Video API features: building blocks to actualize your vision

Upload media files from a client to our platform using the authenticated URL by making a PUT request that includes the file in the body. With upload SDKs for iOS, Android, and Web, uploads can be made seamless from your actual application.

Upload media files directly from the dashboard after logging in. Here the video from your device is pushed into the authenticated URL generated while making the request.

Upload media files from a server to FastPix. This method supports SDKs for multiple programming languages, including Java, Typescript JS, C#, PHP, Python, Node.js, and Go.

In UGC (User-Generated Content) and PGC (Professional-Generated Content) scenarios, most media files are created by everyday users. Once users create content using devices like mobile phones or PCs, they can upload their media directly to FastPix from their devices (iOS, Android, Web).

If you want to upload a local media file on your PC, you can quickly upload it from the dashboard after logging in.

Large video portals or platforms that own the rights to their media usually store media on their own servers. In this case, they can upload the media files from their servers to FastPix in batches.

Upload media files using direct URLs. Users can provide URLs pointing to media files, and FastPix will fetch and upload the content automatically. This method supports various URL sources, including cloud storage links and public URLs.

Automatically pull media files from a CMS into FastPix. By integrating with popular CMS platforms, FastPix can fetch and ingest media files directly, ensuring seamless content transfer without manual uploads.

A news website uses a CMS to manage its video content. Whenever a new video is published on the CMS, it is automatically ingested into FastPix, ensuring that the latest news videos are available on the website without any manual uploads.

Course videos are often hosted on a cloud storage service. With direct URLs of the video files, FastPix can fetch and upload the videos automatically. This ensures that new course content is seamlessly integrated into the platform.

For media streaming services, the Pull/CMS Input feature ensures that new movies and TV shows are automatically pulled by scheduling regular ingestion from a CMS or direct URLs.

From local system to FastPix.

From download URL to FastPix

From AWS S3 storage to FastPix

From Google Cloud Storage to FastPix

From Dropbox cloud storage to FastPix

From Vimeo to FastPix

Ideal for businesses that are changing their primary video hosting service and need to transfer their entire library efficiently.

When updating video content in bulk, such as adjusting formats or any other edits, batch migration streamlines this process.

FastPix supports all widely used video formats and codecs eliminating any need to convert. Therefore, speeding up the video generation workflow and reducing turnaround time.

Integrate video uploads into your applications without worrying about format compatibility. FastPix handles the conversion and processing of different formats, providing a consistent experience across all platforms.

For platforms hosting a wide range of video content, supporting multiple formats ensures that all media files can be uploaded and processed without compatibility issues. This is particularly useful for user-generated content platforms (for example, social media) where videos come in various formats.

Educational platforms that host video lectures and tutorials can benefit from supporting multiple formats. This ensures that content from various sources can be uploaded and accessed by students without any format-related barriers.

Multi-format support allows creators to upload videos in any format directly from their recording devices, making the process seamless and efficient.

Leverage advanced technology to accelerate the upload process, reducing the time it takes to get your videos online. This ensures that your content is available to your audience as quickly as possible.

Quickly upload breaking news videos to ensure timely dissemination of information. This helps news agencies stay ahead of the competition and keep their audience informed with the latest updates.

Platforms that rely on user-generated content can benefit from faster uploads, allowing users to share their videos more quickly and enhancing the overall user experience.

RTMPS encrypts live streams with SSL/TLS, protecting your data and preventing unauthorized access or interception.

Supports high-definition video and audio with minimal interruptions, ensuring a seamless and professional live streaming experience.

RTMPS is compatible with most CDNs and platforms, ensuring your streams reach audiences worldwide without compromise.

Perfect for streaming internal meetings, conferences, and announcements while ensuring security and privacy.

Ideal for universities and institutions hosting webinars or live classes requiring encryption and reliability.

Essential for marketing teams broadcasting live campaigns, product launches, or exclusive events securely.

Ensures live streams are delivered with minimal delay, suitable for real-time applications and events.

Built-in error correction ensures stable streams even over unstable networks, maintaining a smooth user experience.

SRT employs AES encryption to secure streams, protecting sensitive content from unauthorized access.

Perfect for streaming internal meetings, conferences, and announcements while ensuring security and privacy.

Reliable for broadcasters streaming live events from remote locations with unpredictable network conditions.

Enable secure, real-time streaming of demos for high-value clients or partners, ensuring competitive confidentiality.

Unlike offline transcoding, which has a waiting time, Just-In-Time encoding allows playback of encoded videos only a few seconds or even a few milliseconds after they are requested, regardless of the video duration.

With offline transcoding, you have to save the transcoding outputs in your own storage. JIT transcoding does not take up your storage space and therefore can significantly reduce your storage costs.

You can set up Just-In-Time encoding without needing to write any code.

Generating and saving transcoding outputs for long-form videos drives up your storage usage notably. For example, if you transcode an MP4 video to 720p, 1080p, and 2K in HLS format, you will need to store three more files in addition to the original file. However, with JIT transcoding, you only need to save the original file. This greatly cuts down your storage costs.

TV stations and OTT services may need to edit their content constantly. By using JIT transcoding, you only need to keep an MP4 copy of your content's latest version while still being able to deliver transcoded and packaged content immediately after it is requested.

UGC platforms host a large number of videos, over 90% of which are infrequently accessed. JIT transcoding allows you to transcode your videos only when they are requested, helping you save storage costs.

