The Media Inspector API enables users to analyze and examine multimedia files comprising images, videos, and audio. With this API, developers can easily identify and inspect the contents of these files, allowing for efficient processing and retrieval of media-related information.
{"url":"https://beamcast.s3.amazonaws.com/example.mp4","status":"ok","timestamp":"2024-08-10T21:10:52.358984009Z","format":"mov,mp4,m4a,3gp,3g2,mj2","isMedia":true,"hasVideo":true,"hasAudio":false,"duration":"634.584","startTime":"0.000","size":"81920912","bitRate":1032751,"streams":[{"codecType":"video","codec":"h264","index":0,"width":640,"height":360,"frameRate":"24","frameRateRational":"24/1","displayAspectRatio":"16:9","sampleAspectRatio":"1:1","pixelFormat":"yuv420p","duration":"634.583","startTime":"0.000"}]}
curl --location --request POST 'https://zylalabs.com/api/2072/media+inspector+api/1854/get+media+information' --header 'Authorization: Bearer YOUR_API_KEY'
--data-raw '{
"url": "https://beamcast.s3.amazonaws.com/example.mp4"
}'
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 Media Inspector API simply include your bearer token in the Authorization header.
| Header | Description |
|---|---|
Authorization
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Required
Should be Bearer access_key. See "Your API Access Key" above when you are subscribed.
|
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The Media Inspector API is a powerful tool designed to facilitate the identification and inspection of files that contain various forms of media, including images, videos, and audio. With its robust functionality and ease of integration, this API provides developers with the means to efficiently analyze and extract valuable information from multimedia files.
One of the key features of the Media Inspector API is its ability to identify the presence of different types of media within a file. By leveraging advanced algorithms and techniques, the API can accurately detect and categorize images, videos, and audio tracks, even within complex file structures. This allows developers to automate the identification process, saving valuable time and effort.
In addition to identification, the Media Inspector API offers comprehensive inspection capabilities. It provides detailed metadata extraction, enabling developers to access essential information about media files, such as resolution, duration, format, and codec details. This information can be crucial for various applications, ranging from media management systems to content recommendation engines.
The API also supports content analysis for images and videos. It can analyze images to extract features like dominant colors, object recognition, and facial detection. For videos, it can extract keyframes, detect scenes, and perform video analysis tasks like object tracking or activity recognition. These features open up possibilities for applications such as content moderation, visual search, or video content indexing.
Moreover, the Media Inspector API supports audio analysis. It can extract metadata from audio files, including information about the format, bitrate, and duration. Additionally, it offers capabilities for speech recognition, audio transcription, and audio fingerprinting, allowing developers to build applications that process and understand audio content.
The Media Inspector API is designed with developer-friendliness in mind. It provides a straightforward integration process, with clear documentation and code examples. Developers can easily incorporate the API into their applications, regardless of the programming language or environment they are working with.
In conclusion, the Media Inspector API is a versatile solution for identifying and inspecting files containing images, videos, and audio. By leveraging its powerful features, developers can automate the processing of multimedia files, extract valuable metadata, and perform advanced content analysis. This API opens up a wide range of possibilities for applications in fields such as media management, content recommendation, content moderation, and more.
Pass any file URL and receive its metadata.
Content Moderation: The Media Inspector API can be used for content moderation purposes. By analyzing images and videos, developers can automatically detect and flag inappropriate or offensive content, ensuring a safer user experience on platforms that rely on user-generated content.
Media Management Systems: Media Inspector API can assist in media management systems by automatically categorizing and tagging files based on their content. This enables efficient organization and retrieval of media assets, making it easier for users to search and navigate through large collections of images, videos, and audio files.
Visual Search: By extracting features such as dominant colors, object recognition, and facial detection from images, the Media Inspector API can power visual search functionality. Users can search for similar images or products by uploading an image, enabling enhanced search experiences in e-commerce platforms or image-based search engines.
Video Content Indexing: The API's capabilities for scene detection and keyframe extraction make it valuable for video content indexing. By automatically generating metadata about different scenes or key moments within a video, developers can enable more efficient video browsing, navigation, and content recommendation.
Audio Transcription and Analysis: The Media Inspector API's audio analysis features, including speech recognition and audio transcription, can be utilized in applications that deal with audio content. This can be particularly useful for transcription services, voice assistants, or applications that require extracting text from audio recordings, such as podcast platforms or call center analytics tools.
Digital Asset Management: Organizations that handle a large volume of media assets can benefit from the Media Inspector API for digital asset management. By automatically extracting metadata and analyzing media files, it becomes easier to organize, search, and distribute media assets efficiently within the organization, streamlining workflows and reducing manual effort.
Besides the number of API calls, there are no other limitations.
The Media Inspector API supports a wide range of file formats for images, videos, and audio, including popular formats such as JPEG, PNG, MP4, AVI, WAV, and MP3. For a comprehensive list of supported formats, please refer to the API documentation.
No there is no limitation about the size of the file.
The Media Inspector API is primarily designed for batch processing and offline analysis of media files. While it provides fast and efficient processing, it may not be suitable for real-time applications that require immediate analysis or processing of media content. For real-time scenarios, alternative solutions or custom implementations may be more appropriate.
No, the Media Inspector API cannot extract metadata or analyze the contents of encrypted or DRM-protected media files. The API can only process and analyze media files that are in a readable and accessible format.
The Media Inspector API returns detailed metadata about the media file, including information such as format, resolution, duration, bit rate, and codec details. It also indicates whether the file contains video or audio streams.
Key fields in the response include "url" (media file URL), "status" (processing status), "format" (supported formats), "duration" (length of the media), "bitRate" (data rate), and "streams" (detailed stream information).
The response data is structured in JSON format, with a top-level object containing metadata fields. The "streams" field is an array that provides detailed information about each media stream, such as codec type and dimensions.
The endpoint provides information on media file characteristics, including whether it contains video or audio, its resolution, duration, bit rate, and codec details. It also identifies the media format and any streams present.
The primary parameter for the endpoint is the media file URL, which must be accessible for the API to analyze. Users can customize their requests by providing different media file URLs to retrieve specific metadata.
Users can leverage the returned metadata for various applications, such as organizing media files, implementing content moderation, or enhancing search functionalities. For example, the "duration" and "bitRate" fields can help optimize streaming quality.
Typical use cases include content moderation to detect inappropriate media, media management for organizing assets, visual search for finding similar images, and audio transcription for converting speech to text in applications like podcasts.
The Media Inspector API employs advanced algorithms for media analysis, ensuring high accuracy in identifying and extracting metadata. Regular updates and quality checks are implemented to maintain the reliability of the data provided.
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