travel time api

A Travel Time API: What, Why, and Who Needs It

A Travel Time API, also known as a Distance Matrix API or a Drive Time API, is a powerful tool that provides valuable data to individuals and businesses for optimizing routes, planning logistics, and enhancing location-based services. This API calculates and delivers information on the time it takes to travel between multiple points on a map, which can be crucial for various applications.

What is a Travel Time API?

A Travel Time API is a software interface that leverages geographic data to calculate the time it takes to travel between different locations, typically represented as points on a map. It considers various factors that influence travel time, such as road conditions, traffic congestion, speed limits, and transportation modes (e.g., driving, walking, or cycling). The result is a matrix of travel times that shows how long it would take to travel from one point to another within a specified area. Who Can Benefit from the Travel Time API? ‍ The Travel Time API can be used in a variety of applications, including:

• Routing apps: The Travel Time API can be used to calculate the shortest route between two points, taking into account traffic conditions.
• Real estate services: The Travel Time API can be used to show potential homebuyers how long it takes to commute to work, school, or other facilities.
• Delivery solutions: The Travel Time API can be used to estimate the delivery time for a plan.
• Transportation planning: The Travel Time API can be used to model traffic patterns and plan transportation infrastructure.
• Fleet management: The Travel Time API can be used to optimize the routes of delivery trucks or taxis.
• Retail businesses: Retailers can analyze the best locations to open new stores based on accessibility and potential customer traffic.
• Travel planners and tour operators: The Travel Time API aids the tourism industry by creating efficient routes that balance sightseeing with travel time.

Why is the Travel Time API Essential: Key Features and Benefits? ‍ The Travel Time API from Distancematrix.ai a lot of features and benefits:

• Multi-modal Travel Times: This API doesn't just limit its calculations to car travel. It can compute times for various modes of transportation, such as walking, cycling, or public transit.
• Dynamic Traffic Data: It incorporates real-time traffic conditions, ensuring that the provided travel times are always up-to-date and accurate.
• Forecasting: The Distance Matrix API can forecast travel times, taking into account departure and arrival times.
• Quick response: The request calculation time is up to 100 elements per second, so you can get the API response in less than a second.
• Bulk Distance Calculations: For businesses that need to compute distances and travel times for multiple locations at once, this feature is invaluable.
• Global Reach: With coverage spanning the globe, businesses operating in multiple countries can rely on this single API for all their distance and travel time computation needs.
• Ease of Integration: Its user-friendly nature means developers can easily integrate it into existing systems or applications without much hassle.

In essence, the Travel Time API serves as a comprehensive solution for developers, businesses, government organizations and individuals who prioritize efficient and accurate travel time calculations. It is available all over the world. Whether you're a logistics company planning delivery routes or a regular commuter looking to optimize your daily commute, the Travel Time API has got you covered.

Enhancing user experience with the Travel Time API Free usage

The Travel Time API free usage offers access to travel time and distance calculations between various locations without any associated cost. This provision proves invaluable for individuals, small businesses, and developers eager to embed location-based functionalities in their applications or services. The primary purpose of offering the Travel Time API free access is to democratize the availability of travel time and distance data. By doing so, it ensures users can leverage travel time insights in their applications and decision-making without the burden of added expenses. Any Travel Time API free solutions are designed to make essential travel time data accessible to everyone, regardless of their budget. This inclusivity fosters equal access to location-based services.  It is an excellent resource for students, developers, and startups who want to learn about and experiment with location-based features. It can be used to create proof-of-concept applications, gain proficiency in working with travel time data, and develop innovative location-based products and services. Small businesses can use Travel Time API free solutions to enhance their online presence and provide customers with accurate delivery estimates. This can help them to improve their competitiveness and attract new customers. Non-profit organizations and community initiatives can use the Travel Time API Free options to plan events, assess service accessibility, and optimize resources for the communities they serve. This can help them to make a greater impact on the people they support.