Automatically adjust the bitrate for each video based on its content complexity. This ensures that simpler scenes use lower bitrates while more complex scenes receive higher bitrates, optimizing quality and file size.

Analyze the video content to determine the optimal encoding settings. This includes assessing factors such as motion, texture, and color complexity to tailor the encoding process for each video.

Ensure that each video is encoded to achieve the best possible quality at the lowest possible bitrate. This reduces bandwidth usage and storage requirements without compromising on visual quality.

Encode videos at multiple resolutions and bitrates, providing adaptive streaming capabilities. This ensures smooth playback across different devices and network conditions.

Hardest to compress due to the complexity of motion, fine details, color and transparency.

Challenging to compress due to the rapid changes in motion and higher temporal complexity.

Hard to compress efficiently due to their extended sequences of motion, demanding higher bitrates.

These videos have low-textural features but sometimes can also have highly-detailed texture (Avatar Movie, for instance).

Instant live encoding allows for real-time video streaming, ensuring that viewers caInstant live encoding allows for real-time video streaming, ensuring that viewers can watch live events with minimal delay. n watch live events with minimal delay.

Deliver live content that is optimized for playback on a wide range of devices, including smartphones, tablets, and desktops.

Automatically adjust the video quality based on the viewer’s network conditions, providing a smooth and uninterrupted viewing experience.

With minimal delays and high-quality streams, viewers are more likely to stay engaged, improving the overall effectiveness of live broadcasts.

Instant live encoding is essential for live sports events, where real-time delivery and high-quality streams are crucial. Allowing fans to watch the action as it happens without any lag.

Ideal for news organizations that need to broadcast live events and breaking news with minimal delay, ensuring viewers receive the latest updates in real-time.

Musicians and performers can reach a broader audience by live streaming their concerts and shows with high-quality, low-latency video.

Social media platforms can use instant live encoding to offer video broadcasting capabilities, enhancing their user interaction and engagement.

HLS and DASH

ABR starts with a lower-quality version of the video, allowing it to assess your internet speed. This way, the stream can begin playback immediately, keeping you engaged from the very beginning.

The player dynamically selects the most appropriate resolution for playback based on the viewer’s current bandwidth.

The frames of each resolution in the adaptive bitrate stream are aligned, so there is no lag when resolution is switched.

DRM copyright protection schemes such as media encryption, Widevine, and FairPlay all depend on adaptive bitrate streaming.

Delivers seamless playback by adjusting video quality according to viewers' network speeds, ensuring consistent viewing experiences across different devices. So the viewing experience isn’t interrupted.

Live streams of events like sports and concerts remain uninterrupted for all viewers due to ABR technology. As it automatically adjusts the video quality to match individual internet connection speeds.

ABR supports education and e-learning by adjusting video quality based on different internet speeds and device capabilities, ensuring consistent and clear content delivery for students and learners.

Both H.264 and AV1 are highly effective in compressing video, significantly reducing file sizes while maintaining high visual quality. This efficiency is essential for streaming and broadcasting applications, ensuring smooth and reliable performance.

Both of the codec deliver high-quality video streams, with AV1 particularly known for its ability to achieve superior compression efficiency compared to H.264, resulting in enhanced visual experiences.

Supported across a wide range of devices, platforms, and networks, ensuring seamless playback and compatibility globally.

Streaming platforms use both H.264 and AV1 codecs to deliver high-quality video content to users worldwide. H.264 is used for compatibility with a wide range of devices, while AV1 is used to optimize streaming performance and reduce bandwidth usage.

UGC platforms use AV1 to improve video compression efficiency, allowing for faster delivery of video files with higher quality and lower bandwidth usage. This is especially important for mobile users and those in regions with slower internet speeds.

Index video content based on textual data, including subtitles, closed captions, and on-screen text, allowing for precise text-based searches.

Analyze and index audio tracks to enable searches based on spoken words, background music, and sound effects, enhancing the ability to find specific audio content within videos.

Utilize visual recognition technology to index visual elements such as faces, objects, and scenes, making it possible to search for specific visual content within videos.

Combine text, audio, and visual indexing to provide a comprehensive search experience, allowing users to find content based on multiple data types simultaneously.

Automatically generate and integrate metadata from text, audio, and visual elements, improving the organization and discoverability of video content.

Enhancing content discovery by accurately searching for multimedia content based on a combination of visual, audio, and textual data.

Can help in the search and retrieval of educational materials by considering lecture videos, slides, transcripts.

Allow customers to search for products using a picture, with the AI understanding the underlying features and suggesting matches.

Video creators can use multimodal indexing to organize and search their content more efficiently. For instance, a YouTuber can quickly locate specific clips or segments within their video library by searching for visual or audio cues.

It can be used for OTT recommendation engines by analyzing text, video, audio, and user data to deliver personalized content and suggestions.

Users can adjust the content to specific needs by extracting relevant sections of videos, which is useful for creating personalized content or targeted marketing materials.

Processes a live stream recorded to FastPix to generate a new video/audio file.

Clips a live stream recorded to FastPix to generate a new video/audio file.

You can use video/audio clipping to create highlight clips from a media file. For instance, in social platforms like Instagram, TikTok, or LinkedIn, where concise content performs better.

Instructors can extract key lessons or demonstrations from longer lectures or training sessions, making learning materials more accessible and engaging.

