Embedr is all about speed. To test the service, we created the following player in about 30 seconds - and we were able to do so without even registering.

Or maybe you're more interested in a player that automatically updates with the latest content? Embedr will handle that too. The service features a "smart playlist" that will dynamically add new videos to your playlist based on keywords, categories, or YouTube user name.

Embedr currently supports Atom Films, Blip.TV, College Humor, Dailymotion, Metacafe, MySpace Video, Veoh, Vimeo, and of course YouTube. It will handle up to 100 manually added videos or 50 videos per smart playlist.

The Embedr service reminds us of a simplified version of SplashCast, a similar product we've reviewed in the past. SplashCast is still debating whether or not to continue the support of its user-generated content product. If they choose to discontinue their user-generated service, Embedr may be a viable option for those users.

To begin creating playlists and embedding them, visit Embedr.

A group of Stanford University researchers specializing in artificial intelligence, Saxena and Siddharth Batra, and Assistant Professor Andrew Ng, created this new technology they're calling ZunaVision. The embedding technology is driven by an algorithm that first analyzes the video while paying close attention to the section of the scene where the image or video will be embedded. It then subtly alters the color, texture, and lighting of the embedded object to better fit it in with the surroundings. As other objects pass in front of the embed, it disappears from view and as the camera pans and zooms, the algorithm shape-shifts the object accordingly. The appropriate shadows are also added for a more realistic feel. The end result is an embed that looks as if it was there all along, instead of being some obvious insert or overlay that is clearly not a part of the scene.

This type of technology is nothing new to the big Hollywood studios - they've been using similar methods for years in order to do special effects. Until now, however, there hasn't been a way for people to perform these kinds of advanced video edits without investing serious money into professional video editing software. But with ZunaVision , anyone and everyone can accomplish this same task in minutes, with only a click of the mouse.

Revolutionizing Video Ads?

Videographers are already thinking of creative and imaginative ways to use this technology to liven up their videos and amateur films, but the real financial potential of ZunaVision lies in advertising. With ZunaVision, anyone with a video camera could potentially earn money by agreeing to place corporate logos or ads within their videos before uploading them to the internet. That could be a hugely successful venture if the technology was adopted by Google, for example, to become the "AdSense for Video" and integrated with their video-sharing site YouTube.

At the moment, YouTube is experimenting with different methods of monetization, including overlay ads on embeds, post-roll ads, and allowing publishers to bid for sponsored placement of their videos on the site. These methodologies are still too new to provide any conclusive data as to their success just yet. ZunaVision seems to be just as promising, if not more so, than any of these current experiments.

The ZunaVision site features several example of these in-video embeds, which you can see here - there are well over a hundred examples of both user-gen videos and clips from TV and film that demonstrate the technology's potential.

You can sign up and try ZunaVision for yourself by clicking here.

As Erik Berlin also points out, offering embeddable video should be a no-brainer for content producers. Indeed, one could argue that the success of entertainment sites like Hulu can at least be partly attributed to the fact that their videos can be embedded. Among some of the recent converts to embeddable video are the Internet outpost for South Park, which is making clips from all episodes of the popular animated show available for embedding. MSNBC enabled embedding in January this year and both CBS and ABC announced the availability of embeddable clips from news and entertainment programs.

As an example http://flickr.com/services/oembed?url=http://flickr.com/photos/bees/2362225867/ returns:

<oembed>
	<version>1.0</version>
	<type>photo</type>
	<title>Bacon Lollys</title>
	<author_name>bees</author_name>
	<author_url>http://www.flickr.com/photos/bees/</author_url>
	<cache_age>3600</cache_age>
	<provider_name>Flickr</provider_name>
	<provider_url>http://www.flickr.com/</provider_url>
	<width>500</width>
	<height>375</height>
	<url>
		http://farm4.static.flickr.com/3040/2362225867_4a87ab8baf.jpg
	</url>
</oembed>

Early adopters of the oEmbed spec are Flickr, Viddler, Pownce, Qik, and Revision3. Viddler has created a form to test the web service, so you can see it in action.

Essentially, oEmbed makes it easier to access photos and videos with a simple URL. Standardizing how things are embedded means that, for example, a social network could allow users to simply embed media from oEmbed enabled sites just by entering a URL to a photo or video -- and the "customer" site wouldn't need to deal with multiple APIs from each provider.