1. Select Eye-Catching Thumbnail ImagesBefore a video can generate a single view, it has to catch a user's eye. On a page teeming with content, this isn't always easy. The thumbnail images you choose to represent each video must be powerful enough to generate an immediate response, so that users can't help but click. Thumbnail images should reveal enough about the content that the user can make an informed decision to watch. Pick an image that showcases a key moment in the video and incites an emotional response. Featuring faces is also a smart move; just as happy faces can improve the effectiveness of advertising (neuromarketing research shows that "A smiling face is a powerful and incredibly simple tool to enhance customer joy and increase brand appeal"), consumers are likely to be drawn to the faces in your thumbnail images. You'll also want your images to feature a single point of focus and contrasting colors, as this will improve visibility on small mobile screens.
Better Delivery through API ScienceBuilding great toolsets to deliver videos seamlessly and at scale is one of the core missions of JW Player. We are excited to announce that customers on JW Platform can now use our new V2 Delivery API endpoints. The V2 endpoints are up to 10x faster, support pagination & poster width selection, and provide easy solutions for building JW Recommendations into any application or publishing workflow. Our V2 endpoints are built on a new technology platform that allows us to quickly roll out new features and support even more customers at high availability. Developers will love our Interactive Delivery API Reference which makes it easy to try out all the new features of /v2/media & /v2/playlists.
We are one week out from JW Insights, which kicks off at noon next Thursday, May 18 in midtown NYC. This is our 4th annual conference about online video tech and business trends.
Our program is packed with a great lineup of panelists and speakers from…
An example of extracting topic metadata and isolating the best thumbnail image based on a neural network