The Momentum Method: A 20-Day Implementation Plan for a Self-Hosted, ADHD-Optimized Life Management System
Introduction: A Strategic Framework for Sustainable Productivity
This report outlines a day-by-day implementation plan for a comprehensive, self-hosted Personal Knowledge Management (PKM) and life management system specifically optimized for the cognitive traits associated with ADHD. The core philosophy of this plan is to leverage momentum. By structuring the implementation into small, manageable daily sessions of 20-30 minutes, the process is designed to generate a series of "quick wins." This approach provides the regular dopamine release and sense of accomplishment necessary to maintain engagement and combat the executive dysfunction challenges that can derail long-term projects. The time limit is not a restriction but a strategic tool to prevent hyperfocus burnout and ensure consistent, sustainable progress.
The Three Pillars of Your System
The proposed architecture is built upon three distinct but interconnected pillars, each served by a carefully selected open-source tool:
1.	Task Management (The Compass): This pillar is for directing immediate action, managing daily focus, and tracking progress. The chosen tool is Vikunja, a lightweight, beginner-friendly to-do list application that prioritizes speed and clarity over feature overload.
2.	Knowledge Management (The Library): This pillar serves as a long-term repository for storing, connecting, and retrieving information. The chosen tool is Docmost, a collaborative wiki and documentation platform that provides a structured environment for building a personal knowledge base, functioning as an open-source alternative to services like Notion and Confluence.
3.	Automation (The Engine): This pillar acts as the connective tissue for the entire system. Its purpose is to reduce friction, enforce consistency, and automate repetitive tasks. The chosen tool is n8n, a powerful, node-based workflow automation platform that can integrate thousands of applications and services.
Why Self-Hosting is a Feature, Not a Bug
This plan exclusively utilizes self-hosted tools, a deliberate choice that offers significant advantages for ADHD management. Commercial Software-as-a-Service (SaaS) platforms are often engineered to maximize user engagement through frequent UI changes, new feature marketing, and upselling notifications. For an individual with ADHD, these elements represent significant sources of cognitive friction and distraction, pulling focus away from the primary task of managing one's life and work.
A self-hosted environment, by contrast, creates a stable, user-controlled "distraction-free sanctuary." There are no advertisements, unexpected pop-ups, or feature announcements competing for attention. The tools serve the user's focus rather than vying for it. This control transforms the digital workspace from a potentially overstimulating environment into a calm, predictable, and highly functional extension of the user's mind. The ability to integrate these tools on a private server provides a level of data ownership and interoperability that is central to the system's design.
Building a multi-part system of this nature requires maintaining a complex mental model of how the components interrelate, which can place a high demand on working memory. To mitigate this cognitive load, the following table serves as a constant reference point—a mental scaffold that offloads the architectural overview to a simple visual guide. It reinforces the purpose and specific benefit of each tool, anchoring the daily implementation tasks to the overarching "why" of the project.
Table 1: System Architecture Overview
Component	Primary Role	Key ADHD-Friendly Feature	Deployment Method	
Vikunja	Task Management	Lightweight UI, multiple views (List, Kanban, Gantt), and fast setup for quick wins.	Docker	
Docmost	Knowledge Management	Structured "Spaces" and a real-time editor to prevent "blank page" paralysis.	Docker Compose	
n8n	Automation	Visual, node-based workflow builder that reduces friction and integrates system components.	Docker Compose	
Phase 1: Foundational Setup & The First Quick Win (Days 1-5)
Objective: To progress from a bare server to a fully functional, self-hosted task manager (Vikunja) in five brief sessions. This phase is engineered for maximum velocity to generate immediate positive feedback and build momentum.
Day 1: Server Preparation and Docker Installation
Completing the foundational technical setup provides a concrete, tangible first step that builds confidence and prepares the ground for the applications.
●	Technical Steps:
1.	Acquire a server. This can be a Virtual Private Server (VPS) from a provider like Hostinger or DigitalOcean, or a local machine/homelab server capable of running Linux.
2.	Connect to the server using a terminal and SSH.
3.	Update the server's operating system packages to ensure all software is current. For Debian/Ubuntu-based systems, the command is: $ sudo apt-get update && sudo apt-get upgrade -y.
