How I use AI to Build $50K Local AI Dashboards (Antigravity)
How to Build a Production-Ready Executive Dashboard with No Code
Introduction to the Dashboard
- The video demonstrates how to create a production-ready executive dashboard without coding, providing visibility into business operations.
- Users will learn to track real-time pipeline value, active projects, overdue invoices, and upcoming meetings using an AI assistant that queries actual business data from databases.
Tools and Setup
- The process begins with collecting API credentials from various platforms like ClickUp, Google Calendar, and Gmail for integration into the dashboard.
- The AI assistant allows users to ask questions about their data in natural language, retrieving accurate information stored in databases such as Superbase.
Features of the Dashboard
- The dashboard enables automated syncing of tasks and calendar events while creating visualizations for project health scores and budget tracking.
- By consolidating multiple tools into one interface, it simplifies operations and enhances decision-making through data-driven insights.
Overview of Building Process
- Nick Perooki introduces himself as part of Reprise, which has successfully delivered numerous AI projects. He emphasizes the community aspect of learning AI business strategies.
- Key pages in the dashboard include:
- A command center displaying pipeline values and project statuses.
- A projects page synced with ClickUp for task management.
- A calendar page linked to Google Calendar or Outlook for event tracking.
Community Resources
- An inner circle community called AI Accelerator offers resources for building solutions similar to the dashboard discussed in the video.
- All necessary resources including setup prompts and templates are available for free within this community.
Understanding Anti-gravity Tool
- Before starting construction on the dashboard, a walkthrough of Anti-gravity is provided; it's described as Google's AI-powered coding environment that simplifies development tasks.
- Anti-gravity functions like having a developer who can interpret plain English requests into code automatically—writing, testing, and deploying it seamlessly.
Workspace Features
- The workspace includes a code editor interface where users can manage files without manual intervention. It allows easy organization of project files within folders.
Introduction to Anti-Gravity and Its Features
Overview of the Document Structure
- The document contains an MD file that serves as a straightforward representation of content, similar to Google Docs.
- A chat interface is available for users to interact with the agent for modifications.
Agent Manager Functionality
- The agent manager allows running multiple AI agents in parallel, enhancing productivity by handling different tasks simultaneously.
- Examples include one agent setting up a database while another configures API connections, akin to having multiple developers working concurrently.
MCP Servers and Their Importance
- MCP stands for Model Context Protocol, which connects Anti-Gravity directly to external services like Superbase and GitHub.
- This connection enables automatic reading from and writing to these services, streamlining processes such as creating database tables directly within Superbase.
Modes of Operation: Planning vs. Fast Mode
Customization Options
- Users can customize their layout in the chat interface according to preference, including positioning options for better usability.
Understanding Planning vs. Fast Mode
- Planning mode is designed for complex problem-solving requiring user approval before execution; fast mode allows quick execution without extensive back-and-forth communication.
Building the Dashboard: Key Features
Dashboard Functionality Overview
- The dashboard acts as a command center displaying pipeline value, active projects count, overdue invoices, upcoming meetings, and ROI metrics all in one view.
Integration with ClickUp and Calendar Services
- The projects page syncs with ClickUp workspace tasks automatically reflecting updates made there into the dashboard.
- A calendar page integrates with Google Calendar or Outlook providing monthly views and event details without leaving the dashboard.
Invoice Management Capabilities
- Users can track invoices by status (draft, sent, paid, overdue), with features allowing automated reminder emails directly from the dashboard.
AI Assistant Integration in Dashboard
AI Assistant Functions
- Built into the dashboard, users can query real data from their Superbase database through natural language questions about project statuses or financial metrics.
Technology Stack Utilized
- The tech stack includes Next.js 14, TypeScript, Tailwind CSS for frontend development alongside integrations with ClickUp API and Google Calendar API.
How to Build a Private Local AI System
Introduction to No-Code API Integration
- The speaker emphasizes the ease of using no-code solutions, highlighting that users only need to collect APIs and integrate them with minimal effort.
- A call to action is made for viewers to join the school community for access to essential API templates needed for building the system.
Setting Up Superbase
- The process begins with creating a Superbase project, which involves obtaining an anonymous key and service role secret.
- The speaker mentions using O Lama as a local AI model instead of OpenAI, focusing on security and privacy in this build.
