Introducing the Forecasts API — Event-driven forecasts for precise demand planning. Fast, accurate, and easy to run.
Explore Now
LogoLogo
Visit websiteWebAppGet DemoTry for Free
  • Tech Docs
  • API Reference
  • WebApp Support
  • Introduction
  • Loop
  • System Status
  • Getting Started
    • API Quickstart
    • Glossary
    • Data Science Notebooks
    • PredictHQ Data
      • Data Accuracy
      • Event Categories
        • Attendance-Based Events
        • Non-Attendance-Based Events
        • Unscheduled Events
        • Live TV Events
      • Labels
      • Entities
      • Ranks
        • PHQ Rank
        • Local Rank
        • Aviation Rank
      • Predicted Attendance
      • Predicted End Times
      • Predicted Event Spend
      • Predicted Events
      • Predicted Impact Patterns
    • Guides
      • Geolocation Guides
        • Overview
        • Searching by Location
          • Find Events by Latitude/Longitude and Radius
          • Find Events by Place ID
          • Find Events by IATA Code
          • Find Events by Country Code
          • Find Events by Placekey
          • Working with Location-Based Subscriptions
        • Understanding Place Hierarchies
        • Working with Polygons
        • Join Events using Placekey
      • Date and Time Guides
        • Working with Recurring Events
        • Working with Multi-day and Umbrella Events
        • Working with Dates, Times and Timezones
      • Events API Guides
        • Understanding Relevance Field in Event Results
        • Attendance-Based Events Notebooks
        • Non-Attendance-Based Events Notebooks
        • Severe Weather Events Notebooks
        • Academic Events Notebooks
        • Working with Venues Notebook
      • Features API Guides
        • Increase Accuracy with the Features API
        • Get ML Features
        • Demand Forecasting with Event Features
      • Forecasts API Guides
        • Getting Started with Forecasts API
        • Understanding Forecast Accuracy Metrics
        • Troubleshooting Guide for Forecasts API
      • Live TV Event Guides
        • Find Broadcasts by County Place ID
        • Find Broadcasts by Latitude and Longitude
        • Find all Broadcasts for an Event
        • Find Broadcasts for Specific Sport Types
        • Aggregating Live TV Events
        • Live TV Events Notebooks
      • Beam Guides
        • ML Features by Location
        • ML Features by Group
      • Demand Surge API Guides
        • Demand Surge Notebook
      • Guide to Protecting PredictHQ Data
      • Streamlit Demo Apps
      • Guide to Bulk Export Data via the WebApp
      • Industry-Specific Event Filters
      • Using the Snowflake Retail Sample Dataset
      • Tutorials
        • Filtering and Finding Relevant Events
        • Improving Demand Forecasting Models with Event Features
        • Using Event Data in Power BI
        • Using Event Data in Tableau
        • Connecting to PredictHQ APIs with Microsoft Excel
        • Loading Event Data into a Data Warehouse
        • Displaying Events in a Heatmap Calendar
        • Displaying Events on a Map
    • Tutorials by Use Case
      • Demand Forecasting with ML Models
      • Dynamic Pricing
      • Inventory Management
      • Workforce Optimization
      • Visualization and Insights
  • Integrations
    • Integration Guides
      • Keep Data Updated via API
      • Integrate with Beam
      • Integrate with Loop Links
    • Third-Party Integrations
      • Receive Data via Snowflake
        • Example SQL Queries for Snowflake
        • Snowflake Data Science Guide
          • Snowpark Method Guide
          • SQL Method Guide
      • Receive Data via AWS Data Exchange
        • CSV/Parquet Data Structure for ADX
        • NDJSON Data Structure for ADX
      • Integrate with Databricks
      • Integrate with Tableau
      • Integrate with a Demand Forecast in PowerBI
      • Google Cloud BigQuery
  • PredictHQ SDKs
    • Python SDK
    • Javascript SDK
Powered by GitBook

PredictHQ

  • Terms of Service
  • Privacy Policy
  • GitHub

© 2025 PredictHQ Ltd

On this page

Was this helpful?

  1. Getting Started
  2. Tutorials by Use Case

Dynamic Pricing

PreviousDemand Forecasting with ML ModelsNextInventory Management

Last updated 1 day ago

Was this helpful?

From missing out on increased revenue to losing operational efficiency and even customers due to poor customer experiences, many accommodation, parking, travel, and retail vendors and service providers are painfully aware of demand fluctuations. Most companies won’t realize a demand surge is taking place until 30-50% of availability or stock has been snapped up.

