Microservices and API used for Google Maps
The architecture of Google Maps is based on microservices, with each component implemented as a separate microservice. This enables us to swiftly roll out new features and scale each component independently.
Google Maps makes use of the following APIs:
- Maps API: With this API, programmers can incorporate Google Maps into their own apps.
- Directions API: Developers can determine the optimal path between two locations with the help of the Directions API.
- Places API: Developers can use the Places API to look up and retrieve details about establishments, eateries, and tourist destinations.
- Geocoding API: Developers can use the geocoding API to convert addresses to coordinates.
- Distance Matrix API: Developers can use the Distance Matrix API to determine the time and distance between various locations.
For various operations, the APIs use common HTTP methods like GET, POST, and PUT:
- GET: Get information, like directions or map tiles.
- POST: Send in data, like user location updates or newly contributed points of interest.
- PUT: Modify current information, like a company’s address or operating hours.
Designing Google Maps | System Design
A web mapping tool called Google Maps offers a range of geographic data, such as street maps, satellite photos, streets’ aerial views, real-time traffic reports, and directions. There are several versions of it available, such as web, mobile, etc. In this article, we will see the system design of Google Maps
Important Topics for the Google Maps System Design
- What is Google Maps?
- Requirements for Google Maps System Design
- Capacity estimation for Google Maps System Design
- Why we use Quad Tree in Google Maps?
- Low -Level Design for Google Maps System Design
- High-Level Design of Google Maps
- System Design Diagram of Google Maps
- Database design of Google Maps System Design
- Scalability of Google Maps
- Microservices and API used for Google Maps
- Components Details of Google Maps