Whereis API Search Results & Alternatives
Our API exposes site monitoring tools in 89 cities across 47 different countries on 6 continents. Through our global network we expose five types of monitoring tools: **HTTP** - We make an HTTP request against the specified URL, returning the response code, size, and basic timing information for the request. Easily confirm site accessibility from global locations. dig - Leveraging this foundational DNS tool we return global results on the requested domain. Confirm and monitor your global hosting, and anycast DNS solutions. trace - Returns the full traceroute from any of our locations to your server, providing useful monitoring information, and critical data when diagnosing an outage. ping - Obtain basic timing information from any of our cities to your server, useful in capacity planning, and ensuring consistent results in the global marketplace. fast - Through a headless webkit browser we'll load the requested page, and return detailed timing information.
The spoken language identifier is a service that tries to determine the language spoken in an audio recording. The model currently supports 8 languages: English, Spanish, Italian, French, German, Portuguese, Dutch, and Russian. You can use it to classify recordings as short as 1 second and as long as a minute. Note that the longer the recording, the higher the accuracy of the prediction. For 20 second recordings the accuracy is about 95%, whereas for 5 second samples it is just over 80%. Supported audio formats: WAV, FLAC, OGG.
Related APIs in Category: Mapping
Hyperlocal Demographics, Vehicle Traffic, Economic, Market Signals, and More. !(https://www.google-analytics.com/collect?v=1&t=pageview&tid=UA-166301943-3&cid=2fbf3778-84e6-41a8-ad46-1765dbd5be20&dh=rapid.com&dp=%2Fidealspot-geodata-v1&dt=IdealSpot%20GeoData =1x1) Use this API to request IdealSpot hyperlocal geospatial market insight and geometry data. Broad categories include Demographics, Housing, Spending, Labor, Business Establishments, Economy, Consumer Segmentation, Vehicle Traffic, Polygons, Online Demand. We update more frequently and are more granular than alternatives. Trusted by large enterprise. Query US data and geometries by rings, drive times, bike times, walk times, public transit times, nation, states, counties, tracts, zipcodes, block groups, opportunity zones. Frequently used for property reporting, retail, commercial real estate, financial and marketing applications, GIS, and spatial data science or machine learning.
What is Widevine DRM? Widevine's DRM solution combines the following industry adopted standards to provide robust multiplatform content protection: Dynamic Adaptive Streaming over HTTP (DASH) DASH enables streaming of high quality media content over the Internet. DASH leverages standard HTTP protocol and can be easily deployed on existing Internet infrastructure (web servers, CDNs, firewalls, etc). Common Encryption (CENC) CENC is an industry standards based approach to content encryption. CENC identifies standard encryption and key mapping mechanisms that may be utilized by one or more DRM systems to allow the decryption of the same file using different DRM systems. CENC enables content providers to encrypt their content once and deliver it to numerous client devices and their assorted DRM schemes. Encrypted Media Extensions (EME) EME is a proposed W3C standard that provides a set of common APIs that can be used to interact with DRM systems and manage license key exchange. EME allows content providers to design a single application solution for all devices. Key benefits of Widevine's DRM solution: Support for reliable content protection across multiple systems:. Provides ubiquitous device coverage and extends synergy across multiple content protection systems. See a list of currently supported platforms. Complete control and flexibility during video playback: Fully featured HTML5 video player with adaptive streaming, QoS, and accessibility support across devices.
Chicmi are mapping out the fashion scene in the world's fashion cities, starting with London, Glasgow, Edinburgh and Manchester. Use the Chicmi API to access our unique set of fashion data, including every fashion sale, sample sale, fashion exhibition and fashion event in each city.
JSONpedia API is designed to simplify access at MediaWiki contents transforming everything into JSON. Such API provides a REST service to parse, convert, and enrich WikiText documents. JSONpedia supplies capabilities for recursive template expansion and mapping to DBpedia. This framework has been designed to extract linguistic resources from the Wikipedia and to enable massive data scraping. Our mission is to deliver a general purpose infrastructure for Wikipedia multi language data consumption both for researchers and industry.
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