Unlocking Efficiency: the Drive Time API Use Cases

Let's consider a hypothetical example of how the Drive Time API might be useful, for instance, to a real-estate agency. Every real-estate agency faces the challenge of providing the best service to their clients and finding the best apartments according to their needs. So they were tasked with helping a client, Mr. Fred, find the perfect home within a 30-minute commute from his workplace. Mr. Fred had a demanding job and wanted to maximize his family time by minimizing his daily commute. This is where the Drive Time API from Distancematrix.ai came to the rescue. The real estate agency started by using the Drive Time API to calculate commute times from Mr. Fred's workplace to various neighborhoods in the city. In this scenario, the real-estate agency utilized the Drive Time API to fetch real-time commute data from Mr. Fred's workplace to various neighborhoods. Then they presented Mr. Fred with a list of houses that were available in the neighborhoods that met his 30-minute commute criteria. This helped him make an informed decision about where to buy a home, ultimately saving him valuable time each day. For recruiting apps the Distancematrix.ai API drive time solution could also be handy. The case study of a recruiting agency that came to Distancematrix.ai was connected with a need to optimize the recruitment process by considering the commute times of potential candidates to their clients' office locations. The Drive Time API proved to be the ideal solution for this challenge. The recruiting agency was working with a technology company, ABC Tech, that had several office locations in the city. ABC Tech was looking to hire an in-house software engineer for their main office, and they wanted to ensure that the candidate would have a reasonable time for a road trip. The recruiting agency used the Drive Time API to calculate commute times from the candidate's address to each of the office locations. This allowed them to recommend the office with the shortest route time, ensuring a positive candidate experience and potentially improving the candidate's work-life balance. In general, this solution is relevant for ride sharing; for transport planning; for delivery of food and goods and for fleet management.

The Travel Time API: Conclusion

The Travel Time API is important for every business in the modern world, both for small startups which can benefit from the Travel Time API Free usage, and for huge corporations with huge demands for this service. No matter what API you choose, make sure that you understand the features and capabilities of the API on-board. By doing so, you can ensure that you are getting the most out of the Drive Time API and that you are using it in the most appropriate way. You can call the solution any way you want a Travel Time API (including Travel Time API free solutions) or a Drive Time API. This is still a powerful tool that can be used to calculate travel times between any points and could be beneficial for numerous spheres of life and business. This sort of API is actually already used by a wide range of businesses and organizations, including routing apps, logistics, taxi apps, delivery apps, transportation planners, and fleet managers. The Distancematrix.ai API Travel Time API is a RESTful API that provides travel time estimates between any points on the globe if they are connected with the road. You are welcome to try https://distancematrix.ai/product   and check how it works for you and make your tasks easier. You can always try it for free and streamline many of your processes through automation.

Take Your Business to the Next Level with Distancematrix.ai

Don't miss out on this game-changing tool. Try Distancematrix.ai now and harness the power of efficient and accurate travel time calculations. Whether you're a startup or a global enterprise, see how this tool can transform the way you do business.

What is TravelTime?

Create a Travel Time Map

Travel time map generator & isochrones, i know i can get from a to b by public transport within my selected time, but it's not showing up.

• Walking to the station platform
• Waiting for the next available departure
• Time spent boarding the train
• Giving enough time to take the A to B journey
• Depart on the station on the other side.

You can't drive that far / you can drive much further than that"

• Open another mapping app of your choice and enter an A to B route
• Select a departure time for tomorrow.

Still not convinced?

About this tool, what is a travel time map, how to create a drive time radius map or other modes.

• Select a start location
• Select a maximum travel time limit
• Select a mode of transport, for example driving
• Voila! There's your driving radius map

Use cases for consumers

• Create a commute time map so you can see where to live based on commute time.
• How far can i travel in a given time: compare transport coverage for different areas.
• Create a drive time radius map: explore how far you can travel on a road trip.

