Top Location Coordinates Decoder API alternatives in 2025

Top Location Coordinates Decoder API Alternatives in 2025

As the demand for location-based services continues to grow, developers are increasingly seeking reliable APIs to decode location coordinates into human-readable addresses and vice versa. In 2025, several alternatives to traditional geocoding APIs are emerging, each offering unique features and capabilities. This blog post will explore some of the best alternatives to the Coordinates Into Addresses API, detailing their functionalities, pricing, pros and cons, ideal use cases, and how they differ from other APIs.

Coordinates Into Addresses API

The Coordinates Into Addresses API enables developers to convert longitude and latitude coordinates into human-readable addresses. This API simplifies the process of location identification and enhances user experience by providing accurate address information based on geographic coordinates.

Key features of the Coordinates Into Addresses API include:

• Coordinates Into Addresses: This feature allows developers to convert longitude and latitude coordinates into human-readable addresses. It is essential for applications that require mapping, navigation, and location-based services.

Data accuracy is maintained through regular updates and quality checks against multiple geographic data sources. The API utilizes geocoding algorithms that aggregate data from various authoritative mapping and geographic databases, ensuring that the addresses returned are accurate and reliable.

Example response for the Coordinates Into Addresses feature:

{"plus_code":{"compound_code":"2PVF+GWQ Los Angeles, CA, USA","global_code":"85632PVF+GWQ"},"results":[{"address_components":[{"long_name":"1435","short_name":"1435","types":["street_number"]},{"long_name":"West Pico Boulevard","short_name":"W Pico Blvd","types":["route"]},{"long_name":"Westlake","short_name":"Westlake","types":["neighborhood","political"]},{"long_name":"Los Angeles","short_name":"Los Angeles","types":["locality","political"]},{"long_name":"Los Angeles County","short_name":"Los Angeles County","types":["administrative_area_level_2","political"]},{"long_name":"California","short_name":"CA","types":["administrative_area_level_1","political"]},{"long_name":"United States","short_name":"US","types":["country","political"]},{"long_name":"90015","short_name":"90015","types":["postal_code"]}],"formatted_address":"1435 W Pico Blvd, Los Angeles, CA 90015, USA","geometry":{"location":{"lat":34.0439177,"lng":-118.2750117},"location_type":"ROOFTOP","viewport":{"northeast":{"lat":34.0450666802915,"lng":-118.2736623197085},"southwest":{"lat":34.0413687197085,"lng":-118.2763602802915}}}}]} 

Want to try the Coordinates Into Addresses API? Check out the API documentation to get started.

Location Translation API

The Location Translation API seamlessly translates addresses to coordinates (forward) and coordinates to addresses (reverse), enhancing the accuracy and functionality of location-based applications.

Key features include:

• Location by Address: This feature allows users to specify an address in the parameter to receive the corresponding geographic coordinates. It is particularly useful for applications that require precise location data for navigation or mapping.
• Location by Coordinates: This feature enables users to input latitude and longitude to receive the corresponding address. This is essential for applications that need to convert raw geographic data into understandable locations.

Data accuracy is maintained through reliable geographic databases and continuous updates. The API provides geographic information, including human-readable addresses and their corresponding coordinates, facilitating navigation and location-based services.

Example response for the Location by Address feature:

{"results":[{"formatted_address":"Heritage Dr, Wells, Maine, 04090","geometry":{"location":{"lat":43.354661130292,"lng":-70.565013324596}}}],"status":"OK"}

Ready to test the Location Translation API? Try the API playground to experiment with requests.

Reverse Geocode API

The Reverse Geocode API allows users to look up addresses and additional information such as place names, phone numbers, and opening hours for given GPS coordinates.

Key features include:

• Location To Address: This feature provides latitude and longitude coordinates in the "lat" and "lon" parameters to return the corresponding address. It is useful for applications that need to identify locations based on geographic coordinates.

Data accuracy is maintained through regular updates and quality checks from reliable geographic data sources. This ensures that the information returned is current and precise.

Example response for the Location To Address feature:

{"success":true,"full_address":"Spruce Avenue, Woodland, Cowlitz County, Washington, 98674, United States","city":"","state":"Washington","country":"United States"}

Looking to optimize your Reverse Geocode API integration? Read our technical guides for implementation tips.

Geographic Coordinates API

The Geographic Coordinates API provides accurate location data for personalized services, cybersecurity, compliance, and insights into user behavior in a connected world.

Key features include:

• Location Data: This feature requires users to specify an IP address in the parameter to retrieve geographic location information. It is essential for applications that need to understand user locations for targeted marketing and content localization.

Data accuracy is maintained through regular updates and validation processes that ensure the geographic information associated with IP addresses reflects current network configurations and locations.

Example response for the Location Data feature:

{"ip":"101.33.28.0","countryShort":"NL","countryLong":"Netherlands","region":"Noord-Holland","city":"Amsterdam","zipCode":"1000","latitude":52.378502,"longitude":4.89998,"timeZone":"+02:00","asn":{"start_ip":"101.33.192.0","end_ip":"101.35.255.255","asn":"AS45090","name":"Shenzhen Tencent Computer Systems Company Limited","domain":"tencent.com"}}

Want to try the Geographic Coordinates API? Check out the API documentation to get started.

Geo Calculator API

The Geo Calculator API offers a widget API to calculate geo coordinates, geo fences, and sky, sun, moon, and eclipse information.