Customizing Your Dashboard
- Viewers are encouraged to consider additional tools their company uses that could be integrated into the dashboard, emphasizing flexibility in tool selection.
- The demonstration serves as a foundation for understanding what can be achieved; users can add any necessary API keys from other tools like Asana or HubSpot.
Collecting Credentials
- Instructions are provided on how to gather credentials from Superbase, including copying the project ID and API keys.
- Users are guided through setting up ClickUp as their project management tool, requiring specific identifiers like space ID and API token.
Google Cloud Console Setup
- Transitioning to Google Cloud Console, the speaker explains how to create a new project and set up a service account for calendar integration.
- Detailed steps include navigating through settings in ClickUp and Google Cloud Console to obtain necessary tokens and keys for integration.
Final Steps in Credential Management
- The importance of researching API documentation is highlighted when unsure about required credentials during integration processes.
- Viewers learn how to create a service account within Google Cloud Console, including naming it appropriately and managing permissions effectively.
API Setup and Integration Process
Setting Up the API Template
- The speaker begins by discussing the importance of maintaining structure and format while pasting information into the API template, specifically focusing on a Google client email from a previously copied source.
Configuring Google Credentials
- The next step involves replacing placeholders with actual credentials, such as the private key in JSON format. The Google Calendar ID is also highlighted as essential for sending emails from a specific account.
OpenAI API Key Addition
- If utilizing OpenAI services, users are encouraged to add their OpenAI API key. The speaker notes that finding this key should be straightforward for those familiar with AI tools.
Enabling Required APIs
- Users must enable Gmail and Google Calendar APIs within their Google Cloud account through the Cloud Console. This process includes searching for each API and ensuring they are activated.
OAuth Client Configuration
- The speaker explains how to set up OAuth consent screens in the Google Cloud Console, including creating a new client application type labeled "web app" and entering authorized redirect URIs.
Finalizing Project Setup
Obtaining Client ID and Secret
- After creating an OAuth client, users will receive both a client ID and secret which need to be copied back into their project documentation.
Overview of Project Features
- A detailed overview of the project is provided, emphasizing its capabilities like dashboard management, calendar integration, invoice tracking, and AI assistance.
Prompt Preparation for AI System
- Users are instructed to copy prompts that detail tech stack preferences and setup guides necessary for building out the project effectively.
Downloading Necessary Files
Extracting Project Folder Contents
- Users must download an entire project folder containing directives needed for running the system. This folder serves as a startup guide with all required files organized visually.
Theme Customization Tips
- A quick tip is shared regarding theme customization within anti-gravity settings, allowing users to change color themes according to personal preference before finalizing their setup.
Setting Up Anti-Gravity: A Step-by-Step Guide
Initial Setup and Credential Replacement
- The speaker begins by discussing the need to replace credentials for the setup process, specifically mentioning an API key template.
- After replacing the necessary credentials, the speaker initiates the anti-gravity tool, which starts analyzing downloads and executive dashboards.
Environment Configuration
- The tool is currently verifying configurations and setting up its environment, ensuring all directives and SOPs are correctly analyzed.
- The initial steps include installing dependencies, configuring environment variables, setting up a Superbase database, starting an AI service, and syncing data from ClickUp and calendar.
Docker Integration
- The installation of npm is underway while checking for Docker Compose requirements to run the dashboard locally.
- The AI server is being initiated within Docker; it pulls an AI model (Olama), with options to use other models like Quen or OpenAI if desired.
Enhancing Development Efficiency
- To improve development speed, the speaker recommends using a speech dictation tool (Aqua), which translates spoken words into text efficiently.
- This method saves significant time during documentation processes; the speaker claims it has saved over 10 hours in just a few months of use.
Verification Process
- As part of verification, it confirms that the development server is running at localhost:3000 and checks dashboard accessibility in a browser.
- The setup will be documented in a walkthrough file while notifying users about required manual SQL steps in Superbase.
Live Testing and Dashboard Setup
- During live testing, there was an issue with previewing results due to needing an extension; however, it automatically opened localhost for testing.
- A fascinating feature was revealed where anti-gravity screen records its operations. It concludes with instructions on setting up the database schema in Superbase.
Final Steps for Database Setup
- Users must copy contents from Superbase schema SQL into their database interface and execute it to see sample data before refreshing their dashboard.