Media outlets use video clipping to share relevant segments of news broadcasts or interviews quickly.

Videographers often clip and compile highlights from events such as conferences, concerts, or sports matches, providing viewers with a condensed version of the highlights.

Can help users automatically generate a subtitles for the audio in a media file. This lets individuals with hearing impairments to access spoken content by reading the transcriptions. Also helps non-native speakers understand the video and audio content through translated subtitles.

Transcribe speech in multiple languages and dialects. The API can detect and transcribe in over 22 languages, making it suitable for global applications.

Converts audio and video content into transcripts that can be turn into searchable text, making it easier to find specific information within large volumes of spoken content.

Convert voice information into subtitles by real-time Automatic Speech Recognition (ASR) during live streaming, and subsequently translate them into your target language.

Generate subtitles for movies, TV shows, and online videos, catering to diverse audiences.

Assist students by providing transcriptions and translations of video lectures and online courses, enhancing learning.

Transcribe and translate video recordings of speeches, discussions, and presentations with multi-language subtitles, enabling participants to follow along in their preferred language.

General users can add subtitles to their vlogs and share them with others.

Subtitles can be automatically generated for recordings of key meetings to help generate meeting minutes. In addition, the added subtitles make it easier for viewers to play through meetings more quickly.

Ensures real-time accessibility for live broadcasts and events with live captioning, allowing audiences to follow along with speeches, webinars and interviews.

Add background music to your videos to set the mood and enhance the overall viewing experience.

Record or upload voiceovers to provide commentary, narration, or additional information to your video content.

Incorporate sound effects to make your videos more engaging and dynamic. This can include anything from ambient sounds to specific audio cues.

Implement fade-in and fade-out effects to create smooth transitions between audio tracks, enhancing the professional quality of your videos.

Businesses can use audio overlay to add background music and voiceovers to their promotional videos. For example, a product demo video can include a professional voiceover explaining the features and benefits of the product.

Educators can enhance their video tutorials by adding voiceovers that provide step-by-step instructions. For instance, a cooking tutorial can include a voiceover explaining each step of the recipe.

Content creators can use audio overlay to add background music and sound effects to their vlogs. For example, a travel vlog can include ambient music and sound effects that match the locations being featured.

Companies can create engaging corporate presentations by adding background music and voiceovers. For instance, a quarterly business review can include a voiceover summarizing key points and background music to maintain viewer interest.

Filmmakers can use audio overlay to add sound effects and background scores to their projects. For example, a short film can include a dramatic background score and sound effects to enhance the storytelling.

Sharing your videos online can expose them to potential copyright infringement. With watermarking you can embed a custom logo or watermark, to clearly declare ownership and deter unauthorized use.

Watermarking not only secures your content but also enhances brand recognition and trust by overlaying logos, text, or unique identifiers that visibly represent your brand across all your content.

To safeguard video content, promotional teasers, and movie clips, apply watermarks before distributing them to maintain control and prevent piracy.

Institutes can embed their logos or course identifiers to establish ownership and discourage unauthorized sharing of educational content. This helps maintain institutional credibility.

Watermarks can indicate specific usage rights. For example, a watermark might specify "For Demo Only" or "Internal Use Only" to restrict how a video can be shared.

GIFs are more eye-catching than static images, attracting more viewers and encouraging them to click on the video.

Provides a dynamic preview of the video content, giving viewers a quick glimpse of the video content, which can increase engagement and click-through rates.

Automatically generates a GIF from the video, eliminating the need for manual creation and selection of thumbnails.

It helps to enhance video discovery by providing dynamic previews, making it easier for users to decide which videos to watch.

Online retailers can use GIF thumbnails to showcase product features dynamically. For example, a clothing store can use a GIF thumbnail to show different angles of a dress, attracting more potential buyers.

Give students a quick glimpse at the course material through GIF, helping them understand what underneath the courses.

Streaming services and content creators can use GIF thumbnails to tease upcoming episodes or movies. For instance, a streaming platform can use a GIF thumbnail to show exciting scenes from a new series, increasing viewer anticipation.

Upload multiple subtitle files in different languages. During playback users can switch between subtitles in different languages, allowing global reach and audience engagement.

Add subtitle files (e.g., SRT, VTT) to your media during the upload process. This ensures that your content is accessible from the moment it is available on FastPix.

Add or update subtitle files for media that has already been uploaded. This allows you to enhance accessibility for your existing content library.

Add closed captions that include not only dialogue but also sound effects and speaker identification, making your content accessible to viewers with hearing impairments.

Streaming platforms use subtitles and CC to offer a wider audience access to international films and shows.

Subtitles increase engagement on social media by making videos more accessible to users scrolling through feeds without sound.

Subtitles can be generated for speech in recorded call files, which helps you evaluate the quality of customer service calls more quickly and improves the efficiency of speech quality control.

Use fonts of your choice to match the tone and style of your video. This allows for a more personalized and engaging viewing experience.

Adjust the size of the subtitles to ensure they are easily readable on any screen size, from mobile devices to large TVs.

Customize the text and background color of your subtitles to improve visibility and match your brand’s color scheme.

Align your subtitles to the left, center, or right of the screen to fit the layout of your video content.

Allows viewers to personalize their viewing experience by adjusting subtitle settings to their preferences.