4.	Install Docker and Docker Compose. Docker provides the containerized environment that isolates applications from the main system, simplifying installation and management. The installation commands provided in the Docmost documentation for Ubuntu serve as a reliable, tested method.
●	Checkpoint: Verify a successful installation by running the commands $ docker --version and $ docker compose version in the terminal. Both should return version information without errors.
Day 2: Vikunja - The Task Management Core
This session delivers the first major payoff. In a single, short session, a powerful task management tool becomes active and usable. The simplicity of the Docker command is instrumental in achieving this quick win.
●	Technical Steps:
1.	Create a dedicated directory for Vikunja to keep its files organized: $ mkdir ~/vikunja && cd ~/vikunja.
2.	Inside this directory, create the subdirectories required for persistent data storage, as specified in the official documentation: $ mkdir $PWD/files $PWD/db.
3.	Set the correct ownership for these directories. This is a critical step to ensure the Vikunja application inside the container has permission to write files, such as task attachments: $ chown 1000 $PWD/files $PWD/db.
4.	Launch the Vikunja container using a single-line command. This docker run command is chosen for its simplicity to maximize the speed of the first win, deferring the slightly more complex Docker Compose setup: $ docker run -d -p 3456:3456 -v $PWD/files:/app/vikunja/files -v $PWD/db:/db --name vikunja vikunja/vikunja. The -d flag runs the container in the background, and --name vikunja assigns a memorable name for easy management.
●	Checkpoint: Open a web browser and navigate to http://<your-server-ip>:3456. The Vikunja login page should be visible.
Day 3: First Interaction and Account Creation
This session transitions from technical setup to practical application. Creating an account and the first task makes the system feel personal, real, and immediately useful.
●	User Steps:
1.	Navigate to the Vikunja web UI at http://<your-server-ip>:3456.
2.	Click the "Create account" button and follow the on-screen prompts to enter a username, email address, and password.
3.	Upon logging in, take a moment to explore the interface. Locate the main "Overview" tab, the "Projects" section in the sidebar, and the "Labels" tab.
4.	Create a single, simple task to anchor the process: "Complete Day 4 of the PKM setup plan."
●	Checkpoint: The user can successfully log in and view the newly created task on the screen.
Day 4: Structuring Your Life in Vikunja
Externalizing life's domains into a structured system is a core principle of ADHD management, as it reduces mental clutter and the cognitive load of trying to remember everything. This session builds that initial structure.
●	Conceptual Steps:
1.	Brainstorm 3-5 major areas of life that require management (e.g., "Work," "Personal," "Health," "Learning").
2.	In Vikunja, create a Project for each of these areas. Vikunja's straightforward project system avoids the complexity that can be intimidating in other tools.
3.	Create a few universal Labels to provide context to tasks across all projects. Labels function similarly to tags in other PKM systems. Good starting labels include "Urgent," "Quick Task," "Deep Work," and "Waiting For."
4.	Add at least two more tasks to different projects to begin populating the system and practice the workflow.
●	Checkpoint: The Vikunja instance now contains a basic structure of Projects and Labels that reflects the user's primary life domains.
Day 5: Exploring Views and Mobile Access
Different cognitive states and tasks benefit from different ways of viewing information. This session explores Vikunja's built-in flexibility, ensuring the tool can adapt to the user's needs.
●	Exploration Steps:
1.	Select one of the projects created on Day 4.
2.	Experiment with switching between the available views: List, Kanban, and Gantt chart. Observe how the same set of tasks is presented differently, catering to linear, visual, or timeline-based thinking.
3.	Download and install the official Vikunja Desktop application for the user's operating system. Connect it to the self-hosted server instance for a native application experience.
4.	Confirm that the web UI is accessible and functional from a mobile phone's web browser, allowing for task management on the go.
●	Checkpoint: A functional task manager is now in place, its basic structure is understood, and it is accessible from all primary devices. Phase 1 is a success.
Phase 2: Building the Knowledge Library (Days 6-10)
Objective: With a reliable task manager established, this phase focuses on building the long-term knowledge repository using Docmost. The goal is to create a structured, interlinked "second brain" for storing and retrieving information.
