Achieving Location Intelligence by Correlating Google Map API Data With Open Data
The use of data has become a critical aspect of success in current technology and business environments. According to William and Wijaya (2017), by combining several APIs (Application Programming Interfaces), businesses have been provided with opportunities to access and use huge volumes of information in a bid to improve operations and make better decisions. Notably, Google Maps API is one of the most efficient APIs that contain data that is of great value for numerous business operations. Thus, this essay discusses the different types of data that can be extracted from the Google Maps API and possible use cases while indicating the need to correlate this data to other open data sources for higher operational efficiency and sales growth.
Data Extraction from Google Maps API
Google Maps API is a significant tool that gives developers a way to programmatically access the huge volume of mapping and location data that Google has accumulated. It entails information about distances, routes and places. This API provides businesses with information about the physical world, which helps them make data-driven decisions that lead to their development.
Firstly, Google Maps API enables businesses to extract accurate geographical information, which is relevant to effective decisions. According to McQuire (2019), latitude and longitude data are accurate location coordinates that can locate stores, warehouses, and even competitors of other businesses within a particular industry. The precision is important for supply chain and logistics optimization, with the addition of accurate address details extracted from the API making the mapping capabilities to identify physical locations more efficient. For instance, a retail chain may use this information to plan delivery routes efficiently in order to minimize transit times and lower its operational costs. McQuire (2019) also opines that for e-commerce, knowing where the customers come from helps businesses to customize their services to specific locations. This becomes the cornerstone for businesses that seek to improve their operational efficiency by extracting such geographical information from the Google Maps API.
Furthermore, Leveraging the Google Maps API is more than just coordinates; it is about points of interest or POI. McQuire (2019) suggests that this translates to providing a better understanding of the operating environment for enterprises since the API can be used to accurately identify business locations, which include competitors and potential partners. The knowledge provides information that guides strategic decision-making for positioning in the market. Equally, the API enables the location of customer hotspots, an important understanding for retailers intending to locate storefronts or run targeted advertisements (McQuire, 2019). As an example, a coffee chain could use this info to locate busy spots for opening fresh cafes or even promotions. Thus, identifying customer hotspots helps businesses to market their products to the potential customers who are available to shop.
Moreover, revolutionizing the optimization of business delivery operations can be implemented by integrating Google Maps API with real-time traffic data. According to McGuire (2019), through live traffic statistics, companies can adjust delivery routes in real-time, which will decrease transportation costs and delivery times. For example, a logistics company can use the data to reroute vehicles away from congested areas to ensure timely deliveries. Additionally, Google Maps API has information on public transport routes that enable businesses to understand the overall accessibility of locations (McQuire, 2019). For instance, this information can be crucial to businesses considering siting in urban areas where public transport plays a major role in the mobility of customers.
Additionally, the Google Maps API enables demographic data extraction, which assists businesses in making data-driven decisions based on specific population groups. McQuire (2019) notes that this analysis of population density around business locations acts as a basis for specific promotional campaigns. For instance, a retail chain can use this information to modify its product portfolio and promotional activities according to the needs of the local people. In addition, linking geographical information to socioeconomic data enhances the dimensions of demography (McQuire, 2019). Through this, businesses are able to get an insight into the economic conditions associated with a given area, allowing them to align their products and services to the purchasing power and tastes of the local demographic.
Similarly, the Google Maps API helps businesses obtain information from user reviews and ratings. McQuire (2019) notes that through customer feedback, companies can assess satisfaction levels