1) NEGOTIATE THE RELEASE OF YOUR CONTENT
If your aim is to stream cable or satellite content on your IPTV network, work with your cable or satellite provider to set up a Public Viewing Licensing Contract or Commercial Viewing Agreement, which is basically a deal that lets you establish terms for the number of displays you’re going to be using. Then, stop worrying about banks of cable or satellite boxes and bridge the gap with a bulk video decryption setup that translates QAM into IP, such as the UCrypt from ATX Networks. From there you can distribute the channels you want with a few modulators from Contemporary Research. While you’re on Contemporary Research’s website (www.contemporaryresearch.com), don’t miss design tips from boss distribution guru Doug Engstrom, CR’s VP of communications and technical services. (Editor’s Note—Reference our info list at the end of this article.)
2) DIRECT YOUR OWN IPTV NETWORK
Cable and satellite companies understand that you might want to move content around in a streaming fashion on your IPTV network. They offer multiplexed IP packages of channels, and you just need to add some hardware to move individual channels.
One IPTV network of note: City University London. The school recently deployed an Exterity IP video system, which facilitates the streaming of HD video material to all staff and students throughout its central London campus.
3) FIND A NEW WAY TO DEAL WITH HDCP
Let’s be honest. “Currently, there are more solutions available to violate HDCP than there are to support it,” observes Richard Daugherty, Digital Media Solutions Engineer with AVI-SPL. “The user needs move away from HDCP strippers/encoders and implant approved content security end-to-end. Tech managers should be seeking out manufacturers like Exterity that fully support HDCP and have complete end-to-end DRM solutions.” Additionally, Colin Farquhar, CEO of Exterity, also asserted that content protection is becoming increasingly complex as content providers come to terms with the growing number of devices that may receive HDCP-protected content on a network. But basically, as he describes the ways in which content providers are having to adapt to new delivery schemes, it seems clear that really it’s the same as it ever was, simply “ensure that you are using content within the constraints, or if you are making money from the content, make sure television operator is getting his share.”
Securing Content With HDCPv2
What tech managers need to know about legal streaming over IP.
By Colin Farquhar
Over the past decade, Video over IP has emerged as the video
delivery method of choice for a wide range of professional organizations
across a variety of verticals looking to modernize their AV and video
communication services. This enables organizations to provide access to
multiple live TV news channels to inform decision-making, and enables
staff and visitors to receive high-quality video content on fixed
screens and mobile devices. Meanwhile, tech managers are implementing
professional IP video systems as a way to improve training and
communications with staff, reduce travel costs, and build new revenue
streams through developments such as targeted advertising.
As high-quality third party content is increasingly part of the AV
mix, organizations need to make sure that they are accessing and
distributing content legally and adhering to copy protection and
anti-piracy regulations. At the same time, they must ensure that the IP
video solution they’ve chosen works seamlessly throughout their
premises, and that specific content can only be viewed by those who are
Tech managers can accomplish the first task by requiring the full
protection of content as it is distributed through their organizations
to fixed screens and connected devices. This means implementing precise
security systems such as SecureMedia encryption and High-bandwidth
Digital Content Protection v2 (HDCPv2)—which prevents the copying of
digital audio and video content as it travels across connections.
Developed specifically for IP distribution, HDCPv2 provides robust
protection for video transmission over one or more links in a network.
HDCPv2 is essential for an IPTV system to stream content from HDMI video
sources. It is also the international standard for content protection
for delivery over IP.
With this in mind, AV equipment vendors and solution providers should
ensure that deployed solutions can meet today’s increasingly exacting
digital content protection requirements by embedding HDCPv2 into head
end and receiver clients as well as enabling head ends to handle all
types of broadcast signals without degrading picture quality or service
as IP video solutions become more widespread in the industry.
This challenge is relevant for professional IP video systems in a
variety of settings, from a world-class sports stadium seeking a
flexible real-time video delivery infrastructure to a higher education
institution looking to stream video to students. Though they vary in
size, scope and function, all these organizations need to make sure that
they are not susceptible to content theft.