Day 6: Deploying Docmost with Docker Compose
Leveraging the confidence gained in Phase 1, this session tackles a slightly more complex deployment involving Docker Compose and multiple services (the application, a database, and a cache). The clear, step-by-step instructions from the official documentation mitigate the potential for overwhelm.
●	Technical Steps:
1.	Create a new directory for Docmost: $ mkdir ~/docmost && cd ~/docmost.
2.	Download the official docker-compose.yml file directly from the project's repository: $ curl -O https://raw.githubusercontent.com/docmost/docmost/main/docker-compose.yml.
3.	Open the file for editing using a terminal-based editor like nano: $ nano docker-compose.yml.
4.	Crucial Configuration Changes:
■	APP_URL: Change the default value from "http://localhost:3000" to "http://<your-server-ip>:3000". This is essential for the application to function correctly.
■	APP_SECRET: Replace the placeholder value. Generate a secure 32-character key by running $ openssl rand -hex 32 in a separate terminal window and pasting the output. The application will fail to start if the default value is used.
■	POSTGRES_PASSWORD: Replace the default STRONG_DB_PASSWORD with a unique, secure password. This password must be updated in two places: in the environment section of the db service and within the DATABASE_URL string in the docmost service.
5.	Save the changes and launch the entire application stack: $ docker compose up -d.
●	Checkpoint: Access the Docmost setup page in a web browser by navigating to http://<your-server-ip>:3000.
Day 7: Docmost First Setup and Core Concepts
Understanding the core organizational concepts of Docmost—Workspace and Spaces—provides a mental model for structuring information. This prevents the "blank page" paralysis that can occur when faced with a completely unstructured note-taking application.
●	Conceptual Steps:
1.	Follow the on-screen instructions at the Docmost URL to create the primary workspace and the first administrator account.
2.	Internalize the platform's hierarchy: the Workspace is the top-level container for all content and users, while Spaces are dedicated, organized areas within the workspace for different teams, projects, or purposes.
3.	Create the first two Spaces to establish an immediate, simple structure: "Personal Knowledge Base" and "Project Archive."
●	Checkpoint: The user has a logged-in Docmost account with two defined Spaces ready to receive content.
Day 8: Creating Your First Pages and Using the Editor
Interacting with the rich text editor and seeing formatted notes appear provides immediate visual feedback and a sense of creation. The editor's features are designed to be intuitive and accessible.
●	Interaction Steps:
1.	Within the "Personal Knowledge Base" space, create a new page and give it the title "Daily Journal."
2.	Experiment with the editor's formatting options: create headings of different levels, apply bold and italic styling, and construct both bulleted and numbered lists.
3.	Discover the "slash menu" by typing / on a new line. This command reveals a menu of available content blocks, such as callouts, tables, and diagrams, a feature similar to that found in Notion.
4.	Create a second page titled "Interesting Articles" and paste a link to a web article to see how it is rendered.
●	Checkpoint: The user has successfully created and formatted content on at least two distinct pages within Docmost.
Day 9: Structuring Knowledge - Nesting and Linking
The ability to nest pages and create bidirectional links allows the knowledge base to grow organically, mirroring the brain's associative nature. This is a more flexible and ADHD-friendly approach than a rigid, traditional folder structure.
●	Structural Steps:
1.	In the Docmost sidebar, use drag-and-drop functionality to nest one page under another, creating a simple hierarchy.
2.	Create a new page titled "Book Notes."
3.	On the "Book Notes" page, use the smart mention feature by typing @ followed by the first few letters of "Daily Journal." Select the page from the list to create a direct link between the two notes.
4.	Practice this process by creating a few more pages and interlinking them to build the initial connections of a personal knowledge graph.
●	Checkpoint: The user understands how to create a hierarchy of pages and link between them.
Day 10: Capturing External Knowledge
A PKM system's utility is directly proportional to the ease with which information can be captured into it. This session focuses on making Docmost a versatile capture tool for various media types.
●	Capture Steps:
1.	On an existing page, use the editor's options to attach a file, such as a PDF document or an image, directly into the note.