Key features include:

• Convert: This feature allows users to convert a list of geo coordinates to a standard format (latlon, utm, mgrs, etc.). It is useful for applications that require standardized geographic data.
• Distance: This feature calculates the distance between two geo coordinates, which is essential for mapping and navigation applications.
• Fence: This feature checks if a list of coordinates is inside a defined fence of coordinates, useful for geofencing applications.
• Sky: This feature calculates sun, moon, eclipse, and sky information for a specified date and location, valuable for outdoor activities and astronomical observations.

Example response for the Convert feature:

{"coordinates":"N 39 48' 6.368\" W 86 9' 27.968\""}

Looking to optimize your Geo Calculator API integration? Read our technical guides for implementation tips.

Google Geocoding API

The Google Geocoding API converts addresses to geographic coordinates and vice versa, enabling accurate location-based services in applications and websites.

Key features include:

• Get Geocoding: This feature allows users to provide a street address to receive geographic coordinates. It is essential for applications that require accurate address validation.
• Reverse Geocode: This feature enables users to enter latitude and longitude to obtain detailed address information, including city, state, and country.

Data accuracy is maintained through continuous updates and quality checks by Google, leveraging extensive geographic databases and user feedback.

Example response for the Get Geocoding feature:

{"address":"Jacarandaes 6207","latitude":"","longitude":"","status":"success"}

Want to use the Google Geocoding API in production? Visit the developer docs for complete API reference.

Coordinates By Address API

The Coordinates By Address API returns the latitude and longitude of a given street address, making it a valuable tool for geolocation-based services.

Key features include:

• Get Coordinates By Address: This feature allows users to convert a physical address into its corresponding geographic coordinates (latitude and longitude). It is useful for mapping and location-based services.

Data accuracy is maintained through a robust geocoding engine that cross-references multiple data sources to ensure reliable results.

Example response for the Get Coordinates By Address feature:

{"latitude":40.7554687,"longitude":-73.9851576}

Want to use the Coordinates By Address API in production? Visit the developer docs for complete API reference.

Geo Coordinates API

The Geo Coordinates API delivers data pertaining to geographic locations and network specifics, equipping both businesses and individuals with valuable digital insights.

Key features include:

• IP Data: This feature requires users to specify an IP address in the parameter to retrieve geolocation and network information. It is essential for applications that need to understand user origins for targeted marketing and security measures.

Data accuracy is maintained through extensive databases and advanced algorithms, ensuring broad coverage of IP addresses and accurate geolocation information.

Example response for the IP Data feature:

{"status":"success","country":"IN","countryCode":"IN","region":"Maharashtra","regionName":"Madhya Pradesh","city":"Mumbai","zip":"480001","lat":22.0568,"lon":78.9373,"timezone":"Asia/Kolkata","isp":"Idea Cellular Ltd","org":"AS55644 Vodafone Idea Ltd","as":"AS55644 Vodafone Idea Ltd","query":"2402:8100:2313:ee65:0:2:b4ac:cd01"}

Need help implementing the Geo Coordinates API? View the integration guide for step-by-step instructions.

User Coordinates API

The User Coordinates API provides access to geolocation insights based on IP addresses, enhancing personalization, security, and compliance.

Key features include:

• Location User by IP: This feature requires users to indicate an IP address in the parameter to retrieve the corresponding geolocation data. It is essential for applications that need to verify user locations and enhance location-based services.

Data accuracy is maintained through advanced IP geolocation techniques, ensuring precise location results.

Example response for the Location User by IP feature:

{"ip":"101.33.28.0","country_code":"NL","country_name":"Netherlands","region_code":"NL-NH","region_name":"North Holland","city":"Amsterdam","zip_code":"1053ZC","time_zone":"Europe/Amsterdam","latitude":52.37017822265625,"longitude":4.873239994049072,"metro_code":0}

Looking to optimize your User Coordinates API integration? Read our technical guides for implementation tips.

Location Identification API

The Location Identification API is commonly used in applications that require location-based services, such as navigation, asset tracking, and emergency response systems.

Key features include:

• Get Location: This feature allows users to enter latitude and longitude in the parameter to receive a readable location description. It is useful for applications that need to convert geographic coordinates into understandable addresses.
• Get Location by Text: This feature allows users to enter an address in the parameter to receive the corresponding geographic coordinates. It is essential for applications that require precise location data for navigation or mapping.

Data accuracy is maintained through advanced algorithms that cross-reference multiple data sources, ensuring the reliability of the location information provided.

Example response for the Get Location feature:

{"results":[{"address":"GV4C+VX London, UK","country":"United Kingdom","region":"England","area":"Greater London","location":{"lat":51.507204,"lng":-0.127615},"location_type":"centroid","type":"poi"}]}

Want to use the Location Identification API in production? Visit the developer docs for complete API reference.

Conclusion

In conclusion, as the demand for location-based services continues to rise, developers have a plethora of API options to choose from in 2025. Each API discussed in this post offers unique features and capabilities that cater to different needs. The Coordinates Into Addresses API remains a strong contender for converting coordinates into addresses, while the Location Translation API provides seamless address-to-coordinate translations. The Reverse Geocode API excels in providing additional location information, and the Geographic Coordinates API offers valuable insights based on IP addresses.

For developers looking for advanced functionalities, the Geo Calculator API and the Google Geocoding API provide robust solutions for various geolocation needs. The Coordinates By Address API and Geo Coordinates API are excellent for retrieving geographic coordinates from addresses, while the User Coordinates API and Location Identification API enhance personalization and location-based services.

Ultimately, the best alternative will depend on specific project requirements, such as the need for real-time data, accuracy, and the type of location-based services being developed. By carefully evaluating these APIs, developers can select the most suitable option to meet their needs.