Discover Awesome MCP Servers

Fetch MCP Server

Here are a few ways to translate "MCP Server to fetch information from the internet based on URL" into Indonesian, depending on the specific context and desired level of formality: **Option 1 (General and Common):** * **Server MCP untuk mengambil informasi dari internet berdasarkan URL.** This is a straightforward and widely understood translation. It uses common Indonesian words. **Option 2 (More Technical):** * **Server MCP untuk mengambil data dari internet berdasarkan URL.** Using "data" instead of "informasi" might be preferred in a more technical context. **Option 3 (Slightly More Formal):** * **Server MCP untuk mendapatkan informasi dari internet berdasarkan URL.** "Mendapatkan" (to obtain) is slightly more formal than "mengambil" (to take/fetch). **Option 4 (Emphasizing the Function):** * **Server MCP yang berfungsi untuk mengambil informasi dari internet berdasarkan URL.** This emphasizes the *function* of the server. It translates to "MCP Server that functions to fetch information from the internet based on URL." **Which one is best depends on the context:** * If you're talking to a general audience, **Option 1** is probably best. * If you're talking to a technical audience, **Option 2** might be better. * If you want to sound a bit more formal, use **Option 3**. * If you want to emphasize the server's purpose, use **Option 4**. In all options, "MCP Server" is kept as is, assuming "MCP" is an acronym or proper noun that doesn't need translation. If "MCP" *does* need translation, please provide the full name so I can translate it accurately.

jarvisMCP

MCP Server of Jarvis

MCP Neo4j Server

Mirror of

greptimedb-mcp-server

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mcp-server-brian

A MCP server to retrieve transaction calldata from prompts using Brian

Stakpak MCP Server

Lightweight MCP server to give you access to the Stakpak API.

Awesome MCP Servers

Koleksi lengkap server Model Context Protocol (MCP) yang dikategorikan berdasarkan fungsionalitas. Repositori ini membantu pengembang dan penggemar AI untuk menemukan dan memanfaatkan berbagai server MCP yang tersedia untuk berbagai aplikasi.

couchdb-mcp-server

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Symbol Model Context Protocol (MCP)

Spiking - Symbol MCP Server.

MedifinderMCP Server

Server Protokol Komunikasi Pesan (Message Communication Protocol/MCP) yang memfasilitasi komunikasi yang aman dan terstandarisasi antara komponen sistem dan basis data inventaris obat. Menyediakan *endpoint* RESTful untuk pencarian obat berdasarkan lokasi, kueri ketersediaan, dan pengoptimalan pesan untuk integrasi WhatsApp.