2.	Create a new page and use the slash command (/) to explore and insert a diagram. Docmost has built-in support for Mermaid, Draw.io, and Excalidraw, allowing for the creation of flowcharts, mind maps, and sketches directly within the knowledge base.
3.	Create a simple diagram to confirm functionality. This establishes Docmost as a repository for more than just text.
●	Checkpoint: The user has successfully added non-text content (files and diagrams) to the knowledge base. Phase 2 is a success.
Phase 3: The Automation Engine (Days 11-15)
Objective: To install n8n and create the first simple automation that connects the system's components. This phase demonstrates the power of reducing manual, repetitive tasks and introduces the concept of an integrated digital ecosystem.
Day 11: Deploying n8n
This session focuses on setting up the "engine" of the system. By installing n8n, the user is building the capability to automate tasks and make life easier in the future.
●	Technical Steps:
1.	Follow the established pattern for new services: $ mkdir ~/n8n && cd ~/n8n.
2.	Create a docker-compose.yml file for the n8n service. A simple, effective configuration can be adapted from reliable tutorials.
3.	Create a .env file to store configuration variables such as the timezone. Using a separate .env file for secrets and configuration is a best practice that keeps sensitive information out of the main compose file.
4.	Create the persistent data directory and set the correct permissions, a critical and recurring step for all Docker-based services: $ mkdir n8n_data and $ sudo chown -R 1000:1000 n8n_data.
5.	Launch the n8n stack: $ docker compose up -d.
●	Checkpoint: Access the n8n web UI at http://<your-server-ip>:5678 and complete the on-screen instructions to set up the owner account.
Day 12: n8n First Look - The Workflow Canvas
The visual, node-based interface of n8n is often more intuitive than writing code. It allows users to "see" the logic of an automation, which can be easier for some individuals with ADHD to process than abstract scripts.
●	Exploration Steps:
1.	From the n8n dashboard, create a new, blank workflow.
2.	Identify the three core components of the editor: the Nodes panel (where integrations are found), the canvas (where workflows are built), and the execution log (where results are displayed).
3.	Add a "Manual Trigger" node (also called a Start node) to the canvas. This node allows a workflow to be run by clicking a button.
4.	Add a "Sticky Note" node and write a simple message like "My first automation works!"
5.	Connect the two nodes by clicking and dragging from the output handle of the trigger node to the input handle of the sticky note node.
6.	Click "Test Workflow" and observe the green checkmarks indicating a successful execution.
●	Checkpoint: The user has successfully built and executed a basic, two-node workflow in n8n.
Day 13: Connecting n8n to Vikunja
This session creates the "magic moment" where two separate, powerful tools begin to communicate. This tangible integration provides a significant motivational boost and demonstrates the true potential of the system. The process is greatly simplified by the existence of a dedicated community node for Vikunja. This node abstracts away the complexities of API authentication and request formatting, replacing them with a user-friendly interface that dramatically lowers the barrier to entry and ensures a high probability of success.
●	Technical Steps:
1.	In the n8n web UI, navigate to Settings > Community Nodes.
2.	In the installation field, enter the npm package name n8n-nodes-vikunja and proceed with the installation.
3.	In the Vikunja web UI, navigate to Settings > API Tokens and create a new token. Give it a descriptive name like "n8n Access". Copy the generated token.
4.	Back in n8n, navigate to the Credentials section and click to add a new credential. Search for "Vikunja API."
5.	In the credential configuration screen, paste the API token from Vikunja and enter the full API URL for the self-hosted instance, which is http://<your-server-ip>:3456/api/v1. Save the credential.
●	Checkpoint: The Vikunja node is successfully installed in n8n, and the API credentials have been saved and verified.
Day 14: Your First Real Automation
Automating a recurring, mundane task like creating a weekly review reminder offloads the cognitive burden of remembering to do it. The system now actively prompts the user to stay on track, acting as a valuable executive function support.
●	Workflow Build:
1.	Create a new workflow in n8n.
2.	Trigger: Add a "Schedule" node (also known as a Cron node). Configure it to run at a recurring time, for example, every Sunday at 4:00 PM.
