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  • CARTO Academy
  • Working with geospatial data
    • Geospatial data: the basics
      • What is location data?
      • Types of location data
      • Changing between types of geographical support
    • Optimizing your data for spatial analysis
    • Introduction to Spatial Indexes
      • Spatial Index support in CARTO
      • Create or enrich an index
      • Work with unique Spatial Index properties
      • Scaling common geoprocessing tasks with Spatial Indexes
      • Using Spatial Indexes for analysis
        • Calculating traffic accident rates
        • Which cell phone towers serve the most people?
    • The modern geospatial analysis stack
      • Spatial data management and analytics with CARTO QGIS Plugin
      • Using data from a REST API for real-time updates
  • Building interactive maps
    • Introduction to CARTO Builder
    • Data sources & map layers
    • Widgets & SQL Parameters
    • AI Agents
    • Data visualization
      • Build a dashboard with styled point locations
      • Style qualitative data using hex color codes
      • Create an animated visualization with time series
      • Visualize administrative regions by defined zoom levels
      • Build a dashboard to understand historic weather events
      • Customize your visualization with tailored-made basemaps
      • Visualize static geometries with attributes varying over time
      • Mapping the precipitation impact of Hurricane Milton with raster data
    • Data analysis
      • Filtering multiple data sources simultaneously with SQL Parameters
      • Generate a dynamic index based on user-defined weighted variables
      • Create a dashboard with user-defined analysis using SQL Parameters
      • Analyzing multiple drive-time catchment areas dynamically
      • Extract insights from your maps with AI Agents
    • Sharing and collaborating
      • Dynamically control your maps using URL parameters
      • Embedding maps in BI platforms
    • Solving geospatial use-cases
      • Build a store performance monitoring dashboard for retail stores in the USA
      • Analyzing Airbnb ratings in Los Angeles
      • Assessing the damages of La Palma Volcano
    • CARTO Map Gallery
  • Creating workflows
    • Introduction to CARTO Workflows
    • Step-by-step tutorials
      • Creating a composite score for fire risk
      • Spatial Scoring: Measuring merchant attractiveness and performance
      • Using crime data & spatial analysis to assess home insurance risk
      • Identify the best billboards and stores for a multi-channel product launch campaign
      • Estimate the population covered by LTE cells
      • A no-code approach to optimizing OOH advertising locations
      • Optimizing site selection for EV charging stations
      • How to optimize location planning for wind turbines
      • Calculate population living around top retail locations
      • Identifying customers potentially affected by an active fire in California
      • Finding stores in areas with weather risks
      • How to run scalable routing analysis the easy way
      • Geomarketing techniques for targeting sportswear consumers
      • How to use GenAI to optimize your spatial analysis
      • Analyzing origin and destination patterns
      • Understanding accident hotspots
      • Real-Time Flood Claims Analysis
      • Train a classification model to estimate customer churn
      • Space-time anomaly detection for real-time portfolio management
      • Identify buildings in areas with a deficit of cell network antennas
    • Workflow templates
      • Data Preparation
      • Data Enrichment
      • Spatial Indexes
      • Spatial Analysis
      • Generating new spatial data
      • Statistics
      • Retail and CPG
      • Telco
      • Insurance
      • Out Of Home Advertising
      • BigQuery ML
      • Snowflake ML
  • Advanced spatial analytics
    • Introduction to the Analytics Toolbox
    • Spatial Analytics for BigQuery
      • Step-by-step tutorials
        • How to create a composite score with your spatial data
        • Space-time hotspot analysis: Identifying traffic accident hotspots
        • Spacetime hotspot classification: Understanding collision patterns
        • Time series clustering: Identifying areas with similar traffic accident patterns
        • Detecting space-time anomalous regions to improve real estate portfolio management (quick start)
        • Detecting space-time anomalous regions to improve real estate portfolio management
        • Computing the spatial autocorrelation of POIs locations in Berlin
        • Identifying amenity hotspots in Stockholm
        • Applying GWR to understand Airbnb listings prices
        • Analyzing signal coverage with line-of-sight calculation and path loss estimation
        • Generating trade areas based on drive/walk-time isolines
        • Geocoding your address data
        • Find similar locations based on their trade areas
        • Calculating market penetration in CPG with merchant universe matching
        • Measuring merchant attractiveness and performance in CPG with spatial scores
        • Segmenting CPG merchants using trade areas characteristics
        • Store cannibalization: quantifying the effect of opening new stores on your existing network
        • Find Twin Areas of top-performing stores
        • Opening a new Pizza Hut location in Honolulu
        • An H3 grid of Starbucks locations and simple cannibalization analysis
        • Data enrichment using the Data Observatory
        • New police stations based on Chicago crime location clusters
        • Interpolating elevation along a road using kriging
        • Analyzing weather stations coverage using a Voronoi diagram
        • A NYC subway connection graph using Delaunay triangulation
        • Computing US airport connections and route interpolations
        • Identifying earthquake-prone areas in the state of California
        • Bikeshare stations within a San Francisco buffer
        • Census areas in the UK within tiles of multiple resolutions
        • Creating simple tilesets
        • Creating spatial index tilesets
        • Creating aggregation tilesets
        • Using raster and vector data to calculate total rooftop PV potential in the US
        • Using the routing module
      • About Analytics Toolbox regions
    • Spatial Analytics for Snowflake
      • Step-by-step tutorials
        • How to create a composite score with your spatial data
        • Space-time hotspot analysis: Identifying traffic accident hotspots
        • Computing the spatial autocorrelation of POIs locations in Berlin
        • Identifying amenity hotspots in Stockholm
        • Applying GWR to understand Airbnb listings prices
        • Opening a new Pizza Hut location in Honolulu
        • Generating trade areas based on drive/walk-time isolines
        • Geocoding your address data
        • Creating spatial index tilesets
        • A Quadkey grid of stores locations and simple cannibalization analysis
        • Minkowski distance to perform cannibalization analysis
        • Computing US airport connections and route interpolations
        • New supplier offices based on store locations clusters
        • Analyzing store location coverage using a Voronoi diagram
        • Enrichment of catchment areas for store characterization
        • Data enrichment using the Data Observatory
    • Spatial Analytics for Redshift
      • Step-by-step tutorials
        • Generating trade areas based on drive/walk-time isolines
        • Geocoding your address data
        • Creating spatial index tilesets
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On this page
  • What is CARTO Workflows
  • Why Workflows?
  • Workflows UI elements
  • Canvas
  • Sources & Components panel
  • Results panel
  • Resources in CARTO Academy
  • Keep learning...

