Nigeria Location API provides accurate and up-to-date location data for cities, towns, streets and landmarks in Nigeria. Developers can use the API to retrieve data such as a location's longitude and latitude, amenity and other relevant information.
Developers can use the Nigeria Location API to create geolocation-based services that bring value to their users. For example, they can use the API to create transportation applications that match passengers with drivers based on their location. They can also use the API to create delivery services that accurately locate customers and deliver products to their doorstep.
Nigeria Location API can also be used to create weather applications that provide users with accurate and up-to-date weather information based on their location. Developers can also use the API to create maps and navigation applications that provide users with turn-by-turn directions to their destination.
Nigeria Location API is easy to integrate into existing applications and can be accessed via RESTful APIs. Developers can choose their preferred programming language, such as Java, Python, Ruby or PHP, and use the API to retrieve location data.
In addition to providing location data, the Nigeria Location API also offers developers access to various location-based services, such as reverse geocoding. Reverse geocoding is the process of converting longitude and latitude coordinates into an address. Geofencing is the process of creating a virtual boundary around a specific location, and developers can use this feature to trigger location-based notifications, alerts or actions.
In conclusion, is a powerful tool for developers who want to create location-based services for the Nigerian market. The API provides accurate and up-to-date location data, as well as access to a wide variety of location-based services and advanced features. With the Nigeria Location API, developers can create innovative and useful applications that deliver value to users and drive business growth.
It will receive parameters and provide you with a JSON.
Cab services: Developers can use the Nigeria Location API to provide destination information for drivers and passengers of the transportation service.
Delivery services: Nigeria Location API can be used to track the location of delivery drivers and optimize delivery routes to save time and fuel costs.
E-commerce: Nigeria Location API can be used to verify delivery addresses.
Real Estate: Nigeria Location API can be used to provide location-based property listings.
Advertising and marketing: The Nigeria Location API can be used to deliver location-based advertising and marketing campaigns to users.
Besides the number of API calls, there is no other limitation.
To use this endpoint all you have to do is execute the parameter, you will get the name of all the galaxies.
[{"name":"Milky Way","imageUrl":"https://space-facts.com/wp-content/uploads/milky-way-180x180.png"},{"name":"Andromeda","imageUrl":"https://space-facts.com/wp-content/uploads/andromeda-galaxy-180x180.jpg"},{"name":"Sombrero","imageUrl":"https://space-facts.com/wp-content/uploads/sombrero-galaxy-180x180.png"},{"name":"Whirlpool","imageUrl":"https://space-facts.com/wp-content/uploads/whirlpool-galaxy-180x180.jpg"},{"name":"Triangulum","imageUrl":"https://space-facts.com/wp-content/uploads/triangulum-galaxy-180x180.jpg"},{"name":"Magallanic Clouds Facts","imageUrl":"https://space-facts.com/wp-content/uploads/magellanic-clouds-180x180.png"},{"name":"Pinwheel","imageUrl":"https://space-facts.com/wp-content/uploads/pinwheel-galaxy-180x180.jpg"},{"name":"Messier 87","imageUrl":"https://space-facts.com/wp-content/uploads/m87-180x180.png"},{"name":"Antennae Galaxies Facts","imageUrl":"https://space-facts.com/wp-content/uploads/antennae-galaxies-180x180.png"}]
curl --location --request GET 'https://zylalabs.com/api/1904/celestial+objects+api/1602/get+galaxies' --header 'Authorization: Bearer YOUR_API_KEY'
To use this endpoint all you have to do is insert in the parameter the name of a galaxy to obtain information about it.
{"name":"Milky Way","imageUrl":"https://space-facts.com/wp-content/uploads/milky-way.png","description":"Sources:\nThe Milky Way Galaxy – skysurvey.org","mass":"800 - 1,500 Mβ","diameter":"100,000 - 180,000 ly","constellation":"Sagittarius","type":"Barred Spiral","numberOfStars":"100 - 400 billion","group":"Local Group"}
curl --location --request GET 'https://zylalabs.com/api/1904/celestial+objects+api/1603/get+galaxies+data&galaxy_name=Required' --header 'Authorization: Bearer YOUR_API_KEY'
To use this endpoint just run it, you will get the name of all the moons.
