Ever heard that when you’ve told someone what device you just bought? Or perhaps ”You’ve already upgraded, does everything still work?” As more devices hit the market, they bring with them new platforms and operating systems. Add video delivery into the mix, and the terrain becomes even harder to navigate. But it also brings a huge opportunity; the opportunity to be first with your video and entertainment service.
What does being first really mean? It means that you are the first to offer apps that are compatible with new channels to market. It means continuing to give your customers the content they love when, and how they want it, no matter which platform they use. It means ensuring that when they unbox that new device, yours is one of the first apps or services they use. Being first helps you strengthen customer loyalty and engagement from day one, whilst, of course, ensuring that you continue to provide a quality service on established and legacy platforms.
To learn more about the infographic above click here.
At CES 2016, we’ll be showing how you can support a huge range of devices and platforms using our Infinite Video service. Putting DevOps for Video into action, we’ll show you how you can rapidly deliver a broad range of high quality services from the cloud with a consistent user experience.
Thanks to our scale, our partner relationships, and our experience, we can develop solutions that will work on new platforms even before they are released to the market. That way, our customers can continue to monetize their content and services irrespective of the device their consumers are using. By providing this capability to our customers as a service, we free them up to focus on managing their business, not their technology.
So if you’re a content provider, a rights owner, or service provider, visit us at CES 2016. We’ll demonstrate how our customers are monetizing on great content and services, no matter what device or network their consumers use. And you’ll see how Cisco is putting its customers first… in more ways than one!
To find out more, follow us on Twitter @CiscoSP360.
Tags: Cisco Service Provider, consumer electronic show, devops, Infinite Video, Service Provider
Not that long ago, life was much easier. Video was delivered in a linear managed path and there was a well-defined process – from content creation to distribution to consumption – with distinct roles for content creators and service providers. Video infrastructure was largely isolated and used unique technologies designed for broadcast video delivery.
This model also made security much more straightforward. Video content was protected using encryption and conditional access integrated in the set-top box.
But today, life is getting more complex. IP and cloud based delivery allows service and content providers to meet customers’ demands, but it’s also more challenging to secure.
In this open environment, service and content providers need to protect their entire network from new vulnerabilities, stopping attackers from stealing video content, services and confidential data. At the same time, they need to retain full flexibility to deliver the services customers want – security should not be an inhibitor but an enabler.
Cisco delivers a Read More »
Tags: cloud, data center, security, video, videoguard everywhere
NFV and SDN are past their hype cycle and way into gaining significant traction since their initial introductions into the market. Many of our customers who have deployed or plan to deploy our solutions based on these technologies understand that an important factor for realizing the full benefits of NFV and SDN is service assurance. Service assurance is crucial in the era of digital transformation and in effectively operationalizing NFV and SDN enabled networks, towards offering your customers an outstanding, end-to-end digital experience. However, in today’s virtualizing network, service assurance requires a whole new approach and one that greatly differs from what traditional systems can provide.
First, let’s take a look at some of the important characteristics of the changing cloud infrastructure on which services are offered and what this means for assurance systems.
- Complexity and scale: Cloud infrastructures are extremely complex due to the large number of distributed network elements across multiple technologies and service domains. The multiple layers of the infrastructure stack which include the underlying physical elements, the virtual overlays, and service components creates critical inter relationships and dependencies. In order to rapidly isolate problems and proactively resolve them, first, the assurance system must holistically understand these links and dependencies and second, it must be scalable given the significant number of services it must support
- On-demand services and elasticity: NFV and SDN help deliver services agility and enable more flexible service consumption models such as the “pay as you go” option which is increasingly adopted by customers whose service requirements change over time. In this model however, the time between service turn-up and turn-down is much shorter compared to that of traditional services. This means the assurance system must be aware of the dynamic changes to service topologies, in real-time, in order to proactively assure services. Additionally, in NFV based infrastructures, service placement can also dynamically change, such as in failure scenarios. In such instances, the assurance system must again, quickly recognize and adapt to the associated changes.
- Multi-tenant environment: More and more businesses are turning to the cloud to experience new applications, collaborate on mission critical projects and utilize IT resources more efficiently. Here the service elements (compute, network, storage) that support these functions are virtualized on a per customer and per tenant basis. Therefore, it is essential for the assurance system to have an accurate and contextualized knowledge base on a per customer/tenant perspective in order to understand the potential impact a network issue may have. This is especially important for supporting those customers who rely on your services to run their most critical business functions
With traditional assurance systems, Read More »
Tags: Digital transformation, heavy reading, NFV, SDN, service assurance
By Yves Padrines, Vice President, Global Service Provider EMEAR, Cisco
It’s official: Sky, Europe’s leading entertainment company with 21 million customers across five territories, is set to launch Sky Q, a next generation TV home entertainment system that will reinvent the way customers watch TV. Sky Q combines live, recorded and on-demand TV, accessible on multiple screens anywhere around the home or on-the-go, in a seamless experience Sky calls Fluid ViewingTM.
It’s also official that Cisco is Sky’s choice to secure that offering, with our VideoGuard Everywhere (VGE) video service protection solution.
This is not the first time that Sky has innovated with a combination of broadcast, broadband and advanced video technologies to provide premium TV experiences to its customers. Nor is Cisco a newcomer to this arena. We are a long-standing technology partner, working closely with Sky to define and implement video software solutions that help turn Sky’s vision to reality.
So what makes Sky Q different?
Consider the Read More »
Tags: home entertainment, Service Provider, Sky, tv, VGE, video, videoguard everywhere
Learn how Cisco SON helps MNO lower CAPEX and increase network efficiency
In discussions with Mobile Network Operator (MNO) CTOs, the need for automation and simplification is a recurring theme.
Legacy manual optimization methods are not keeping up with the network complexity and growth. RF engineers only have time for a minimum or “maintenance” level of activities and are unable to perform detailed, wide-scale network optimization. Solutions intended to improve network performance go unused by field technicians due to their complexity and the time required for proper operation:
• For instance, we have found numerous examples where Remote Electric Tilt (RET) antennas have not had tilt changes since their initial deployment optimization. The process to tilt RET antennas is extremely time intensive and therefore only the most egregious sites are tilted. This results in less than optimal user experiences.
• Another example is the limited use of a RAN vendor’s dSON (distributed SON) functionality. We have seen several instances where field engineers have disabled dSON tools meant to improve neighbor-relation lists. They have found the tool can create more problems than it solves, such as “ping-ponging” of neighbor relations or creating distant neighbors. This also results in a poor experience for customers.
To remedy this, many RF engineers manually create and maintain their own neighbor relation lists. They spend over 30 minutes per day, every day, performing basic maintenance activities on neighbor lists.
As a result of these complex operating environments, RF engineers maintain high network performance levels through the easiest, but less than optimum, practice of capacity expansions. The time and effort required to highly optimize the network becomes so challenging that engineers add macro sites, small cells, or carrier additions to address problem areas earlier than required. This results in accelerated CAPEX and inefficient use of network capacity.
The increasing network complexity driven by VoLTE, small cells, continued carrier adds, and site additions will only accelerate the trend described above. MNOs will either need to add more field engineers or come up with a solution that automates and simplifies their network operation, enabling their current workforce to manage a greater number of cells.
The Solution: Read More »
Tags: capex, Cisco SON, mobile network operator, network performance