When executed at the highest level, golf appears beautifully simple. The greatest competitors in the sport swing a club with seemingly effortless grace, sending the ball on a perfect flight between towering pines and rolling along manicured greens toward a flag flapping in the Georgia breeze.
these moments, we don’t see the countless hours of practice. We don’t see the
history of injuries, exhaustion or frustration. Yet although we can’t see it,
all that time and effort was necessary to create this seamless moment,
tirelessly earned and presented as a gift to patrons of the sport.
These glimpses of simple perfection are why millions will watch the Masters Tournament this April. Delivering these moments in a seamless viewing experience to patrons around the world requires the right infrastructure—a solution architected using both technological innovation and human expertise.
The pursuit of excellence is as captivating as it is timeless. That’s why millions of people will turn their eyes to Augusta, Georgia, from April 11 – 14, as a field of elite competitors vie for one of golf’s most prestigious accolades – the Green Jacket awarded to the Masters 2019 champion.
For more than 20 years, IBM and Augusta National Golf Club have worked together to invite patrons around the world onto the sport’s most hallowed ground through innovative digital experiences. This partnership is rooted in each organization’s shared desire to preserve and expand golf’s most unique experience through advanced technology. From developing the event’s first website and mobile application to creating AI-generated highlights and analysis, IBM has used industry-leading solutions to present the pristine timelessness that is the Masters Tournament to millions of viewers around the world.
Looking for security consideration strategies related to enterprise video delivery? Curious at how to approach user roles inside an organization around managing video delivery?
Technology exists that can effectively scale video delivery from a global perspective through CDNs. In addition, solutions exist that can be deployed on location to reduce the network footprint of video content, mitigating strain that might be placed on the WAN (wide area network) from consumption. However, this technology, which includes monitoring and other capabilities, requires some form of management. With security being paramount for internal video content and maintaining network integrating, a question arises from how to approach access for this.
This article will cover a few best practices for managing security across an enterprise video delivery infrastructure. It also details some of the recent updates to the IBM ECDN (Enterprise Content Delivery Network) solution. This includes important updates to how users interface with the portal, in particular the addition of user roles.
In an effort to provide all IBM video products and services under a single brand, as of 2019, all solutions formerly marketed under the name IBM Cloud Video are now part of the IBM Watson Media product family.
Curious on adding text to your video content? Unsure on if you should do closed captions or subtitles, or even what the differences are between them? This article discusses what are subtitles and compares closed captioning vs subtitles to assist you on which to go with and why.
With 2018 behind us, one final accolade for the year was sent IBM Watson Media’s way. This was the Advanced Imaging Society: Leadership Award 2018. Read on to learn more about the award and the Advanced Imaging Society, including their mission.
Looking to monetize your own video content to start generating additional revenue? Or are you seeking solutions to run sponsor and product placement ads on during your streams?
IBM’s video streaming solutions now offer a Google Ad Manager integration. This allows content owners to monetize their live and on-demand video assets through using virtually any 3rd party ad server that can run inside of Google Ad Manager.
State governments have a lot of opportunities around video content, and are taking advantage of it. Meetings, from committees to interim task force debriefings, can be streamed to expand reach and participation from communities on a broader level. However, when presenting this content, the question of accessibility comes into play, and with it the inclusion of closed captions.
Late in 2016, the U.S. Department of Justice was looking to revise the Americans with Disabilities Act Title II regulations. A possible outcome was to establish requirements for making services, programs or activities offered by state and local governments to the public via the Web accessible. The reason for this belief was that the 2010 update stated: “The Department intends to engage in additional rulemaking in the near future addressing accessibility in these areas and others, including next generation 9–1–1 and accessibility of Web sites operated by covered public entities and public accommodations.” However, this was not reflected in the 2016 update, putting an indeterminate timetable on captions possibly being required in the future. However, some states have already adopted regulations on their own requiring captions for online video on state web sites.
For those paving the path toward captioning now, before a requirement goes into law, this article presents closed captioning best practices for state governments. This entails formatting and judgement decisions, along with ways to scale the actual creation of captions as well for both live and on-demand content.
Need additional ways to safeguard your live streaming video content while in transit?
IBM’s video streaming and enterprise video streaming solutions can work with a virtually secure streaming protocol. This provides DTLS (Datagram Transport Layer Security) encryption from the encoder, sending the live streaming content, to the ingest servers at IBM receiving it.
Note that this is an added service. Contact us to learn more details if you are interested in encrypting your live streaming content in transit through a DTLS streaming protocol.