Businesses from these industries often use PredictHQ data to fuel their sales forecasts, dynamic pricing, and business operations in advance. We have created guides for our most common use cases. We’ll start with using PredictHQ data for dynamic pricing examples by industry:

Accommodation & Hospitality

To implement PredictHQ data to inform dynamic pricing for your accommodation or hospitality business, review the options below:

  • No code: Use PredictHQ's WebApp, to unlock demand data weeks and months in advance to inform your manual pricing updates. about Event Trends.

  • Business Intelligence (BI) tools: Integrate PredictHQ data with your Power BI or Tableau (or other analytics tool) dynamic pricing workflows. See the and .

  • Load event data to your warehouse: Take PredictHQ API data and load it into a data warehouse. .

  • Machine learning models: Automatically and dynamically update your pricing by integrating PredictHQ data directly into your demand forecasting models.

Getting Started

  1. Quick for accommodation and hospitality:

    1. Relevant Event Categories: concerts, conferences, expos, festivals, performing-arts

    2. Location Type: Center Point & Radius

    3. Minimum PHQ Rank: 35

Example in Practice

PredictHQ helps its customers master predictability with the smartest and largest event impact data stream, which can drive dynamic pricing planning and operations quickly, efficiently, and at scale.

Analyzing Demand and Pricing Adjustments

Accommodation providers find it useful to overlay room price data with event impact data and use that to help guide pricing adjustments. In the dashboard below, daily room price data is shown alongside the total number of people attending events in San Francisco. Based on this you can look for peak days and surges in demand and adjust pricing accordingly. Follow the or to integrate event data into your BI tools.

On February 24, attendance at local events reached over 590,000—significantly higher than on other days. This demand surge or peak impacts business operations. In response, a hotel owner adjusted the room price from $230 to $310. This adjustment might be done in a different application.

Pricing Strategies

Overlaying event data with business data provides a simple way to pinpoint when price adjustments are needed. For a more advanced approach, machine learning models can suggest or automatically update pricing, enhancing responsiveness to market changes.

See .

Leisure and Travel

To implement PredictHQ data to inform dynamic pricing for your leisure and travel business, review the options below:

Getting Started

    1. Relevant Event Categories: public holidays, performing-arts, conferences, conferences, community

    2. Location Type: City

    3. Minimum PHQ Rank: 30

With PredictHQ's products and data, businesses in the leisure and travel sector gain insights into demand fluctuations well in advance. This allows them to optimize their pricing strategy effectively and make informed decisions that boost profitability while catering to the dynamic needs of travelers and event-goers.

Retail

To implement PredictHQ data to inform dynamic pricing for your retail business, review the options below:

Getting Started

    1. Relevant Event Categories: public holidays, performing-arts, community, conferences, festivals

    2. Location Type: Center Point & Radius

    3. Minimum PHQ Rank: 50

Example in Practice

In the retail industry, much like in transportation and parking, failing to recognize demand fluctuations can lead to missed revenue opportunities and operational challenges. Significant events like Black Friday, Christmas, and local festivals can cause sales to surge by 50% to 100% above normal levels. Also, attended events happening nearby retail locations can drive significant fluctuations in demand. Dynamic pricing is a pivotal strategy in harnessing these surges effectively.

Optimizing ML Features

Below is an example of a feature importance analysis - click to enlarge:

Integrating Event Data

Forecasting Demand

Pricing Adjustments

With a refined forecasting model, businesses can adjust prices dynamically in response to predicted demand changes. This approach allows for pricing strategies that are both responsive and proactive, maximizing profitability during high-demand periods and maintaining competitive pricing when demand wanes.

Transportation & Parking

To implement PredictHQ data to inform dynamic pricing for your parking or transportation business, review the options below:

Getting Started

    1. Relevant Event Categories: public holidays, performing-arts, conferences, conferences, community

    2. Location Type: City

    3. Minimum PHQ Rank: 30

    1. Relevant Event Categories: public holidays, community, concerts, expos, performing-arts

    2. Location Type: Center Point & Radius

    3. Minimum PHQ Rank: 35

Example in Practice

Consider a scenario where a city hosts a major sports championship and a large concert in the same week, or several small events over a weekend that collectively draw large crowds. This can lead to a significant surge in demand for transportation and parking, potentially doubling or tripling usual levels. Effectively capitalizing on these surges requires adopting dynamic pricing strategies.