3.	Action: Add a "Vikunja" node to the canvas and connect it to the trigger.
4.	Configure the Vikunja node:
■	Select the credential created on Day 13.
■	Set the Resource to Task.
■	Set the Operation to Create.
■	In the "Project" field, select the "Personal" project from the dropdown list.
■	In the "Title" field, enter "Weekly Review: Plan the upcoming week."
5.	Activate the workflow using the toggle switch at the top of the screen.
●	Checkpoint: An active workflow is now scheduled to automatically create a recurring, essential task in the user's primary task manager.
Day 15: Introduction to the HTTP Request Node
Learning the HTTP Request node is a significant power-up. It is the universal key that unlocks integration with almost any modern web service, including Docmost and countless others. Mastering this single node opens up infinite automation possibilities.
●	Learning Steps:
1.	Create a new workflow with a Manual Trigger.
2.	Add an "HTTP Request" node.
3.	For this initial test, use a simple, free public API that requires no authentication, such as the JSONPlaceholder API.
4.	Configure the node:
■	Set the Request Method to GET.
■	Set the URL to https://jsonplaceholder.typicode.com/todos/1.
5.	Execute the node and examine the output in the right-hand panel. Observe the structured JSON data that the API returned. This demonstrates the fundamental process of how n8n retrieves data from external services.
6.	Briefly review the different parts of an API request visible in the node's interface: the URL, Method, Headers, and Body.
●	Checkpoint: The user has successfully used the HTTP Request node to retrieve and view data from a public API. Phase 3 is a success.
Phase 4: Advanced Integration and Habit Formation (Days 16-20+)
Objective: To build more sophisticated workflows, integrate external services using the HTTP Request node, and establish the routines necessary to maintain and benefit from the system long-term.
Day 16: Quick Capture to Docmost
A primary challenge for ADHD individuals is capturing ideas before they are forgotten. This workflow creates a low-friction, universal "inbox" for the second brain. While the research does not provide explicit API documentation for Docmost , its modern architecture (NestJS backend, React frontend) and the existence of a Postman workspace strongly imply a standard REST API is available. This task requires using the generic HTTP Request node, which is intentionally more complex than the dedicated Vikunja node. By placing this task after the user has already achieved success with simpler integrations, the plan creates a scaffolded learning path, introducing complexity in manageable increments to prevent frustration.
●	Workflow Build:
1.	Trigger: In a new n8n workflow, add a "Webhook" node. This node generates a unique URL that can receive data from external sources.
2.	Action: Add an "HTTP Request" node. This will be used to call the Docmost API. To determine the correct endpoint and data format, one can use the browser's developer tools (Network tab) while manually creating a page in the Docmost UI. This will reveal the API endpoint (e.g., a POST request to a URL like /api/v1/pages) and the JSON structure required in the request body.
3.	Connection: Configure the HTTP Request node to create a new page in the "Personal Knowledge Base" space under a static title like "Quick Capture Inbox." Use an expression to pull the text content sent to the webhook and place it in the body of the new page.
4.	Test the workflow by sending data to the webhook URL using a simple command-line tool like curl or an API client like Postman.
●	Checkpoint: A functional webhook exists that can programmatically create a new page in Docmost, forming a universal inbox for ideas and notes.
Day 17: Processing Email into Tasks
Email is a common source of distraction and task-switching. This workflow helps triage important emails into actionable tasks within the trusted task management system, reducing the need to constantly monitor a cluttered inbox.
●	Workflow Build:
1.	Trigger: Use the "Email Trigger (IMAP)" node. Configure it to connect to an email account. To avoid processing all emails, set it to monitor a specific folder or label (e.g., a folder named "Process" or a label named to-process).
2.	Action: Add a "Vikunja" node.
3.	Connection: Configure the Vikunja node to create a new task in a designated "Inbox" project. Use expressions to map the data from the email trigger to the task fields. For example, set the task title to {{ $json.subject }} and the task description to {{ $json.text }}.
●	Checkpoint: When an email is moved to the designated "Process" folder/label in the email client, a corresponding task is automatically created in the Vikunja inbox.
Day 18: AI-Powered Summarization
Reading long articles or documents requires sustained focus. An AI summarizer can provide the gist of a document, reducing the activation energy required to engage with the content and helping to quickly decide if it warrants a "deep dive."