A company can use subtitle styling to ensure that training videos are accessible and engaging for employees. For example, they can use a professional font and company colors to maintain brand consistency.

Online educators can customize subtitles to highlight key points in their lessons. For instance, using different colors for different types of information (e.g., definitions in blue, examples in green) can help students better understand and retain the material.

Brands can use subtitle styling to make their social media videos stand out. For example, a fashion brand might use stylish fonts and vibrant colors to match the aesthetic of their campaign.

Filmmakers can use subtitle styling to enhance the storytelling experience. For example, they can position subtitles to avoid covering important visual elements or use different fonts to distinguish between characters’ dialogues.

Video content creators can customize subtitles to improve accessibility for viewers with visual impairments. For example, increasing the font size and using high-contrast colors can make subtitles easier to read.

End users can upload their own custom intros and outros, ensuring that the segments perfectly match their brand’s identity and style.

Add logos and titles to your intros and outros to reinforce brand recognition and provide a professional touch.

Include credits and calls to action in your outros to guide viewers on what to do next, such as subscribing to a channel or visiting a website.

Businesses can add intros and outros to training videos, company announcements, and promotional content to enhance professionalism and brand visibility.

Marketers can use intros and outros to reinforce campaign messages, include promotional offers, and drive traffic to landing pages.

Educators and institutions can add intros and outros to lectures, tutorials, and course materials to provide a structured learning experience and highlight key information.

Event organizers can create promotional videos with engaging intros and outros. For instance, a conference promo video can have an intro with event details and an outro with registration information and a call to action.

Automatically record live streaming sessions and save them as VODs, ensuring that valuable live content is preserved for future use.

Maintain high video and audio quality during the recording process, ensuring that the VODs are as engaging as the live broadcasts.

Record live webinars and educational sessions to make them available for students or attendees who couldn't attend the live event.

Capture company-wide meetings, town halls, and conferences for employees who may be in different time zones or unable to attend in real-time.

Record live concerts, sports events, or festivals to create a library of on-demand content for fans and attendees to revisit.

Gamers can convert their live streaming sessions into VODs to share highlights and gameplay with their audience. For instance, a gamer can record a live stream of a tournament and upload the VOD to their channel for fans to watch later.

Easily connect the video functionality of the API with various CMS platforms, allowing for smooth integration and operation.

Users can upload, manage, and publish video content without leaving their CMS environment, reducing the need to switch between multiple platforms.

Synchronize video metadata such as titles, descriptions, and tags between the CMS and the video platform, ensuring consistency and improving discoverability.

E-learning platforms can integrate video content into their course modules, allowing educators to create and manage multimedia lessons seamlessly.

Companies can seamlessly upload and publish product demo videos directly from their CMS.

Marketing teams can enhance their campaigns by managing video content through their CMS. For instance, a marketing team can use CMS integration to upload, edit, and publish promotional videos across various channels.

Media organizations can use CMS integration to publish news videos alongside news articles.

Fitness platforms can use CMS integration to manage workout videos and tutorials. For example, a fitness app can organize and distribute exercise videos, making it easy for users to access and follow along with their workouts.

Users have full control over the editing process, allowing them to selectively remove specific elements from videos as per their requirements.

Specify the exact timeline of the video that you want to remove. The API will exclude the unwanted parts, streamlining the editing process.

Ensures videos remain appropriate and aligned with intended content guidelines by allowing users to remove any unwanted or inappropriate visuals.

Enhances viewer satisfaction by ensuring videos are free from any visuals that could detract from the message or create discomfort.

Businesses can refine customer testimonial videos by removing any off-topic comments or pauses. For instance, a testimonial video can be edited to focus solely on the positive feedback and key points.

Filter educational content to remove visuals that are not age-appropriate or may not align with educational objectives.

Sports enthusiasts can create engaging highlight videos by removing less exciting parts of the game. For example, a football match video can be edited to include only the goals, key plays, and exciting moments.

Users can personalize their videos by replacing the default audio with music, voiceovers, or sound effects that better fit the content or theme.

Substitute the original audio to correct issues such as background noise, poor quality, or unwanted sounds, ensuring a clearer and more professional audio experience.

Replace the original audio with translated audio tracks to make your content accessible to a global audience. This is ideal for educational content, marketing videos, and more.

Educators can replace the original audio in their video lessons with translated audio tracks. For instance, an online course can offer lessons in different languages by replacing the original audio with translated versions.

Businesses can replace the original audio in their promotional videos with custom soundtracks or voiceovers in different languages. For example, a product launch video can have voiceovers in multiple languages to reach a wider audience.

Companies can use the Replace Audio feature to update training videos with new information or correct audio issues. For example, a safety training video can be updated with clearer audio instructions.

Content creators can enhance their social media videos by replacing the original audio with high-quality soundtracks or voiceovers.

Allow viewers to pause a live stream and resume watching from the same point. This ensures that viewers can take breaks without missing any part of the live content.

Enable viewers to rewind to previous parts of the live stream or fast-forward to catch up with the live broadcast. This provides greater control over the viewing experience.

Digital Video Recorder (DVR) functionality, allowing to record live streams and watch them later.

Allow sports fans to pause and rewind live matches to rewatch key moments, ensuring they never miss any action, even if they need to step away.

Enable attendees to pause and rewind live webinars or conference sessions, allowing them to catch up on important points they may have missed.