Dashboard Setup and Integration Issues
Initial Steps in Dashboard Configuration
- The speaker discusses the need to find the correct SQL query for integration, indicating that initial attempts were not successful.
- They mention connecting various systems, including Olama and OpenAI, noting that using OpenAI would compromise privacy.
- The speaker plans to connect ClickUp and other tools like calendars and email but faces connectivity issues.
Gmail Integration Process
- Upon logging into Gmail, the app is unverified by Google; users are advised to proceed by clicking "continue" multiple times.
- Recent emails from partnerships and competitors are visible after logging in. Features include creating emails and AI summaries.
Connecting ClickUp and Superbase
- The speaker emphasizes ensuring proper connections with ClickUp and Superbase for project management.
- Despite adding credentials for ClickUp, projects do not appear as expected; troubleshooting steps are initiated.
Troubleshooting SQL Queries
Generating SQL Queries
- A new chat is opened to inquire about the necessary SQL for Superbase while minimizing resource usage by selecting a less expensive model (Gemini 3 Flash).
- After generating the SQL query, there’s an attempt to copy it into Superbase's SQL editor for execution.
Executing Queries in Superbase
- A warning appears regarding potential issues with executing the query; despite this, it is run successfully with no rows returned.
- The table editor displays various categories such as automation logs and invoices where new entries can be created.
Project Management Challenges
Inserting New Projects
- The speaker attempts to insert a new project into Superbase but encounters issues again; they rely on anti-gravity assistance for resolution.
Continuous Troubleshooting Approach
- Emphasizing trial-and-error methods, they note that development isn't done manually but through repeated requests for help.
Integrating AI Chat Functionality
Issues with AI Chat Integration
- Problems arise when trying to use AI chat within the dashboard; responses are lacking when questions are posed about integrating with Superbase.
Testing New Project Creation
- A test project named "testing" is created while discussing potential dates related to its initiation.
ClickUp Project Management Integration Walkthrough
Creating and Syncing Projects in ClickUp
- A project named "test" is created in ClickUp, with a notification indicating that syncing is in progress.
- The project is found under the "solid foundation" list, highlighting the need for more specific task creation guidelines within the anti-gravity framework.
Enhancing AI Capabilities
- Debugging of AI chat capabilities reveals operational but slow performance; plans to add a client tool are underway.
- Implementation updates include verifying client table schema for correct field mapping, ensuring data integrity.
Calendar Integration Setup
- Users must share access to their Google calendar email within settings to enable event creation from the dashboard.
- Once set up, users can add new events directly into their dashboard calendar, enhancing productivity.
Testing AI Functionality
- The AI chat feature provides an email summary upon request, though it experiences delays compared to other models like OpenAI.
- Active projects are displayed on the dashboard; users can sync all projects and manage overdue invoices efficiently.
Invoice Management Features
- Users can create and send invoices directly from ClickUp, including options for adding clients and payment links.
- New clients can be added easily; invoices can be assigned with specific statuses such as overdue for better tracking.
Dashboard Overview and Future Potential
- The dashboard allows customization with various insights into company operations; notifications confirm successful actions taken.
- Emphasizes the rapid deployment capabilities of anti-gravity technology in managing tasks effectively.
How to Deploy Your Project Easily
Steps for Deployment
- To deploy your project and access it from anywhere, the simplest method is through Vercel. Start by pushing your project to GitHub, which can be done easily with a command like "push this project to GitHub." This will create the repository automatically.
- After creating the GitHub repository, visit vercel.com to import it. You will need to add all necessary environment variables from your local
.envfile before clicking on the deploy button. The process is straightforward and quick.
Customization Options
- The deployment process is highly customizable. Users have the flexibility to change various aspects such as layout, color schemes, and imported tools within the system. Essentially, you can modify almost anything according to your preferences.
Business Implementation
- For business owners interested in implementing AI solutions to enhance their operations and profitability, there’s an invitation to book a call with AI transformation partners for a free AI audit and consultation.
Community Engagement
- If you're looking to monetize these solutions or start an AI business, joining a free school community is recommended. Members will gain access to prompts, templates, and resources showcased in the video that can help set up projects quickly—potentially within 15 minutes of joining.
- Thank you for watching! Viewers are encouraged to engage by liking, commenting, subscribing, and sharing feedback in the comments section below.