●	Workflow Build:
1.	This workflow is an enhancement of the "Quick Capture to Docmost" workflow from Day 16.
2.	Action 1: After the "Webhook" trigger, insert an AI node, such as the "OpenAI" or "Anthropic" node.
3.	Connection 1: Configure the AI node to take the incoming text from the webhook as input. Provide a prompt such as: "Please provide a concise, bullet-point summary of the following text: {{ $json.body.text }}".
4.	Action 2: Modify the final "HTTP Request" node that creates the page in Docmost.
5.	Connection 2: Update the content of the new page to include both the AI-generated summary (from the output of the AI node) and the original full text. For very long texts, a "Summarization Chain" pattern can be used, where the text is broken into chunks, each is summarized, and then the summaries are combined.
●	Checkpoint: The quick capture workflow now automatically generates and prepends an AI summary to any text-based content sent to it.
Day 19: System Maintenance and Backups
Anxiety about data loss can undermine trust in a digital system. Automating backups provides peace of mind and makes the system feel more robust and reliable.
●	Strategy and Action:
1.	Identify the critical data volumes for each service. These are the directories mapped in the Docker configurations: ~/vikunja/db, ~/vikunja/files, the named volumes for Docmost's database and Redis cache, and ~/n8n/n8n_data.
2.	Create a simple shell script on the server that uses a command-line tool like tar to archive these directories into a single, timestamped backup file.
3.	In n8n, create a new workflow with a "Schedule" node set to run daily or weekly.
4.	Connect an "Execute Command" node to the trigger and configure it to run the backup shell script.
5.	(Optional advanced step) Add subsequent nodes to upload the generated backup file to a secure, off-site location like a cloud storage provider (e.g., AWS S3, Backblaze B2).
●	Checkpoint: A script and an n8n workflow are in place to automate the backup of the entire system's critical data.
Day 20: The Review and Refine Ritual
A system is not a static object to be built and forgotten; it is a dynamic process that must be maintained. A weekly review is a structured, recurring time to process inboxes, plan the upcoming week, and make small adjustments to the system. Establishing this as a scheduled ritual transforms system maintenance from a chore into a satisfying habit.
●	Process:
1.	This final session is not about building, but about using the integrated system as intended.
2.	Locate and begin working on the "Weekly Review" task that was automatically created by the workflow from Day 14.
3.	Process the Vikunja "Inbox" project, assigning due dates and moving tasks to their respective life-area projects.
4.	Review the Docmost "Quick Capture Inbox," filing notes into their proper places within the knowledge base or deleting them.
5.	Briefly review the n8n dashboard. Check the execution logs to ensure workflows are running correctly. Identify one small, repetitive task from the past week that could be a candidate for the next automation.
●	Checkpoint: The first full weekly review has been completed using the system that was built over the preceding 19 days.
Conclusion: Sustaining Momentum and Future Evolution
The 20-day plan detailed in this report is designed to establish a foundation and, more importantly, to build the momentum required for sustained use. The system should not be viewed as a finished product but as a garden that requires consistent, gentle tending. The habit of engaging with the tools for a short period each day is the key to their long-term effectiveness and sustainability.
With the core infrastructure now in place, the user is equipped with a powerful, private, and endlessly customizable platform for managing focus and information. The journey of optimization has just begun.
Next Steps and Further Exploration
●	Vikunja: Explore advanced task management features such as creating sub-tasks for breaking down complex items, establishing relations between tasks to map dependencies, and using the command-line interface (CLI) for quick, keyboard-driven interactions.
●	Docmost: Investigate more advanced organizational features, including creating user groups with specific permissions for collaborative projects and using the public page sharing feature to create a personal blog or public-facing wiki.
●	n8n: Dive deeper into the vast library of over 1000 pre-built integrations to connect with other services. Learn about building robust error-handling branches into workflows and explore the advanced capabilities of the AI Agent nodes for creating sophisticated, multi-step automations.