Integrating Event Data

Many organizations use spreadsheets to manage pricing. To integrate PredictHQ's event data to your dynamic pricing, check out Connecting to PredictHQ APIs with Microsoft Excel. Follow this tutorial to connect event data for your location to Excel, ensuring it is automatically updated.

Analyzing Demand and Setting Prices

With parking inventory data in Excel, operators can compare the total attendees of nearby events against available parking spaces. For instance, the chart below shows the total daily attendance from local events (blue line) alongside parking bookings (orange line). Examining upcoming events for the next month helps adjust pricing based on anticipated demand.

Pricing Adjustments

This approach enables operators to proactively adjust pricing and accommodate expected full capacities. By analyzing past trends and upcoming events, operators can optimize pricing to maximize revenue and manage capacity effectively. This is a simple way to get event data into your tools and to easily use it for day-to-day operations.

No code: Use PredictHQ's WebApp, to unlock demand data weeks and months in advance to inform your manual pricing updates. about Event Trends.

Business Intelligence (BI) tools: Integrate PredictHQ data with your Power BI or Tableau (or other analytics tool) dynamic pricing workflows. See the and .

Load event data to your warehouse: Take PredictHQ API data and load it into a data warehouse. .

Machine learning models: Automatically and dynamically update your pricing by integrating PredictHQ data directly into your demand forecasting models. .

Quick for leisure and travel:

No code: Use PredictHQ's WebApp, to unlock demand data weeks and months in advance to inform your manual pricing updates. about Event Trends.

Business Intelligence (BI) tools: Integrate PredictHQ data with your Power BI (or other analytics tool) dynamic pricing workflows. See the and .

Load event data to your warehouse: Take PredictHQ API data and load it into a data warehouse. .

Machine learning models: Automatically and dynamically update your pricing by integrating PredictHQ data directly into your demand forecasting models.

Quick for retail:

Integrating event-based ML features into forecasting models is essential for accurate demand predictions to improve your dynamic pricing. When you are considering updating a demand forecast you need to figure out which event-based machine learning features to add to your forecast. You can analyze your locations using . , such as the number of units sold per day, and identified for your specific location.

Retrieve the identified features using the and incorporate them into your forecasting model by following the .

A London-based retailer used to evaluate the impact of events on their sales. They discovered that concerts (phq_attendance_concerts), sports (phq_attendance_sports), festivals (phq_attendance_festivals), conferences (phq_attendance_conferences), public holidays (phq_rank_public_holidays), and observances (phq_rank_observances) significantly impacted their sales. The forecasting model was updated accordingly using the Features API, resulting in a substantial improvement in forecast accuracy. The new model shows better alignment between forecasted demand and actual sales, facilitating more effective dynamic pricing.

No code: Use PredictHQ's WebApp, to unlock demand data weeks and months in advance to inform your manual pricing updates. about Event Trends.

Business Intelligence (BI) tools: Integrate PredictHQ data with your Power BI (or other analytics tool) dynamic pricing workflows. See the and .

Load event data to your warehouse: Take PredictHQ API data and load it into a data warehouse. .

Machine learning models: Automatically and dynamically update your pricing by integrating PredictHQ data directly into your demand forecasting models.

Quick for transportation:

Quick for parking:

On days like February 24th—coinciding with events such as the , , the festival among others—demand surges create a "perfect storm". In response, operators increase parking rates to accommodate the expected full capacity. All event details are available in the spreadsheet and can be accessed by filtering down to specific days.

Learn how .

Read more
Power BI Tutorial
Tableau Tutorial
Read tutorial
Read tutorial
filters
Read more
Power BI Tutorial
Tableau Tutorial
Read tutorial
Read tutorial.
filters
Beam
Upload demand data
view the top features
Beam
Read more
Power BI Tutorial
Tableau Tutorial
Read tutorial
Read tutorial.
filters
filters
San Francisco Chinese New Year Parade
Chinatown Community Street Fair
Noise Pop
ParkMobile uses intelligent event data to boost parking reservations
Read more
Power BI Tutorial
Tableau Tutorial
Read tutorial
Read tutorial.
filters
Power BI tutorial
Tableau Tutorial
How Hoteliers Achieved a 10% RevPar Increase with HQ revenue
demand forecasting tutorial
Features API