eSignatures NDA Tutorial

Okay, here's a tutorial on creating Non-Disclosure Agreements (NDAs) using eSignatures with an MCP (Message Content Protection) Server. This guide assumes you have a basic understanding of NDAs and have access to an MCP Server and its associated tools. **Important Considerations Before You Begin:** * **Legal Advice:** This tutorial provides a technical overview. It is **crucial** to consult with legal counsel to ensure your NDA is legally sound and enforceable in the relevant jurisdictions. An NDA is a legal document, and its effectiveness depends on its specific wording and compliance with applicable laws. * **MCP Server Configuration:** This tutorial assumes your MCP Server is properly configured for eSignatures. This includes having the necessary certificates, keys, and integration with your document management system or application. * **Security:** eSignatures rely on cryptographic security. Ensure your MCP Server and related systems are properly secured to protect the integrity and confidentiality of your NDAs. **General Workflow:** The typical workflow for creating and signing NDAs with eSignatures using an MCP Server involves these steps: 1. **NDA Template Creation:** Design and create the NDA template. 2. **Integration with MCP Server:** Integrate your application with the MCP Server to handle the signing process. 3. **Document Preparation:** Prepare the NDA document with the necessary information. 4. **Signature Request:** Send a signature request to the MCP Server. 5. **Signing Process:** The signer receives the request, reviews the document, and applies their eSignature. 6. **Verification and Storage:** The MCP Server verifies the signature and stores the signed document. **Step-by-Step Tutorial:** **1. NDA Template Creation:** * **Content:** Draft the NDA content. This should include: * **Parties Involved:** Clearly identify the disclosing party and the receiving party. * **Definition of Confidential Information:** Precisely define what constitutes confidential information. Be specific. * **Obligations of the Receiving Party:** Outline the receiving party's obligations regarding the confidential information (e.g., non-disclosure, non-use, protection). * **Exclusions:** Specify any information that is *not* considered confidential (e.g., information already publicly available). * **Term:** Define the duration of the NDA. * **Governing Law:** Specify the jurisdiction whose laws will govern the agreement. * **Signatures:** Include signature blocks for both parties. These will be replaced with eSignatures. * **Format:** Create the NDA template in a suitable format (e.g., PDF, Word document). PDF is generally preferred for its portability and security features. * **Placeholders:** Use placeholders for information that will be dynamically inserted (e.g., party names, dates, addresses). For example: * `[Disclosing Party Name]` * `[Receiving Party Name]` * `[Effective Date]` * `[Signature Block 1]` * `[Signature Block 2]` **2. Integration with MCP Server:** * **API Access:** Your application needs to communicate with the MCP Server's API. Consult the MCP Server's documentation for details on the API endpoints, authentication methods, and data formats. * **Authentication:** Implement the necessary authentication mechanisms to securely access the MCP Server. This might involve API keys, OAuth, or other authentication protocols. * **Signature Request Format:** Understand the format required by the MCP Server for signature requests. This typically includes: * **Document:** The NDA document (usually as a base64 encoded string or a URL). * **Signer Information:** Details about the signers (name, email address, etc.). * **Signature Location:** Coordinates or identifiers indicating where the signatures should be placed on the document. This is crucial for visual eSignatures. * **Signature Options:** Options such as signature appearance, certificate usage, and security settings. * **Response Handling:** Implement code to handle the responses from the MCP Server. This includes: * **Success:** Handle successful signature requests and retrieve the signed document. * **Errors:** Handle errors gracefully and provide informative messages to the user. **3. Document Preparation:** * **Data Population:** Use your application to populate the NDA template with the specific information for each agreement. Replace the placeholders with the actual data. * **Document Conversion (if necessary):** If your template is not already in PDF format, convert it to PDF before sending it to the MCP Server. * **Signature Block Definition:** Determine the exact location where the eSignatures should be placed on the document. This is often specified as coordinates (x, y) relative to the page. This is critical for the visual representation of the signature. **4. Signature Request:** * **Create Request:** Construct the signature request according to the MCP Server's API specifications. This will typically involve creating a JSON or XML payload containing the document, signer information, and signature location details. * **Send Request:** Send the signature request to the MCP Server using the appropriate API endpoint (e.g., using an HTTP POST request). **Example (Conceptual - Replace with your MCP Server's actual API):** ```json { "document": "base64EncodedPDFDocument", "signers": [ { "name": "John Doe", "email": "john.doe@example.com", "signatureLocation": { "page": 1, "x": 100, "y": 700 } }, { "name": "Jane Smith", "email": "jane.smith@example.com", "signatureLocation": { "page": 1, "x": 400, "y": 700 } } ], "signatureOptions": { "appearance": "visual", "certificate": "certificateAlias" } } ``` **5. Signing Process:** * **Notification:** The MCP Server typically sends a notification (usually an email) to the signers, informing them that they have an NDA to sign. * **Review:** The signer clicks on the link in the notification and is directed to a secure portal or application where they can review the NDA. * **Authentication:** The signer may need to authenticate themselves (e.g., using a password, OTP, or other authentication method). * **Signature Application:** The signer applies their eSignature. This might involve: * **Click-to-Sign:** Clicking a button to indicate their agreement. * **Drawing a Signature:** Using a mouse or stylus to draw their signature. * **Using a Digital Certificate:** Selecting a digital certificate from their certificate store. * **Confirmation:** The signer confirms their signature. **6. Verification and Storage:** * **Signature Verification:** The MCP Server verifies the validity of the eSignature. This involves checking the digital certificate, ensuring the document has not been tampered with, and verifying the signer's identity. * **Document Storage:** The MCP Server stores the signed NDA securely. This might involve storing it in a database, a document management system, or a cloud storage service. * **Audit Trail:** The MCP Server typically maintains an audit trail of the signing process, including timestamps, signer information, and verification results. * **Notification:** The application and/or the parties involved are notified that the NDA has been successfully signed. * **Retrieval:** The signed NDA can be retrieved from the MCP Server using the API. **Code Snippets (Illustrative - Adapt to your MCP Server's API and programming language):** **Python (using the `requests` library):** ```python import requests import json # MCP Server API endpoint api_url = "https://your-mcp-server.com/api/sign" # Authentication credentials (replace with your actual credentials) api_key = "YOUR_API_KEY" # Signature request data (replace with your actual data) data = { "document": "base64EncodedPDFDocument", "signers": [ { "name": "John Doe", "email": "john.doe@example.com", "signatureLocation": { "page": 1, "x": 100, "y": 700 } } ] } # Headers for the request headers = { "Content-Type": "application/json", "Authorization": f"Bearer {api_key}" # Or whatever authentication method your MCP Server uses } try: # Send the request response = requests.post(api_url, data=json.dumps(data), headers=headers) # Check the response status code response.raise_for_status() # Raise an exception for bad status codes # Parse the response JSON response_data = response.json() # Handle the response if response_data["status"] == "success": signed_document_url = response_data["signed_document_url"] print(f"NDA signed successfully! Signed document URL: {signed_document_url}") else: print(f"Error signing NDA: {response_data['message']}") except requests.exceptions.RequestException as e: print(f"An error occurred: {e}") except json.JSONDecodeError: print("Error decoding JSON response from the server.") ``` **Important Considerations:** * **Error Handling:** Implement robust error handling to catch potential issues during the signing process. * **Security:** Prioritize security throughout the entire process. Use HTTPS for all communication with the MCP Server, protect your API keys, and ensure that the MCP Server is properly secured. * **User Experience:** Design a user-friendly interface for the signing process. Provide clear instructions and guidance to the signers. * **Compliance:** Ensure that your eSignature solution complies with relevant regulations, such as eIDAS (in Europe) or ESIGN Act (in the United States). * **Testing:** Thoroughly test the entire process before deploying it to production. **Troubleshooting:** * **API Errors:** Carefully review the MCP Server's API documentation for error codes and messages. * **Signature Placement:** Double-check the signature location coordinates to ensure that the signatures are placed correctly on the document. * **Certificate Issues:** Verify that the digital certificates used for signing are valid and trusted. * **Network Connectivity:** Ensure that your application can communicate with the MCP Server. This tutorial provides a general overview of creating NDAs using eSignatures with an MCP Server. The specific steps and code will vary depending on the MCP Server you are using and the programming language you are using. Always consult the MCP Server's documentation for detailed instructions and examples. Remember to consult with legal counsel to ensure your NDAs are legally sound. Good luck!

