00:06:28It's super easy to install. Just run a single command and it's set up right away.
00:06:32You only need to authenticate it the first time you install it, and it comes equipped with all the tools needed to manage your Notion pages.
00:06:38Using this set of tools, it can search, fetch, create, update, move and handle a wide range of tasks within your connected workspace.
00:06:45There are other amazing uses for the Notion MCP as well.
00:06:48I personally use Claude and the Notion MCP to manage my team, content states, track the ideas we have in the pipeline and add new ideas or refine them.
00:06:57It has significantly helped me keep track of and simplify my day to day tasks and workflow using the Notion MCP.
00:07:03There is also an Obsidian MCP with similar capabilities just in case you don't use Notion for your tasks.
00:07:09The Obsidian MCP can do all of the same operations and manage your pages.
00:07:13Ending with one of the most powerful MCP servers that I honestly have started using in most of my projects, the Superbase MCP.
00:07:20Since we use Superbase for most of our backends in the smaller projects we ship, this MCP has been a tremendous help.
00:07:26It eliminates the need to manually write SQL queries or manage database schemas and configurations.
00:07:32With this MCP, your AI code editor can handle everything on its own, from database schema management to SQL operations.
00:07:39And you just have to direct it via prompting on the platform you're using.
00:07:42The installation process is pretty simple.
00:07:44You just need to log in to the MCP and authenticate it and all the tools will be available for use.
00:07:49After that, you simply ask your AI tool to create a proper database for you.
00:07:52It can handle everything from creating the project to managing costs and setting up the entire environment all by itself.
00:07:58That brings us to the end of this video.
00:08:00If you'd like to support the channel and help us keep making videos like this, you can do so by using the super thanks button below.
00:08:07As always, thank you for watching and I'll see you in the next one.

Key Takeaway

Six advanced Model Context Protocol servers are transforming AI development in 2025 by enabling autonomous code generation, secure cloud integration, and enhanced productivity through context-aware documentation and database management.

Highlights

Model Context Protocol (MCP) enables AI agents to access up-to-date, framework-specific documentation and tools directly, eliminating dependency mismatches and improving AI coding accuracy

Context 7 and Ref MCPs provide semantic search-based documentation retrieval, maintaining vector databases of frequently-updated information instead of returning vague web search results

Docker MCP solves the context window bloating problem by dynamically loading only the tools needed for specific queries, supporting hundreds of MCPs while exposing just two tools

ShadCN registry MCP allows AI agents to access fully customizable UI components with proper context, supporting multiple registries including Aseternity UI and Magic UI

Google launched fully managed MCPs for Maps, BigQuery, Compute, and Kubernetes alongside Gemini 3, enabling location-based grounding and enterprise data interpretation with improved security

Notion MCP enables comprehensive workspace management including search, create, update, and move operations, helping teams track content, deadlines, and pipeline ideas

Supabase MCP eliminates manual SQL query writing and database schema management, allowing AI code editors to handle complete backend configuration through natural language prompting

Timeline

Introduction to Model Context Protocol and its Impact

The video opens by establishing 2025 as a significant year for AI advancement, introducing the Model Context Protocol (MCP) released by Anthropic in late 2024 as one of the most impactful tools. The speaker outlines their intention to share six best MCPs that have fundamentally changed their development approach. The segment includes a sponsor message from Blink, an AI-powered SaaS platform that simplifies model selection, credit management, and UI integration, offering tools like Auto Mode for optimized model selection and easy integration with multiple AI providers like Claude Opus, Gemini, and GPT. This introduction establishes the context for why MCPs matter and frames the upcoming discussion within the broader ecosystem of AI development tools.

Context 7 and Ref MCPs for Documentation Management

Context 7 is presented as the first MCP that transformed the speaker's AI coding workflow by pulling up-to-date, version-specific documentation and code examples directly into AI coding agents. The tool maintains a vector database of documentation that is frequently updated and uses semantic search to deliver relevant snippets, solving problems like dependency mismatches that arise from using generic web search results. The speaker explains Context 7's multi-tier pricing with a free plan for open source libraries, and details the setup process: sign up, create an API key, and install via preferred coding tools. Ref is introduced as a context-efficient alternative that combines Context 7 capabilities with web search, web scraping, and code search on a single platform, but its limited free plan credits necessitate paid tiers. The key distinction is that Context 7 injects large documents while Ref exposes only relevant parts, making Context 7 the recommended choice for most users.