Provide viewers with the ability to pause and rewind live news broadcasts, ensuring they can stay informed even if they join the stream late.

It helps to maintain a consistent volume to prevents sudden jumps or drops in audio volume, ensuring a smoother listening experience for viewers.

By maintaining consistent volume levels, it minimizes the need for viewers to adjust settings repeatedly, enhancing their overall experience.

Saves time and effort by automatically adjusting audio levels, eliminating the need for manual editing.

It ensures that throughout the episode the audio levels are consistent enhancing the overall listening experience.

Ensure a consistent audio experience for users by normalizing the volume of all content on your streaming platform, preventing abrupt volume changes between different shows or movies.

Maintains balanced audio levels during live broadcasts, ensuring a seamless experience for online viewers.

Normalize the audio of recorded customer support calls to improve clarity and ensure that all calls are at a consistent volume level, aiding in quality control and training.

Allows easy extraction of specific moments during a live stream, reducing post-production delays.

Instantly processes live clips for on-demand use, making content available to viewers in near real time.

Allows clips to be transformed into multiple formats, making it easy to adapt content for social media, newsletters, or longer broadcasts.

Create and share game highlights like last-minute goals or record-breaking moments in real time.

Clip and share key moments from live press conferences or breaking news, ensuring timely updates.

Highlight impactful moments from webinars, product launches, or Q&A sessions for broader outreach.

Clip key insights from guest lectures or online courses for student review and promotional content.

Stitches multiple files in FastPix to generate a new audio/video file.

Stitches multiple live streams recorded as on-demand video to generate a new audio/video file.

You can use audio/video splicing to add an opening and ending segment to a video, such as an ad, promotional material, or a video introduction.

If live streaming is interrupted, multiple video files will be generated when the live stream is recorded to VOD. In this case, you can use live stream stitching to generate a complete video.

Generate signed URLs that grant temporary access to video content. This ensures that only authorized users can view the content within a specified time frame, enhancing security and control.

Implement DRM to encrypt video content and manage access rights. This prevents unauthorized copying, sharing, and piracy, ensuring that your content is protected at all times.

Both signed URLs and DRM work together to prevent unauthorized distribution and piracy, ensuring that content creators and distributors retain control over their content and maximize their revenue potential.

Top streaming platforms like Netflix use signed URLs and DRM to control access to their premium video content, ensuring only paying subscribers can view their content.

Live streaming services for sports, concerts, and other exclusive events use signed URLs to provide temporary access and DRM to prevent unauthorized recording and redistribution.

Online learning platforms such as Coursera and Udemy use signed URLs to provide temporary access to course materials and DRM to protect copyrighted educational content from being copied or shared illegally.

With Multi-CDN, users are less likely to experience downtime or buffering issues. If one CDN has an outage, traffic is automatically rerouted to another, ensuring continuous access to content.

Multi-CDN setups dynamically select the best-performing CDN based on real-time conditions, providing users with faster video load times and minimal buffering, no matter where they are located.

Users from all over the world can enjoy consistent, high-quality video streaming. With multi-CDNs with strengths in different regions, content is delivered efficiently to users everywhere.

Users watching large-scale live events like sports, concerts, and webinars with the help of multi-CDN's ability to handle sudden spikes in traffic, ensuring a smooth, uninterrupted experience.

Gamers and esports fans experience low latency and high reliability during live streams, enhancing their enjoyment and competitive edge.

Viewers get uninterrupted access to breaking news and live coverage, even during peak times, ensuring they stay informed without delays or downtime.

By broadcasting to multiple platforms at once, content creators can reach a larger and more diverse audience.

Multiple touchpoints for viewers increase the likelihood of higher engagement. Different viewers have preferences for different platforms.

Simulcasting simplifies the technical aspects of streaming by providing a centralized solution. Users do not need to worry about the different requirements and settings for each platform.

Companies hosting live events, conferences, or webinars can use simulcast to reach attendees on various platforms such as YouTube, Facebook Live, LinkedIn, and more, ensuring maximum participation.

Gamers and esports organizations can stream their gameplay or tournaments to platforms like Twitch, YouTube Gaming, and Facebook Gaming simultaneously, attracting a larger audience.

Educators and institutions can broadcast lectures, workshops, and tutorials to different platforms, making educational content accessible to a wider audience.

Fitness trainers and wellness coaches can simulcast their live sessions to different platforms, engaging with their audience on their preferred channels.

Users can access their favourite videos anytime, anywhere, without being dependent on an internet connection.

It offers flexibility and convenience for users who may not always have access to stable internet connections or who want to save on mobile data usage.

Enhances user satisfaction by providing uninterrupted access to content, even in low-connectivity environments.

Travelers and commutes can download movies, shows, or videos before their journey to watch during flights, train rides, or while in remote locations with limited internet access.

Streaming services can offer offline viewing options to cater to users who prefer to download content and watch it at their convenience, enhancing user satisfaction and retention.

Students can download lectures, tutorials, or educational videos to study offline, enabling learning without requiring constant internet access.

Automatically generate thumbnails at regular intervals throughout the video. These thumbnails provide a visual summary, making it easier for users to preview and navigate the content.

Use sprite sheets to enable quick navigation within the video player. Users can hover over the progress bar to see thumbnail previews, allowing them to jump to specific parts of the video with ease.