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  1. Creating workflows

Introduction to CARTO Workflows

Last updated 1 year ago

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What is CARTO Workflows

CARTO Workflows is a visual modeling tool that allows you to create multi-step analyses without writing any code. With Workflows, you can orchestrate complex spatial analyses with as many steps as needed which can be edited, updated, duplicated, and run as many times as needed.

Why Workflows?

Workflows is completely cloud-native, which means that behind the scenes Workflows compiles native SQL to your data warehouse or database and runs the Workflow directly within the database or data warehouse. What does this mean for you?

  • Speed: Since Workflows uses native SQL in the data warehouse, the speed of your analysis is comparable to running the analysis directly on the data warehouse itself. For example, a spatial point in polygon count of US Counties (3k+ polygons) to 26 million+ points can take ~6 seconds to run (depending on your infrastructure)

  • No data transfer: Your data never leaves your data source. This means that compared to other tools that take data out of the source, the performance boosts are massive, and you ensure your data remains in the same place

  • Faster analysis: You can assemble and modify analyses much faster than writing SQL and you can automate repetitive tasks

  • Lower costs: In nearly all cases, Workflows is a lower-cost analysis method compared to other desktop-based tools

Our goal with Workflows is to bring the power of spatial SQL to a much larger audience including GIS Analysts, Data Analysts, and Business Users who can now create complex spatial analysis without writing code. It reduces the need of specialist knowledge and for those specialists, they can now automate the repetitive tasks and focus on more complex and valuable analytical tasks.

Workflows UI elements

Before we jump into workflow's tutorials and templates, let's take a quick look of the Workflows interface so you know your way around before getting started.

Canvas

First is the Canvas where you will design your Workflow. This is a free-form Canvas meaning you can drag nodes onto any part of the canvas. You can zoom in and out to see different parts of your workflow and see the layout of the workflow in the mini viewer in the lower right corner. As you add nodes to the canvas they will snap to a grid to align.

Sources & Components panel

On the left side, you will find a menu where you can add data sources from the connection you created the Workflow. You can add any data source that you want that exists in your connection. You also have all the components, or nodes, that you can add to the canvas. You can search for components or scroll to find the component you want.

Results panel

The bottom panel is the results space where you will see four different tabs:

  • Messages: Messages about the status of your Workflow including success and error messages.

  • Data: After clicking on a node, you can see the tabular data outputs of that specific workflow step.

  • Map: After clicking on a node, if that step returns a valid geometry, it will show up in the map. If there is more than one geometry you will have an option to pick which one to show.

  • SQL: The compiled SQL of the workflow. This includes different steps and procedural language.


Resources in CARTO Academy

In order to accelerate your onboarding to CARTO and get you ready to get the most out of Workflows for your day-to-day data pipeline and analytics, we have carefully curated a set of detailed step-by-step tutorials and workflow templates, from basic introductory ones to others covering more advanced and industry-specific use-cases.


Keep learning...

Deep dive in some of the advanced features available in CARTO Workflows to ensure you get the most out of this tool by reading the specifications in our .

Product Documentation
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Step-by-step tutorials

In this section we provide a set of tutorials with step-by-step instructions for you to learn how to perform different spatial analysis examples with CARTO Workflows.

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Workflow templates

Drag & drop our workflow templates into your application to get you started in a wide range of scenarios and applications, from simple building blocks for your data pipeline to industry-specific geospatial use-cases.

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Workflow components

Find the list and reference of all components available in CARTO Workflows in our product documentation.

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Scheduling workflows

Learn how to schedule periodic executions of your workflows to keep your results always up to date.

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Executing workflows via API

Learn how to execute a workflow via an API call to integrate it in your processes.