Use cases for businesses

• Travel time mapping up to 4 hours & cross reference other data sets in GIS such as population data
• Site selection analysis: analyse the best location to locate a business by adding thousands of analysis points
• Create a distance matrix or travel time matrix & calculate travel times from thousands of origins to thousands of destinations
• Network analysis / travelling salesman problem: use spatial analytics to solve routing problems
• Commute time map - plot thousands of employee commute times for an office relocation
• Create up to 3 time polygons visualising where's reachable within 2 hours or less. Our API can create large travel time areas, talk to sales.
• Calculate travel times from an origin to various points of interest - in this demo we use points from Foursquare Give A to B routing details

Full access

• Book a demo
• Trial TravelTime API
• Trial QGIS Plugin
• Trial ArcGIS Pro Add-In
• Trial Alteryx Macros

TravelTime Features

• See 'How far can I get' in X minutes
• Create a drive time map or any other transport mode
• Overlap many shapes & highlight overlap area
• Search points of interest within the area
• Get A to B routing details

Distance Matrix API

Maximize efficiency by calculating travel time and distances in various scenarios leveraging travel time map features in Bing Maps API.

Offer optimal travel support and tools for essential business planning for your users. Discover the Bing Maps Distance Matrix API and how it helps you build enticing experiences to drive engagement at local businesses below.

Features and Capabilities

Help your staff or your users determine the best route possible with the Distance Matrix API, defining which locations are most strategic and accurate for your needs. Some parameters that define experiences using Bing Maps API features include travel time, distance, method of transportation (such as driving, walking, or public transit solutions), start and end time, traffic prediction, and beyond. Develop engaging and geo-targeted applications utilizing the following features:

Multiple Agents

Supports up to 10 agents and 100 waypoints

Optimize Routes

Minimize travel time and distance for all agents

Predictive Traffic

Create apps with travel time maps, utilizing time of day and traffic data

Customize Parameters

Input your preferences to reduce travel time or distance

Increased Accuracy

Calculate routes with actual road distance and distance tracker map

Calculate travel time and distance

The Bing Maps Distance Matrix API service calculates travel time and distances in various scenarios with an optional travel-time histogram. Real-world scenarios may include locating where a new commercial bakery should open their next location to reach their customers with ease, or where a school district selects their pick-up locations to get the most out of their fleet of school buses.

Capabilities

• Optimize performance with intelligent apps that plan your route more effectively, saving time, money and resources.
• Identify underserved markets and new locations for delivery optimization, data analysis and location grouping.
• Plan , monitor and utilize assets to save time and reduce transportation costs.

Distance Matrix API in action

• Real estate planning – Determine a future house location based on school, medical services, fire and rescue, work location, etc.
• Field services – Route the closest technician to the client for service.
• Retail – Optimize delivery from distribution centers to retail locations.

Frequently Asked Questions

Bing Maps API uses billable transactions . If you have a Bing Maps key, review the Distance Matrix API documentation to learn more and start developing your application. If you don’t have a Bing Maps key, create a Bing Maps account and create a key to authenticate your application. Then follow the documentation to start developing your distance matrix solution.

For geolocation licensing questions, contact a Bing Maps expert .

To try this service, create a basic account , which will provide up to 125K transactions per calendar year at no charge. Above this usage limit, you will need to purchase a license. To purchase Transactions or Per Asset license, contact a Bing Maps Sales Specialist . To start developing with this API, use the Distance Matrix API documentation .

• Distance Matrix API is available for Public and Internal transaction website licensing. It is not available for Known or Light Known users.
• (Note- you must have the underlying Asset Management per asset license first).

Enterprise Customers will be able to license via the following options:

• You will need to create a separate account ID on the Bing Maps Dev Center that will be specific to your internal transaction usage.
• Per Asset (applicable when being used as part of asset tracking solution) – To use the Distance Matrix API, you will need an underlying Asset Management per asset license (with or without routing) and will need to purchase an additional per asset license for the use of this new service. For licensing and pricing questions, please contact a Bing Maps Sales Specialist .