Define the intervals at which thumbnails are generated, allowing for more granular or broader previews based on the length and complexity of the video.

Provide viewers with a visual summary of movies, TV shows, and other video content, making it easier to find and jump to specific scenes or moments.

Help students quickly locate specific sections of lecture videos or tutorials by providing thumbnail previews, improving the efficiency of study sessions.

Allow video creators to offer their audience a quick overview of their content, making it easier for viewers to find and engage with specific parts of the video.

Web hooks provide instant notifications, ensuring that events are communicated immediately as they happen.

Automate workflows by triggering specific actions in your system based on the events received.

Reduce the need for constant polling or manual checking for updates, saving resources and improving system efficiency.

Automatically update your content management system when new videos are uploaded or existing videos are updated, ensuring that your media library is always current.

Automatically notify your support team when a video fails to upload or encounters an error, allowing for quick resolution and improved user experience.

Broadcast multiple streams at the same time, enabling viewers to consume more content efficiently.

The platform can support a growing number of users concurrently, making it suitable for large-scale events, webinars, or video-on-demand services.

Broadcasting live sports events, concerts, or conferences where viewers may want to switch between different camera views or event streams.

Supporting simultaneous streaming of multiple video lectures, allowing students to follow different courses or subjects at the same time.

Public playback policies will enable playback URLs that can be watched anywhere, at any time, without any restrictions.

Video playback access is restricted to public. Not everyone can access the video content. This happens through signed-urls that includes a token that expires sometime in the future.

Implement access policies to ensure that only enrolled students can access course materials and lectures, protecting the integrity of educational content.

Manage access to premium content by defining policies that grant access only to paying subscribers, protecting your revenue streams and ensuring content exclusivity.

Restricting access to live streams and webinar recordings to registered paarticipants or subscribers, ensuring exclusive content is protected.

Allows you to modify the player’s appearance and controls to align with brand identity.

Includes features like speed adjustment, rewind, fast-forward, and full-screen mode for user convenience.

Offers seamless integration of subtitles and closed captions in multiple languages.

FastPix’s video player supports multiple audio tracks, allowing users to select from various language options or audio formats

Automatically adjusts video quality based on the viewer's internet speed to prevent buffering.

Allow content to be divided into labeled sections, making it easier for viewers to navigate and skip to specific moments. This is particularly useful for long-form content like tutorials, webinars, or movies.

Ensures that only the parts of the video required for immediate playback are loaded, optimizing performance and reducing initial load time, especially for large or high-quality videos. This improves user experience, particularly on slower connections.

Provides a smooth viewing experience for movies, TV shows, and live content on-demand services.

Enhances online learning with support for interactive video lessons, multilingual subtitles, and analytics.

Enables seamless video playback with features like autoplay, muting, and PiP for short-form video content.

Generates a coherent summary that captures the key themes, events, and progression of the entire video.

Generates summaries at multiple lengths (one-line, short paragraph, or detailed) to suit different surfaces.

Helps recommendation systems and search engines better understand video context for ranking and matching.

Provides quick editorial summaries of long-form footage for faster review and publishing decisions.

Auto-generates video descriptions for VOD platforms so every video has a meaningful preview without manual writing.

Turns meeting and training recordings into scannable summaries so teams can decide what to watch.

Detects shifts in subject matter and creates a new chapter at each meaningful transition.

Generates precise start and end timestamps for every chapter, ready to plug into a player UI.

Produces a short, descriptive title for each chapter based on its content.

Adjusts the number and length of chapters depending on video duration and content density.

Makes podcasts, lectures, and documentaries navigable so viewers can jump to the section they want.

Lets viewers skip directly to a specific step or topic without scrubbing through the full video.

Breaks multi-hour recordings into digestible, navigable sections for on-demand replay.

Powers rich timestamp metadata that search engines and players use to surface specific moments.

Converts spoken audio into accurate written text using speech recognition tuned for video.

Generates subtitles with precise start and end timestamps so captions match the audio in real time.

Transcribes in many languages and can also produce translated subtitles for global audiences.

Outputs subtitles in widely supported formats such as SRT, and VTT for any player.

Makes training videos easier to follow and searchable through caption text.

Adds captions to every video so platforms meet WCAG, ADA, and similar accessibility requirements.

Generates translated subtitles so the same video can ship to audiences in multiple regions.

Auto-captions mobile-first content where most viewers watch with sound off.

Identifies named individuals and organizations referenced in dialogue or on-screen text.

Recognizes places, geographic references, and venue names mentioned across the video.

Surfaces specific product names, brands, and SKUs that appear in audio or visuals.

Captures named events, topics, and domain-specific concepts as searchable entities.

Outputs entities in a structured format optimized for use as filters and facets in AI Search.

Powers more accurate AI Search results by letting users filter by specific people, places, or brands.

Generates rich metadata tags automatically, so content libraries stay organized without manual work.

Flags mention specific entities (regulated brands, restricted topics) across large archives.

Improves content matching by aligning videos that share key entities, themes, or references.

Identifies nudity, sexual content, and other adult material across video frames.

Flags scenes containing violence, blood, or graphic injury for review or blocking.

Returns a confidence score per frame so platforms can set their own moderation thresholds.

Marks the exact timestamps where policy-violating content appears for targeted review or trimming.

Scans user-uploaded videos before publishing to keep social and community platforms safe.

Ensures content libraries remain appropriate for younger audiences by blocking unsafe uploads.