[{"name":"The Moon","imageUrl":"https://space-facts.com/wp-content/uploads/moon-50x50.png"},{"name":"Phobos","imageUrl":"https://space-facts.com/wp-content/uploads/phobos-50x50.png"},{"name":"Deimos","imageUrl":"https://space-facts.com/wp-content/uploads/deimos-50x50.png"},{"name":"Io","imageUrl":"https://space-facts.com/wp-content/uploads/io-50x50.png"},{"name":"Europa","imageUrl":"https://space-facts.com/wp-content/uploads/europa-50x50.png"},{"name":"Ganymede","imageUrl":"https://space-facts.com/wp-content/uploads/ganymede-50x50.png"},{"name":"Callisto","imageUrl":"https://space-facts.com/wp-content/uploads/callisto-50x50.png"},{"name":"Enceladus","imageUrl":"https://space-facts.com/wp-content/uploads/encladus-50x50.png"},{"name":"Rhea","imageUrl":"https://space-facts.com/wp-content/uploads/rhea-50x50.jpg"},{"name":"Titan","imageUrl":"https://space-facts.com/wp-content/uploads/titan-50x50.png"},{"name":"Iapetus","imageUrl":"https://space-facts.com/wp-content/uploads/iapetus-50x50.png"},{"name":"Miranda","imageUrl":"https://space-facts.com/wp-content/uploads/miranda-50x50.png"},{"name":"Titania","imageUrl":"https://space-facts.com/wp-content/uploads/titania-50x50.jpg"},{"name":"Triton","imageUrl":"https://space-facts.com/wp-content/uploads/triton-50x50.png"},{"name":"Charon","imageUrl":"https://space-facts.com/wp-content/uploads/charon-50x50.png"}]
curl --location --request GET 'https://zylalabs.com/api/1904/celestial+objects+api/1604/get+moons' --header 'Authorization: Bearer YOUR_API_KEY'
To use this endpoint you only have to insert in the parameter the name of a moon to get information about it.
Object | Description |
---|---|
name |
[Required] |
{"name":"Phobos","mass":"1.07 Γ 10^16 kg (0.00001% Moon)","diameter":"22.2 km","surfaceTemperature":"-40 Β°C","imageUrl":"https://space-facts.com/wp-content/uploads/phobos.png","description":"Phobos is one of the two moons of Mars. It is the larger of the two moons, and is heavily cratered and appears to have grooves and streaks of material along its sides.","discoveryDate":"August 17, 1877"}
curl --location --request GET 'https://zylalabs.com/api/1904/celestial+objects+api/1605/get+moons+data?name=Phobos' --header 'Authorization: Bearer YOUR_API_KEY'
To use this endpoint just run it, you will get the name of all the planets.
[{"name":"Mercury","lengthOfYear":"88 Earth days","diameter":"4,879 km","distanceFromSun":"57,909,227 km"},{"name":"Venus","lengthOfYear":"225 Earth days","diameter":"12,104 km","distanceFromSun":"108,209,475 km"},{"name":"Earth","lengthOfYear":"365.24 days","diameter":"12,742 km","distanceFromSun":"149,598,262 km"},{"name":"Mars","lengthOfYear":"1.9 Earth years","diameter":"6,779 km","distanceFromSun":"227,943,824 km"},{"name":"Jupiter","lengthOfYear":"11.9 Earth years","diameter":"139,822 km","distanceFromSun":"778,340,821 km"},{"name":"Saturn","lengthOfYear":"29.5 Earth years","diameter":"116,464 km","distanceFromSun":"1,426,666,422 km"},{"name":"Uranus","lengthOfYear":"84.0 Earth years","diameter":"50,724 km","distanceFromSun":"2,870,658,186 km"},{"name":"Neptune","lengthOfYear":"164.8 Earth years","diameter":"49,244 km","distanceFromSun":"4,498,396,441 km"}]
curl --location --request GET 'https://zylalabs.com/api/1904/celestial+objects+api/1606/get+planets' --header 'Authorization: Bearer YOUR_API_KEY'
To use this endpoint you only have to insert in the parameter the name of a planet to get information about it.
{"name":"Mercury","description":"Mercury is the closest planet to the Sun and due to its proximity it is not easily seen except during twilight. For every two orbits of the Sun, Mercury completes three rotations about its axis and up until 1965 it was thought that the same side of Mercury constantly faced the Sun. Thirteen times a century Mercury can be observed from the Earth passing across the face of the Sun in an event called a transit, the next will occur on the 9th May 2016.","imageUrl":"https://space-facts.com/wp-content/uploads/mercury-v2.jpg","mass":"3.29 Γ 10^23 kg (0.06 Earths)","moons":"None","orbitalPeriod":"88 days","orbitDistance":"57,909,227 km (0.39 AU)","surfaceTemperature":"-173 to 427Β°C","firstRecord":"14th\u00A0century BC","recordedBy":"Assyrian astronomers"}
curl --location --request GET 'https://zylalabs.com/api/1904/celestial+objects+api/1607/get+planets+data&planet_name=Required' --header 'Authorization: Bearer YOUR_API_KEY'
After signing up, every developer is assigned a personal API access key, a unique combination of letters and digits provided to access to our API endpoint. To authenticate with the Celestial Objects API REST API, simply include your bearer token in the Authorization header.
Header | Description |
---|---|
Authorization
|
[Required] Should be Bearer access_key . See "Your API Access Key" above when you are subscribed. |
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