When calculating a simple distance matrix each origin-destination pair will generate a single cell in the matrix.

Total # of cells = # of origins * # of destinations

For example, a matrix that has 2 origins, and 5 destinations, will generate 10 cells where 2 * 5 = 10.

When a matrix includes a histogram, each origin-destination pair will have a cell in the matrix for each time interval. The number of time intervals that a request will have depends on the resolution, start and end times.

Total # of cells = # origins * # destinations * (endTime in hours-startTime in hours) / resolution*0.25

For example, a matrix that has 2 origins, 5 destinations, and retrieves time intervals in 15-minute increments (resolution = 1) over 24 hours, will generate 960 cells where 2 * 5 * 24/0.25 = 2 * 5 * 24 * 4 = 960.

How to calculate total number of billable transactions a request will generate A billable transaction is generated for every 4 cells in a matrix, rounded up to the nearest whole integer. For a simple matrix, billable transactions will be calculated using the following formula:

Total # of billable transactions = Ceiling (# origins * # destinations * ¼)

For example, a matrix that has 4 origins, and 5 destinations, will generate 5 billable transactions where Ceiling(4 * 5 * ¼) = 5.

When calculating a matrix which includes a histogram, only the first 30 time intervals in each origin-destination pair are counted towards billable transactions, any additional time intervals are provided for free.

Total # of billable transactions = Ceiling (¼ * # origins * # destinations * Min (30, endTime in hours – startTime in hours / resolution * 0.25))

For example, a matrix that has 4 origins, 5 destinations, and retrieves time intervals in 15 minute increments (resolution = 1) over 24 hours, will generate 150 cells where Ceiling(¼ * 4 * 5 * Min(30, 24/0.25)) = Ceiling(¼ * 4 * 5 * Min(30, 96)) = Ceiling(¼ * 4 * 5 * 30) = 150. Note that 24/0.25 = 24 * 4 = 96, but since only the first increments per origin-destination pair is counted towards billable transaction, 66 time intervals are excluded from the transaction calculation per origin-destination pair, thus saving you a total of 330 billable transactions in this scenario.

A standard distance matrix can have up to 625 origin-destination pairs. A single cell in a matrix is created for each origin-destination pair. Thus, multiplying the number of origins by the number of destinations will provide you with the number of origin-destination pairs. If this number is equal to or less than 625, the origins and destinations can be passed into a single request. For example, you can have 1 origin and 625 destinations, or 25 origins and 25 destinations. See the Distance Matrix API  documentation  for more information.

For a distance matrix that provides a histogram, the API allows up to a total of 100 origin-destination pairs. For example, 1 origin and 100 destinations, or 10 origins and 10 destinations.

To try the Distance Matrix API , all you need is a Basic key . When you are ready to deploy into production, Bing Maps API’s sales team can help you upgrade to an Enterprise key.

The Distance Matrix API is available for Basic and Enterprise accounts (normal TOU limits will apply for Basic accounts), and is available for Public and Internal Website transactions or as an additional per asset license. It is not available for Known or Light Known users.

If you would like to try distance matrix capabilities like a distance tracker map or travel time map features, create a Basic key and start building for free! To deploy into production, you will need to upgrade to an Enterprise key.

Take a look at this project on  GitHub , as it makes it easy to use the Distance Matrix API in .NET and also includes examples on how to use the Distance Matrix API.

To develop and deploy this service, refer to the Distance Matrix API  documentation . If you have licensing questions, please contact a Bing Maps Sales Specialist. For Enterprise Customer Support, click here . Or check out the Bing Maps Developer Network forum .

Fleet Management Solutions

Calculate travel times and distances between a set of origins and destinations.

Snap to Road API

Advanced data visualization and asset tracking with coordinates that follow the geometry of the road.

Truck Routing API

Designed for professional transportation routing logistics.