Moderates profile videos and listings to enforce platform policy automatically.

Helps regulated businesses keep internal video repositories aligned with workplace standards.

Joins virtual meetings as a participant and captures the screen and audio for the entire session.

Produces a complete, speaker-attributed transcript of everything discussed during the meeting.

Generates a summary of the meeting covering what happened during the session.

Identifies tasks raised during the meeting and assigns each to the person responsible.

Delivers all artifacts (video playback URL, audio signed URL, VTT signed URL) in a structured format through a configured webhook.

Once invited or added as a guest in Google Meet, the bot automatically joins the call with no manual enabling or setup required.

Captures call summaries and follow-ups automatically so reps can focus on the conversation.

Records decisions and action items from recurring meetings without anyone having to take notes.

Produces a clean, shareable record of every client interaction for accountability and follow-through.

Keeps distributed teams aligned by giving everyone the same structured summary after every sync.

Captures parent-teacher meetings, student onboarding sessions, and academic reviews so schools and ed-tech platforms have a clear record of every conversation.

Extracts visible text from frames (signs, slides, captions, banners, license plates) for precise content discovery.

Recognizes objects such as vehicles, products, equipment, and scene elements so users can search videos based on what appears on screen.

Transcribes spoken dialogue and indexes it at the moment level, allowing users to jump directly to the exact second a word or phrase is spoken.

Combines visual, textual, and audio understanding in a single search to surface the most relevant moments across the video library.

Detects non-speech events such as background noises, laughter, applause, and music cues so users can search by what is heard, not just what is said.

Helps broadcasters and content libraries surface specific clips, quotes, or visual moments from thousands of hours of footage.

Allows learners to jump directly to the exact moment a concept, keyword, or visual explanation appears within a lecture or training session.

Helps teams, broadcasters, and fans quickly find plays, players, commentary moments, or on-screen events using natural language search.

Makes internal recordings (town halls, training, demos) searchable by spoken phrase or on-screen content.

Generates natural language descriptions of the visual content of each scene.

Identifies where one scene ends and another begins, segmenting the video into discrete visual units.

Recognizes the actions or activities taking place within a scene, not just static objects.

Augments NSFW and policy checks with deeper scene context for higher-accuracy decisions.

Lets users find videos by visual description, not just keywords or titles.

Feeds scene descriptions into audio description tracks for visually impaired viewers.

Helps editors and producers quickly locate specific scene types across raw footage.

Identifies the most engaging, valuable, potential hook, proper narrative style and trending moments inside a long-form video.

Generates clips at the lengths you need.

Lets you specify what kind of moments to surface, such as funny lines, key insights, or product reveals.

Outputs clips already framed for the destination: vertical, square, or widescreen.

Produces many clips from a single source video in one pass, ready for distribution.

Supports a wide range of content genres including basketball, NFL, comedy, marketing, business, and more.

Turns long podcasts, interviews, and webinars into a steady stream of short-form social posts.

Auto-generates trailers and teaser clips from VOD assets to drive views to the full video.

Helps creators scale across platforms by producing ready-to-post shorts from every long upload.

Extracts highlight moments from recorded events without manual editing.

Tracks the most important subject in the frame (a speaker, a player) and keeps it centered through the conversion.

Converts between common ratios such as 16:9, 9:16, 1:1, and 4:5 for different platforms.

Runs on any video on its own, without needing a clipping step first.

Pairs with AI Clipping to produce highlight clips already framed in the target aspect ratio.

Avoids jarring crops by smoothly following subjects across the frame as they move.

Repackages a single video for YouTube, Instagram, TikTok, and Shorts in one workflow.

Converts horizontal source footage into mobile-first vertical formats without losing the subject.

Adapts ad creatives across placements where each surface demands a different ratio.

Reframes recorded streams and webinars for distribution on short-form, vertical-first channels.

Access a wide range of metrics, including view counts, watch time, and viewer retention rates. This detailed data helps you understand how your audience interacts with your videos.

Monitor key engagement metrics. These insights allow you to gauge the effectiveness of your content and identify areas for improvement.

Track viewer activity in real-time, providing immediate insights into how your videos are being consumed. This feature is particularly useful for live streams and time-sensitive content.

Use detailed analytics to identify which parts of your videos are most engaging and which may need improvement. This helps you create more compelling content that resonates with your audience.

Monitor the performance of video marketing campaigns by tracking viewer engagement and conversion rates. This data helps you refine your marketing strategies for better results.

Track key playback metrics such as buffering rates, start-up times, and resolution changes. These metrics help you identify and address issues that may affect the viewer experience.

Monitor viewer engagement metrics, including watch time, drop-off points, and interaction rates. This data provides insights into how viewers interact with your content and where improvements can be made.

Receive detailed reports on playback errors, including their frequency and impact on the viewing experience. This allows you to quickly identify and resolve technical issues.

Video platforms can use QoE analytics to monitor live streaming events and detect issues such as bitrate fluctuations or buffering enabling immediate corrective actions.

Video platforms can conduct QoE tests to gauge the impact on viewer satisfaction and make informed decisions based on data-driven insights.

Content creators can use QoE analytics to ensure that the video meets quality standards across different resolutions and devices. This includes checking for encoding errors, audio-video synchronization issues, and overall visual quality.

