Move Networks


Move Networks

Move Networks is a provider of video streaming technology and services. Headquartered in American Fork, Utah, Move Networks also has offices in California, Michigan, and New York, with plans [ [http://www.movenetworks.com/news-releases/move-networks-announces-global-expansion-plans-adds-new-offices-and-strengthens-management-team Move Networks » Move Networks Announces Global Expansion Plans, Adds New Offices, and Strengthens Management Team ] ] to open offices in Latin America, Europe, and the Asia Pacific in 2008. Move Networks employs approximately 175 people.

Move Networks views itself as a whitebox solution for publishers because it does not promote its own brand as it streams video for publishers. It seeks to build the reputation of its customers by providing viewers a “high-quality viewing experience.” [ [http://www.movenetworks.com Move Networks » Home ] ] [ "Streaming Media", p. 23 ]

History

Originally called XLON Technologies, the company began development and testing in 2000. Drew Major, co-founder of Novell and now chairman of Move, and John Edwards, now CEO of Move, worked together with several others and invented Simulcoding and adaptive streaming (see Technology section below). In September 2006 XLON Technologies was incorporated as Move Networks and began streaming television programming online.

The driving force behind the development of adaptive streaming was the desire to deliver video over the Internet with higher quality and with less aggravation to viewers. In a July 2007 interview with [http://www.technometria.com Technometria] , Drew Major spoke about the problems with Internet video delivery that motivated Move’s development. He said:

We were originally focused on delivering caches and doing low cost distribution of large objects over the Internet. At the time, I kept thinking they’d fix Internet protocols and streaming would take off. And then if streaming took off, there’d be need for low-cost streaming of both data. And we had an architecture, a different way of content distribution.

But that strategy wasn’t working, and I was funding Move and excited about the potential. It hit me hard that video delivery over the Internet still didn’t work good enough and wasn’t scalable. I kept thinking someone would fix it with Internet protocols. You had RTP/RTSP, but it had problems going over UDP. You had firewalls, so they were putting everything on TCP. Then everything was progressive download—a simple approach, but it had problems with TCP, with hiccups, deployment issues. That was screwing up the business—we were gonna deliver video, but no one had a method of reliably delivering video over the Internet. The Internet occasionally slows down, you lose packets. . . . That’s why video wasn’t working and why it used a download model to get around the problem. But people want to see things live, not download.

So the protocols weren’t solving the problem, and it meant low quality. I realized if no one else was gonna solve it, we’d solve it. [ [http://itc.conversationsnetwork.org/shows/detail1886.html IT Conversations | Technometria with Phil Windley | Drew Major ] ]

After inventing a new way of streaming video over the Internet, Move Networks began testing its services by streaming television programming for nearby Brigham Young University’s [http://www.byu.tv BYU.tv] . In October 2006 Move launched video streaming for its first major customers, FOX and Televisa. Implementations followed for the CW (January 2007), ABC (March 2007), ESPN (July 2007), and Discovery Communications (August 2007). Each publisher must develop its own strategy for presenting and monetizing its content, using Move Networks’ platform of [http://www.movenetworks.com/move-media-services video publishing services] .

Technology

Move Networks’ proprietary technology has two main parts: Simulcoding [Move Simulcode.] and adaptive streaming [Move Adaptive Stream.] .

"Simulcoding". Move Networks’ protocol divides large video files into many small files that Move calls streamlets. ["Move Networks and the Quality Solution." "Online Video Watch".] Each streamlet is a multi-second video segment. Servers process each streamlet and apply the publisher-determined parameters (bit rate, frame size, frame rate, codec type, constant or variable bit rate, 1-pass or 2-pass encoding, etc.), bit rate by bit rate. There are many versions of each streamlet, each version with a different bit rate (to be used in adaptive streaming; see below).

Encoded streamlets are stored on standard HTTP Web servers (a difference from most streaming providers who store video files on media servers).