edgar-sec-mcp

Sebuah Server MCP untuk mendapatkan data dari EDGAR

🚀 MCP Server for Document Processing

Server MCP ini memungkinkan asisten AI mengakses dan mencari dokumen pribadi, basis kode, dan informasi teknologi terbaru Anda. Server ini memproses Markdown, teks, dan PDF ke dalam database yang dapat dicari, memperluas pengetahuan AI di luar data pelatihan. Dibangun dengan Docker, mendukung embedding gratis dan berbayar, dan menjaga AI tetap terbarui dengan data Anda.

Weather MCP Server

Here are a few ways you could interpret "MCP server to get the US city weather" and their Indonesian translations, depending on what you mean by "MCP": **1. Assuming "MCP" refers to a specific server or application you know:** * **English:** "How do I use the MCP server to get weather information for US cities?" * **Indonesian:** "Bagaimana cara menggunakan server MCP untuk mendapatkan informasi cuaca kota-kota di Amerika Serikat?" **2. Assuming "MCP" is a typo and you meant "API" (Application Programming Interface):** * **English:** "How do I use an API to get weather information for US cities?" * **Indonesian:** "Bagaimana cara menggunakan API untuk mendapatkan informasi cuaca kota-kota di Amerika Serikat?" **3. Assuming "MCP" is a general term for a server that provides weather data:** * **English:** "How can I use a server to get weather information for US cities?" * **Indonesian:** "Bagaimana saya bisa menggunakan sebuah server untuk mendapatkan informasi cuaca kota-kota di Amerika Serikat?" **4. Assuming "MCP" is a specific technology or platform (you'd need to specify what it is):** * **English:** "How do I use [MCP Technology/Platform Name] to get weather information for US cities?" * **Indonesian:** "Bagaimana cara menggunakan [Nama Teknologi/Platform MCP] untuk mendapatkan informasi cuaca kota-kota di Amerika Serikat?" **Important Considerations:** * **Specificity:** The more specific you are about what "MCP" refers to, the better the translation and the more helpful the response can be. * **Context:** Providing more context about what you're trying to achieve will help me understand your request better. To get the most accurate translation and helpful response, please clarify what you mean by "MCP."

MCP Server Trello

Mirror of

🤖 Deno Model Context Protocol (MCP) Agent Template Repository

A template Model Context Protocol server in Deno

Jason's MCP Servers

Collection of MCP servers and installation scripts

MCP-Server VBox

MCP server for enabling AI use local k8s resources

AgentRPC

A universal RPC layer for AI agents. Connect to any function, any language, across network boundaries. AgentRPC wraps your functions in a universal RPC interface, connecting them to a hosted server accessible through open standards including MCP.

Vidu MCP Server

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MemGPT Sample

A simple, abridged MemGPT agent written in Spring Boot. Includes a running as a REST API or MCP server. Also includes a simple ChatBot App to interact with the agent.

mcp-server-deepseek

Server MCP menyediakan akses ke kemampuan penalaran DeepSeek-R1 untuk LLM.

UseScraper MCP Server

Mirror of

Boilerplate MCP Server

TypeScript Model Context Protocol (MCP) server boilerplate providing IP lookup tools/resources. Includes CLI support and extensible structure for connecting AI systems (LLMs) to external data sources like ip-api.com. Ideal template for creating new MCP integrations via Node.js.

Bazel MCP Server

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