Works cited
1. I self-host Vikunja on my home lab to manage my to-do lists for free - here's how, https://www.xda-developers.com/vikunja-guide/ 2. How to Install Docmost on Your Synology NAS - Marius Hosting, https://mariushosting.com/how-to-install-docmost-on-your-synology-nas/ 3. Docmost Docker Compose Install: Self-Hosted Note App for Teams - Bit Doze, https://www.bitdoze.com/docmost-docker-install/ 4. Docmost - Self -Hosted Collaborative Wiki and Documentation Portal - Noted.lol, https://noted.lol/docmost/ 5. Self-Host Your Own Automation Platform with n8n + Docker - YouTube, https://www.youtube.com/watch?v=gyn8bcOLdcA 6. How to Selfhost n8n in Cloud/Locally with Docker - DEV Community, https://dev.to/ralphsebastian/how-to-selfhost-n8n-in-cloudlocally-with-docker-4n04 7. Best apps & software integrations | n8n, https://n8n.io/integrations/ 8. Installation | Docmost - Documentation, https://docmost.com/docs/installation/ 9. How do you run n8n with Docker? - Hostinger, https://www.hostinger.com/tutorials/how-to-self-host-n8n-with-docker 10. Getting started with self-hosting - Standard Notes, https://standardnotes.com/help/self-hosting/getting-started 11. Self-Hosting Standard Notes | Bradley Haveman, https://www.haveman.ca/blog/self-host-standard-notes/ 12. Installing - Vikunja, https://vikunja.io/docs/installing/ 13. Full docker example - Vikunja, https://vikunja.io/docs/full-docker-example/ 14. Desktop Packages - Vikunja, https://vikunja.io/docs/desktop-packages/ 15. What is Docmost? How to configure it? - CloudCuddler, https://cloudcuddler.com/what-is-docmost-how-to-configure-it/ 16. User Guide - Documentation - Docmost, https://docmost.com/docs/user-guide/ 17. Introduction | Docmost - Documentation, https://docmost.com/docs/ 18. Docmost: Enterprise-ready Wiki for Teams, https://docmost.com/ 19. Mastering n8n: Step-by-Step Beginner's Guide | Data Science Collective - Medium, https://medium.com/data-science-collective/mastering-n8n-from-scratch-a-step-by-step-guide-for-beginners-its-easier-than-you-think-2d7ca5d47277 20. Using Vikunja with n8n, https://vikunja.io/docs/n8n/ 21. Vikunja integrations | Workflow automation with n8n, https://n8n.io/integrations/vikunja/ 22. go-vikunja/n8n-vikunja-nodes - GitHub, https://github.com/go-vikunja/n8n-vikunja-nodes 23. HTTP Request node documentation - n8n Docs, https://docs.n8n.io/integrations/builtin/core-nodes/n8n-nodes-base.httprequest/ 24. Examples using n8n's HTTP Request node - n8n Docs, https://docs.n8n.io/code/cookbook/http-node/ 25. HTTP Node – Everything You Need to Know (And how to build better agents with it) : r/n8n, https://www.reddit.com/r/n8n/comments/1kkrgb1/http_node_everything_you_need_to_know_and_how_to/ 26. Development | Docmost - Documentation, https://docmost.com/docs/self-hosting/development/ 27. Docmost API Workspace | Postman API Network, https://www.postman.com/docmost-api/docmost-api-workspace/overview 28. Line and OpenAI integration - Automate Workflows with n8n, https://n8n.io/integrations/line/and/openai/ 29. Anthropic integrations | Workflow automation with n8n, https://n8n.io/integrations/anthropic/ 30. I built a bot that reads 100-page documents for me. Here's the n8n workflow. - Reddit, https://www.reddit.com/r/n8n/comments/1lg6oxt/i_built_a_bot_that_reads_100page_documents_for_me/ 31. Save time by summarizing long texts! #ai #n8n #nocode - YouTube, https://www.youtube.com/watch?v=yLPmi2BiYVI 32. Command line interface - Vikunja, https://vikunja.io/docs/cli/ 33. Build Custom AI Agents With Logic & Control | n8n Automation Platform, https://n8n.io/ai-agents/ 34. AI Agents Explained: From Theory to Practical Deployment - n8n Blog, https://blog.n8n.io/ai-agents/