"Adaptive Streaming". When an Internet user requests a video (which is done using a standard HTTP “GET” request), streamlets are transferred over the Internet from the origin Web server to the client's Web browser or client application where they are reassembled in the correct order. The delivery protocol uses multiple TCP sessions for improved reliability of the transmission and to increase the total carrying capacity during each unit of time.

A unique characteristic of Move’s adaptive streaming is its ability to adapt to the available bandwidth on each viewer’s Internet connection at all times during the stream. ["More Money Pouring into rich media." "ZDNet".] ["Move Networks $40.1M Round Could Increase." "VideoNuze".] Adaptive streaming can avoid buffering by adjusting image quality to fit a viewer’s available bandwidth. This is possible because there is a set of streamlets for each bit rate specified in the publisher’s profile. As the client protocol needs to upshift or downshift the bit rate, the correct time-indexed streamlet from the appropriate bit rate set is retrieved from the server. There is a streamlet of equal play length for every bit rate specified in the profile. Therefore, the player can easily interchange bit rates by retrieving the appropriate time-indexed streamlet from the desired bit rate pool. Thus, bit rates can change quickly and seamlessly as network conditions fluctuate, and because each streamlet is a small segment of video, seeking and starting can happen quickly (within the time length of one individual streamlet).

Services

The Move Networks publishing system [Move Networks Publishing System] includes the following services:

"Move Simulcode". Divides video content into segments called streamlets and encodes them for multiple bandwidths (dial-up, broadband, wireless) and platforms (computers, television, mobile). Move Simulcode uses a dual-pass variable bit rate encode for live and on-demand streams.

"Move Adaptive Stream". Delivers encoded streamlets from a Web server where they’ve been stored to the client (the Move plugin) for viewing. Move Adaptive Stream relies on the intelligent client to tell it which bit rate of streamlets to retrieve and deliver from the Web server.

"Move Publish". Content management system where publishers upload, edit, and organize their video offerings. Move Publish is constantly updated and individualized for each publisher.

"Move Media Player". Move’s stage for viewing video online. Move Media Player is built individually for each publisher to fit their strategy.

"Move Monetize". Move’s reporting and analytics. Move Monetize reports on actual viewing behavior and is designed to give publishers business intelligence to assist in making decisions for ad placement, broadcasting schedules, and video quality.

Investors

In April 2008 Move Networks completed its third round of investment funding, bringing its investment total to $67.3 million. [ [http://www.movenetworks.com/news-releases/move-networks-backed-by-industry-leaders-in-46-million-series-c-funding-round Move Networks » Move Networks Backed by Industry Leaders in $46 Million Series C Funding Round ] ] Move’s investors include the following media, Internet, and investment companies:

Benchmark Capital

Cisco Systems

Comcast Interactive Media

Hummer Winblad Venture Partners

Microsoft
Steamboat Ventures

Televisa

Customers

Fox Broadcasting Company (October 2006)

Televisa (October 2006)

the CW (January 2007)

ABC (March 2007)

ESPN (July 2007)

Discovery Communications (August 2007)

Oprah (February 2008)
PluggedIn (April 2008)

BYU Television International

NFL Network

Awards

Red Herring 100, May 2007 [Red Herring Spring 07.]
OnHollywood 100, May 2007 ["2007 OnHollywood 100, AlwaysOn."]

Red Herring Global 100, November 2007 [Red Herring Global 100.]
OnMedia 100, January 2008 [The OnMedia 100 Top Companies.]

TechCrunch Finalist, January 2008 [The Crunchies Finalists.]

Ernst & Young Entrepreneur of the Year Finalist (John Edwards), April 2008 ["Move Networks CEO John Edwards Named Ernst & Young Entrepreneur of the Year 2008 Award Finalist."]