Bing Maps for Enterprise

The Bing Maps Distance Matrix API is a Microsoft-branded solution leveraging AI-powered search scenarios and accurate, high-quality geolocation features to help you build better geospatial applications. Our competitive pricing, 24/7 support, and ease of purchase make it simpler than ever to build something amazing for your business and the customers you serve.

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Travel Time API

API Resources

The Travel Time API rapidly calculates travel times between places and visualizes travel times on a map. The Travel Time API helps you engage your site visitors by allowing them to explore their commute time and neighborhood.

The Travel Time API can be used to:

• Easily add a Travel Time Widget to your map.
• Search for apartments or homes by commute time.
• Calculate travel times on a map.

The Travel Time API calculates drive time with rush hour or free-flow traffic, as well as travel times for public transit, walking, and biking. The API is supported in the United States and Canada.

Getting Started

To start using the API, contact us .

  Contact Us  

Documentation

There are two versions of the Travel Time API. The JavaScript Library can be used to easily add a Travel Time Widget to your map or to calculate travel times.

The HTTP/REST version is used to make server-side requests and returns travel times for a set of locations.

JavaScript Library API HTTP/REST (Server Side) API

Travel Time API Examples

Visualization example.

Create travel time visualizations in your map application.

Pins on a Map

Rapidly calculate travel times for points on a map.

Drive Time API Example

Rush hour traffic drive times.

The Travel Time API handles drive times with free flow and rush hour traffic estimates. Our drive time engine estimates traffic congestion based on data for over 100 metro areas, and computes drive times on a road-by-road basis.

Contact us to start using the Travel Time API.

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Developer Tools

Database Plugins

Isochrone API

Distance Map API

v4/distance-map

Travel Time Matrix API

Geocoding API

/v4/geocoding

Additional API Reference

Error Handling

About the plugin

Quick tools

Toolbox tools

About the macros

The Travel Time Matrix API calculates travel times and distances between multiple locations.

Built for high performance needs, a single request can process 100,000 locations in a few hundred milliseconds.

The API supports a range of transport modes including Driving, Public Transport, Walking, and Cycling.

Typical use cases for a Travel Time Matrix include:

• Adding travel times to a search application (e.g property portals, job boards, hotel booking sites) to improve relevancy of results and user experience
• Route optimisation to increase scheduling efficiency
• Last mile logistics to optimise deliveries
• Ad serving to drive up CTRs

The Travel Time Matrix API is accessible through 3 different endpoints. When choosing which endpoint is most suitable for your use case, the main criteria to consider are configurability of the request parameters vs scale and performance.

A full breakdown of the differences between the different Travel Time Matrix endpoints can be found here .

For the simplest way to get up and running, we'd recommend starting with the Travel Time Matrix Fast endpoint.

If you already have a TravelTime account then log in to retrieve your access credentials. If you don't have an account, you can sign up for free here .

To authenticate with the Protobuf endpoint, please request access at [email protected]

Getting Started

A short step-by-step guide to making your first request to the Travel Time Matrix API .

An interactive tool for testing the different request parameters, and to help understand the request and response structures.

Full endpoint reference of all request parameters, and example code samples.

Supported SDKs

The Travel Time Matrix API is accessible through any of our supported TravelTime SDKs:

The Travel Time Matrix Fast (Protobuf) endpoint is also accessible through two supported database plugins:

Usage limits

The following usage limits apply to the Travel Time Matrix API :

Maximum 250 matrices per minute

The maximum matrix size that can be included in a single request differs by endpoint:

The maximum travel time support is different for each endpoint. Any origin-destination pairs outside of this limit will be returned as Unreachable.

Other TravelTime APIs

Choose a playground

Travel time matrix api playground.

Customise your request

POST https://api.traveltimeapp.com/v4/time-filter

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Distance Matrix API

• Documentation

Get Started

Get started with google maps platform, make a distance matrix request, client libraries, openapi specification, get traffic information, specify side of road, example app, distance matrix service, help & support, stack overflow.