QoE analytics can assess how different devices (smartphones, tablets, smart TVs) handle video playback, identifying device-specific issues like compatibility issues or limitations in performance. This helps in optimizing video delivery for various platforms and improving overall device support.

Track the total number of views your videos receive. This metric helps you gauge the popularity of your content and identify which videos are attracting the most attention.

Measure the number of unique viewers who watch your videos. This provides insights into the reach of your content and helps you understand how many individual users are engaging with your videos.

Monitor the total watch time of your videos. This metric indicates how long viewers are watching your content, helping you assess the overall engagement and retention of your audience.

Film and TV producers can analyze audience metrics to understand viewer preferences and trends, aiding in the creation of content that resonates with their target audience.

Fitness trainers and wellness coaches can use audience metrics to see which workout videos are most popular.

Travel bloggers and tourism boards can track how viewers interact with travel videos, helping them to create more engaging content that inspires viewers to visit new destinations.

Track the number of times video playback fails. This metric helps you identify and address issues that prevent viewers from watching your content, ensuring a reliable viewing experience.

Measure the time it takes for your videos to start playing. Faster startup times lead to better viewer satisfaction and reduced abandonment rates.

Calculate scores based on various performance metrics to gauge the overall viewer experience. This helps you understand how well your videos are performing and where improvements can be made.

Monitor the frequency and duration of rebuffering events during video playback. Minimizing rebuffering is crucial for maintaining viewer engagement and satisfaction.

Streaming platforms can use play metrics to ensure high-quality video delivery, reducing playback issues and enhancing the overall user experience.

Event organizers can monitor play metrics to ensure that live streams are delivered without interruptions, providing viewers with a high-quality experience.

Schools and universities can track play metrics to ensure that online lectures and course materials are delivered smoothly, providing students with a seamless learning experience.

Track specific errors that cause playback failures. This helps you pinpoint the exact issues affecting video performance and take corrective actions.

Measure how often each type of error occurs. Understanding the frequency of errors allows you to prioritize and address the most common issues first.

Identify where errors are happening the most, whether it’s a specific device, browser, or geographic location. This helps you target your troubleshooting efforts more effectively.

Over-the-top (OTT) media services can use failure metrics to identify and resolve playback issues across various devices and networks, ensuring a consistent and high-quality viewing experience for subscribers.

Organizers of virtual conferences and webinars can use failure metrics to ensure that live streams and recorded sessions are delivered without interruptions, providing attendees with a seamless experience.

Users can define up to 10 custom dimensions, allowing them to track additional data points that are not included in the default set of metrics. This ensures that analytics are tailored to the specific needs of the business.

By incorporating custom dimensions, users can achieve a more detailed and nuanced understanding of their data. This can include information such as user email, product categories, or any other relevant data points.

Online retailers can use custom dimensions to track product categories, customer segments, and promotional campaigns, providing deeper insights into sales performance and customer behavior.

Marketers can define custom dimensions to track campaign-specific data, such as ad placements, target demographics, and engagement metrics, enhancing the effectiveness of their marketing strategies.

Media companies can use stream metadata to monitor and maintain video quality across different devices and networks, ensuring a consistent and high-quality viewing experience.

Exception alerts are triggered in real-time when anomalies are detected during video streaming. This ensures that critical issues are identified and addressed promptly.

Rules are predefined in FastPix to classify specific types of failures as critical. There’s nothing for you to do.

When a critical failure occurs, alerts are generated and can be sent to the relevant teams immediately. This ensures that issues are addressed as soon as they arise, minimizing downtime and impact on the user experience.

Streaming services can use exception alerts to monitor video playback and ensure a smooth viewing experience for their users. Immediate notifications of critical failures help maintain high service quality.

During live broadcasts, exception alerts can quickly identify and address issues such as stream interruptions or quality degradation, ensuring a seamless experience for viewers.

Users can monitor the number and types of failures occurring during video streaming. An alert can be configured to trigger if the failure rate exceeds a certain threshold within a specified time frame.

This metric tracks the amount of time spent buffering compared to the total playback time. Users can set alerts to trigger if the buffer ratio exceeds an acceptable limit, indicating potential network or server issues.

Monitoring the time it takes for a video to start playing after a user initiates playback is crucial. Users can define thresholds for startup time, with alerts being triggered if the time exceeds the limit, impacting user experience.

Keeping track of the number of simultaneous viewers is important for resource management and performance monitoring. Users can set alerts to notify them if the number of concurrent viewers surpasses a specified threshold, potentially indicating a need for scaling resources.

The specific value that, when exceeded, will trigger an alert. For example, a buffer ratio threshold of 5% or a startup time threshold of 2 seconds.

The period over which the metric value must exceed the threshold to trigger an alert. For instance, if the buffer ratio exceeds 5% for more than 30 seconds.

The minimum number of users experiencing the issue for the alert to be triggered. This helps in filtering out isolated incidents and focusing on broader impact areas.

Gaming platforms can monitor live streams for performance issues by setting custom alerts for the number of concurrent viewers. If the number of viewers exceeds a specified limit, an alert is triggered, indicating potential server strain.

An online retailer can ensure smooth video playback for product demos by setting custom alerts for video startup times. If the startup time exceeds 3 seconds for more than 100 users, an alert is triggered, allowing the retailer to quickly address performance issues and maintain a seamless shopping experience, reducing cart abandonment rates. viewers.