References

1. [http://www.movenetworks.com/news-releases/move-networks-announces-global-expansion-plans-adds-new-offices-and-strengthens-management-team "Move Networks Announces Global Expansion Plans, Adds New Offices and Strengthens Management"]
2. [http://www.movenetworks.com "Move Networks"]
3. "Streaming Media." April/May 2008, p. 23.
4. [http://itc.conversationsnetwork.org/shows/detail1886.html "Technometria with Phil Windley,"] "IT Conversations", July 30, 2007.
5. [http://www.movenetworks.com/move-media-services/move-simulcode "Move Simulcode"]
6. [http://www.movenetworks.com/move-media-services/move-adaptive-streaming "Move Adaptive Stream"]
7. [http://www.onlinevideowatch.com/move-networks-and-the-quality-solution "Move Networks and the Quality Solution,"] "Online Video Watch".
8. [http://blogs.zdnet.com/Stewart/?p=816 "More Money Pouring into Rich Media; Move Networks Adds More Funding,"] "ZDNet".
9. [http://www.videonuze.com/blogs/?2007-12-14/Move-Networks-40-1M-Round-Could-Increase--08-Expansion-Planned/&id=302 "Move Networks $40.1M Round Could Increase, '08 Expansion Planned,"] "VideoNuze".
10. [http://www.movenetworks.com/move-media-services "Move Media Services"]
11. [http://www.movenetworks.com/news-releases/move-networks-backed-by-industry-leaders-in-46-million-series-c-funding-round "Move Networks Backed by Industry Leaders in 46 million Series C Funding Round"]
12. [http://herringevents.com/spring07/100winners.html "Red Herring Spring 07"]
13. [http://alwayson.goingon.com/permalink/post/12780 "2007 OnHollywood 100"]
14. [http://herringevents.com/global07/redherring100_finalists_name.html "Red Herring Global 100"]
15. [http://alwayson.goingon.com/permalink/post/23251 "The OnMedia 100 Top Companies"]
16. [http://crunchies.techcrunch.com/finalists/ "The Crunchies Finalists"]
17. [http://www.movenetworks.com/news-releases/move-networks-ceo-john-edwards-named-ernst-young-entrepreneur-of-the-year%c2%ae-2008-award-finalist "Move Networks CEO John Edwards Named Ernst & Young Entrepreneur of the Year 2008 Award Finalist"]


Wikimedia Foundation. 2010.

Look at other dictionaries:

  • Limelight Networks — Infobox Company company company name = Limelight Networks company type = Public (nasdaq|LLNW) foundation = 2001 location = Tempe, Arizona, USA homepage = [http://www.limelightnetworks.com/ www.limelightnetworks.com] [http://www.llnw.com/ www.llnw …   Wikipedia

  • G-networks — are a class of probabilistic models that represent customers travelling around a set of N service stations or queues. Such queueing networks are commonly used in the design and optimisation of computer systems, packet networks such as the… …   Wikipedia

  • List of HSDPA networks — A list of High Speed Downlink Packet Access (HSDPA) networks worldwide. A Argentina:* Movistar has upgraded to HSDPA in July 2007.Aruba:* Setar launched a UMTS and HSDPA network in December 2007. [http://www.3gamericas.com/English/News… …   Wikipedia

  • Bay networks — Nortel Logo de Nortel Networks Corporation Création 1895 à Montréal …   Wikipédia en Français

  • Corporation Nortel Networks — Nortel Logo de Nortel Networks Corporation Création 1895 à Montréal …   Wikipédia en Français

  • Nortel Networks — Nortel Logo de Nortel Networks Corporation Création 1895 à Montréal …   Wikipédia en Français

  • Nortel Networks Corporation — Nortel Logo de Nortel Networks Corporation Création 1895 à Montréal …   Wikipédia en Français

  • Nortel Networks Ltd. — Nortel Logo de Nortel Networks Corporation Création 1895 à Montréal …   Wikipédia en Français

  • Madge Networks — NV was a networking technology company founded by Robert Madge, and is best known for its work with Token Ring. It was a global leader and pioneer of high speed networking solutions in the mid 1990s, and also made significant contributions to… …   Wikipedia

  • Cumulus Media Networks — Type Radio network Country …   Wikipedia


Share the article and excerpts

Direct link
Do a right-click on the link above
and select “Copy Link”

We are using cookies for the best presentation of our site. Continuing to use this site, you agree with this.