Get help. Give Help. Build Maps karma.

Issue Tracker

Report a bug or open a feature request.

Platform status

Find out about platform incidents and outages.

Get help from the Google Maps Platform team.

Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License , and code samples are licensed under the Apache 2.0 License . For details, see the Google Developers Site Policies . Java is a registered trademark of Oracle and/or its affiliates.

Last updated 2024-01-29 UTC.

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NFL schedule 2024: Full list of how many miles each team will travel and time zones they will cross

A look at the nfl travel data for the 2024 season.

All 32 NFL teams will have to travel at least eight times during the 2024 regular season, but some will travel more and much farther. Teams will have to travel cross country, while some will go off to Germany and England. Have you ever wondered how many miles each NFL team travels, and how many time zones they cross through? Well, that info has been put together for the upcoming season and released prior to the official NFL schedule release.

According to Bookies.com , the Los Angeles Chargers  will travel the most miles of any team this season -- a whopping 26,803 miles. The Chargers will also travel through the most time zones: 36. As for the team that will travel the least amount of miles in 2024, that honor belongs to Dan Quinn's  Washington Commanders .

The mileage for this list was calculated by using the linear air distance between each stadium on Google Earth. Check out the full list below: 

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TRAVEL AND HOSPITALITY

Innovative APIs in Tourism: Convenience and Efficiency for Travelers and Professionals

The Silicon Review 16 May, 2024

API (Application Programming Interface) in the tourism sector is a key element in improving booking and travel processes. Development and implementation of modern technologies in this field significantly simplify the lives not only of travelers but also of industry professionals. RateHawk stands out among other services by providing a high-quality and efficient API, greatly enhancing the user experience in the tourism sector.

Advantages of APIs for Tourism

API RateHawk offers a wide range of benefits for users. Fast query processing, accurate data on available rooms and prices, search customization flexibility - these are just some of the factors that make the use of this API highly advantageous. Moreover, integration with existing systems and user-friendly interfaces make RateHawk one of the leaders in providing data for the tourism industry.

Benefits of using APIs for tourism include fast query processing, up-to-date information on room availability and prices, as well as the ability to customize searches according to individual needs. The flexibility and ease of use make APIs an indispensable tool for tourism professionals. Through integration with various systems, APIs enable more efficient reservation management and higher levels of customer service.

Additionally, tourism APIs provide access to real-time data on hotel locations, accommodation costs, discounts, and special offers. This allows both travelers and tourism industry professionals to save time on finding suitable options and facilitates quick and convenient booking opportunities. APIs serve as reliable tools for optimizing business processes in the tourism sector and provide market participants with the necessary tools for successful operations.

API Integration and Service Personalization

Integrating APIs into the tourism industry provides the opportunity for deeper service personalization for customers. Providing individual recommendations, taking preferences and previous orders into account becomes more accessible and efficient thanks to API usage. This creates new possibilities for enhancing travel experiences and strengthening customer loyalty to tourism services.

Furthermore, API integration allows improving inventory management, monitoring prices and demand, enabling companies to react more swiftly to market changes and make more informed decisions. The array of opportunities offered by innovative APIs in the tourism sector makes them an integral part of success in the modern travel industry.

RateHawk: Your Reliable Partner in the Modern Tourism Industry

RateHawk has proven its reliability and professionalism in the tourism technology field. Partnering with this service opens up new horizons for the development of your business, providing access to cutting-edge tools for successful operations in the contemporary travel industry. Reliability, efficiency, and innovation are what make RateHawk the prime choice for tourism professionals and travelers.

Modern technologies, such as RateHawk's API, play a pivotal role in transforming the tourism industry. Innovative solutions enhance user experience, streamline business processes, and contribute to the overall advancement of the sector. The future of tourism lies in technology, and RateHawk stands at the forefront of the changes in this dynamic sphere.

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