Docker MCP and the Solution to Context Window Bloating

Docker MCP is highlighted as a crucial tool for context optimization and bridging multiple MCPs within a single AI agent, addressing the fundamental problem of context window bloating caused by exposing hundreds of unnecessary tools. The MCP uses two primary tools—MCP Find and MCP Add—to dynamically connect and access other verified MCPs from Docker's catalog through a single integrated server connection. Docker maintains a curated catalog of verified MCPs that users can trust, with the innovative code mode feature enabling dynamic MCP capabilities that allow AI agents to create JavaScript-enabled tools capable of calling other MCP tools. The security advantage is significant, with all tools running sandboxed within Docker, and the practical benefit is that the context window contains only two tools even when hundreds are available through connected MCPs. This approach was pioneered by Docker after Cloudflare and Anthropic identified the context bloating problem and conceptualized the code mode solution.

ShadCN Registry MCP for UI Component Development

ShadCN registry MCP is introduced as the speaker's personal favorite for UI component management, addressing the challenge that AI agents lack specific context about component dependencies and customization options when using components directly. ShadCN is described as a library of fully customizable UI components usable in web applications, with the MCP providing direct component access and installation capabilities. The MCP supports multiple registries—essentially indices that specify where particular components originate and their dependencies—including Aseternity UI and Magic UI, enabling broader component access beyond the base ShadCN library. Installation is straightforward, requiring a single copy-paste command with immediate configuration, and custom registries can be added by modifying the components.json file with just a few code lines. The speaker emphasizes their extensive personal use of this MCP for building beautiful UI components with proper AI context awareness.

Google Cloud MCPs for Enterprise Integration

Google announced fully managed MCP servers launched alongside Gemini 3, introducing Google Maps MCP for location-based grounding with accurate data integration, BigQuery MCP for enterprise data interpretation while keeping sensitive data secure outside the context window, Google Compute MCP for cloud service management, and Kubernetes MCP for simplified container operations. These newly announced MCPs are remote services rather than open source tools, with quick start guides available on their GitHub repository. In addition to these remote MCPs, Google has released open source MCPs for services including Google Workspace, Firebase, Google Analytics, and Flutter, with the speaker highlighting Firebase MCP as particularly valuable for their projects. This expansion represents Google's significant commitment to the MCP ecosystem and demonstrates how cloud providers are integrating MCP capabilities into their service offerings.

Notion and Obsidian MCPs for Productivity and Knowledge Management

Notion MCP is presented as exceptionally useful for teams managing content through the Notion platform, enabling search, fetch, create, update, move, and comprehensive workspace management operations. The speaker describes using Notion MCP with Claude to manage team operations, track content states, monitor pipeline ideas, and refine concepts, significantly simplifying daily task and workflow management. Installation requires only a single command with one-time authentication, after which all necessary tools for managing connected Notion pages become immediately available. The Obsidian MCP is introduced as a functionally equivalent alternative for users who prefer Obsidian's note-taking system over Notion, offering the same comprehensive page management and workspace operations. Both MCPs demonstrate how AI agents can integrate with existing productivity platforms, enabling intelligent automation of administrative and organizational tasks that would otherwise require manual effort.

Supabase MCP for Backend Database Management

Supabase MCP is highlighted as one of the most powerful MCPs that the speaker now incorporates into most projects, eliminating the need for manual SQL query writing and database schema management. The MCP enables AI code editors to autonomously handle complete backend operations including database schema management, SQL operations, project creation, cost management, and environment setup through natural language prompting rather than manual configuration. The speaker emphasizes that Supabase is their go-to backend solution for smaller shipped projects, making this MCP particularly valuable for their workflow. Installation requires simple authentication through the MCP platform, after which all database management tools become available for use. This MCP exemplifies how AI agents can now autonomously manage complex infrastructure tasks, reducing developer burden and enabling faster project development cycles through conversational AI interfaces.

Conclusion and Call to Action

The video concludes by summarizing the coverage of six significant MCPs that have transformed the speaker's development workflow throughout 2025. The speaker invites viewer support through the YouTube Super Thanks feature and thanks the audience for watching. This brief closing segment reinforces the collective impact of these tools while maintaining engagement with the viewer community.

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