Quadratic

Quadratic reimagines the spreadsheet for the modern data era, blending the intuitive, cell-based interface of traditional spreadsheets with the powerful capabilities of AI, coding, and direct database connections. It serves as a next-generation alternative to tools like Excel and Google Sheets, designed for users who need to move beyond basic calculations and perform complex data analysis, visualization, and automation. With Quadratic, you can seamlessly transition from simple data entry to writing Python scripts for machine learning, querying databases with SQL, or using natural language to generate insights and charts on the fly.

The platform is built for speed and efficiency, allowing users to import data from various sources, including CSV files, PDFs, and images, and immediately begin their analysis. Its AI-powered prompts act as a data co-pilot, helping users understand data correlations, perform budget analyses, or visualize business metrics without writing a single line of code. For technical users, the integration of code cells (Python, SQL, JavaScript) directly within the grid is a game-changer, enabling sophisticated data manipulation, scientific computing, and the creation of interactive visualizations without leaving the spreadsheet environment.

How to use Quadratic

Getting started with Quadratic is straightforward. First, you can import your data by uploading a file (like CSV, PDF, or an image) or by connecting directly to your databases, such as PostgreSQL, MySQL, Snowflake, or BigQuery. Once your data is in the sheet, you can interact with it in several ways:

• Natural Language Prompts: Use the AI prompt bar to ask questions about your data. For example, you can type "Visualize impressions and clicks over time" or "Find the correlation between Bitcoin and Ethereum," and Quadratic will generate the corresponding analysis or chart.
• Code Cells: For more advanced tasks, click on a cell and switch its mode to Python, SQL, or JavaScript. You can write and execute Python code for data analysis with libraries like Pandas, generate SQL queries to fetch or manipulate data from a connected database, or build custom functions with JavaScript.
• Traditional Spreadsheet Functions: Use it like any other spreadsheet with standard formulas and functions for everyday calculations.
• Collaboration: Share your spreadsheet with team members for real-time, multiplayer collaboration, making it a central hub for data projects.

Core Features of Quadratic

• AI-Powered Analysis: Use natural language prompts to generate insights, create and edit charts, and automate data analysis tasks.
• Integrated Code Cells: Write and execute Python, SQL, and JavaScript directly in spreadsheet cells, unlocking advanced data science and automation capabilities.
• Direct Database Connections: Securely connect to popular databases like PostgreSQL, MySQL, Snowflake, and BigQuery to query and analyze live data without complex ETL pipelines.
• Multi-Format Data Import: Easily import and extract data from CSV files, as well as unstructured sources like PDFs and images.
• Real-Time Collaboration: Work with your team in a multiplayer environment, similar to Google Sheets, but with far more powerful features.
• Enterprise-Grade Security: Quadratic is SOC 2 (Type II) and HIPAA compliant, ensuring your data is stored securely and privately, making it suitable for sensitive business and healthcare information.
• Self-Hosting Option: Enterprise plans offer the ability to self-host Quadratic for maximum control and security.

Use Cases for Quadratic

Quadratic is versatile and can be applied across various domains:

• Business Intelligence: Create dynamic dashboards by connecting to Google Analytics, Stripe, or Mixpanel data to visualize revenue, user retention, and other key performance indicators.
• Financial Analysis: Build complex financial models, like a Black-Scholes calculator, track investment portfolios, or manage personal and business budgets with advanced templates.
• Data Science & Research: Analyze large datasets, perform statistical analysis (e.g., t-tests, ANOVA), build machine learning models, and chart population growth or economic data from sources like FRED.
• Education: Used in academic settings for teaching data analysis, coding, and statistical concepts in an interactive and accessible environment.
• Operations & Reporting: Automate ad-hoc reporting, analyze sales data from POS systems, and streamline data cleaning and preparation processes.

Advantages of Quadratic

The primary advantage of Quadratic is its unique fusion of a user-friendly spreadsheet interface with the power of a developer's toolkit. This eliminates the need to switch between multiple applications (like a spreadsheet, a SQL client, and a Python notebook). It democratizes data analysis by allowing non-coders to perform complex queries via AI, while empowering technical users with a more integrated and efficient workflow. Its strong focus on security and compliance (SOC 2, HIPAA) makes it a trustworthy choice for businesses handling sensitive data, a clear advantage over standard spreadsheet tools.

Pricing and Plans

Quadratic offers a flexible pricing structure to cater to different users:

• Personal (Free): Designed for individuals. It includes unlimited personal files but has limited AI usage and sharing capabilities.
• Pro ($18/user/month, billed annually): Aimed at teams and professionals. This plan offers 10-20x higher AI limits, a shared team workspace, unlimited sharing, and priority support.
• Enterprise (Custom): Tailored for large organizations. It provides custom AI usage, Single Sign-On (SSO), advanced permissions, dedicated support, and self-hosting options.
• Education Plan: A special plan is available for students and educators.

All payments are processed securely through Stripe, and users can upgrade or downgrade their plans at any time.