By implementing an IPTV system with HDCPv2, tech managers can:
● Ensure enterprise compliance with broadcaster security requirements for delivering premium content over IP
● Protect their video from illegal copy and distribution
Benefit from peace of mind, knowing that all their streamed content is
fully protected and around your facility, in an encrypted fashion, of
course. One way to do this is with a decryption card plugged into your
local receiver, but sometimes you want to deliver content to a desktop,
which means you need another option. In that case, check out Haivision’s
Furnace IPTV ecosystem. It will require a bit of extra negotiating with
the content providers, who will be providing an unencrypted parcel of
their channels for distribution throughout the facility, but all
involved can rest assured that Haivision’s very own AES-256 bit
encryption will protect the content throughout the seamless distribution
STREAMING SURVIVAL TIPS
A lack of server space, bandwidth limitations, and an already stretched network team are among the battle cries when it comes to streaming media. Chris Imming, CTS-I, CTS-D, Director of Media Services, Classroom Design at Gordon College, agreed with that sentiment. “If we have to do something that’s really important, we unicast out to a content distribution network, and have them do the multicast.” When Imming needs to live stream high-profile events, “we broadcast our graduation so people in the audience can pull it down on their iPad or phones if they want,” he said. “They are pulling network off the cell tower, and not using our bandwidth.” Gordon College looked at having a streaming media server but decided not to manage its own. Instead, Imming noted, “we outsource a server because it’s a scalable solution for us and it’s one less thing that the network team has to support.” Whether an institution of higher education, a corporate facility, or a traveling event, streaming media is seeing some transition to the cloud.
When TourGigs, a concert film technology company specializing in live streaming and concert videos decided to offer live over-the-top (OTT) concert streams on a pay-per-view (PPV) basis, they knew they would have to provide users with a premium experience and value for their money. “This meant high-quality adaptive bitrate streaming across a variety of formats and devices,” said Casey Charvet, director of Technology at TourGigs. “We needed a product that was stable, scalable, and designed to take a single field contribution and produce multiple renditions. We also needed a product with a price point that fit our budget and could scale elastically with our production frequency. We knew down the road we would have expanded content offerings like streaming on-demand from our archives, so it was a great benefit that Wowza supports this and more.” Before Wowza, TourGigs had relied on third-party end-to-end streaming platforms. “None of these could meet all of our needs, so we engineered our own solution with Wowza as a core piece,” added Charvet.
Live events occur over the course of hours. The cloud was made to serve this use case exactly,” Charvet said. “Instead of spending $5,000 on a server, installing it in a colo (colocation data center), dealing with hardware failure, etc., we can pay a cloud service provider an hourly fee on the order $1-$2/hr. When the event is over, the cloud instance can be torn down. If we have 10 events at once, we bring up 10 cloud instances instead of ordering and installing 10 physical servers. The savings are massive.”
STREAMING RESEARCH TIPS
If an organization is exploring streaming to the cloud, Charvet recommended the following:
|QMOD-SDI HMDI Contemporary Research
● Spend some time thinking about your intended audience and what they are expecting in addition to what you plan to deliver.
● How will that change over the future?
● Does the service or software accomplish those goals now, and will it grow with your needs?
● But first, deciding whether your organization is better served with a cloud or on-premises service, Chris Knowlton, vice president & streaming industry evangelist at Wowza Media Systems said, “For better or worse, there is no one-size-fits-all approach to live video streaming.”
To uncover which infrastructure works best, Chris Knowlton recommended organizations should consider the following high-level priorities:
● Resources: How much is your organization willing to invest, in both finances and manpower, toward building and managing a live streaming workflow? How quickly do you need to launch a new infrastructure in order to meet your business needs?
CASE STUDY: From Live Basketball to International Lectures: Streaming Media at the City University London
The Exterity system enables the City University London to continuously record international channels relevant to each faculty, allowing students and professors to use relevant content, regardless of the course. By incorporating a satellite dish and Sky receivers into the IP video mix, students and faculty members can also watch the university’s Sky Sports subscription services, while Exterity Encoders enable on-campus channels to broadcast their content from any location on the network, ensuring that entertainment and education content can be shared throughout the university. This even lets City University offer live basketball matches and international lectures held on campus.
UCrypt from ATX Networks
Doug Engstrom’s Design Tips
Haivision’s Furnace IPTV