Oceans is the latest platform for broadcast solutions built for cloud-friendly and on-prem technologies.
Oceans is Pebble’s next generation service-oriented technology platform. Built for all clouds, but equally happy on-prem, Oceans will enable broadcasters to deploy, manage, host and upgrade their broadcast workflows and services from a single intuitive unified interface, now and in the IP future.
Designed to handle complex broadcast workflows in a simple and intuitive manner, thanks to common core services across multiple functional applications, Oceans provides enhanced visibility and control of the playout infrastructure. Regardless of scale, Oceans will enable broadcasters to expand their deployment as new services are released. The platform allows them to write and integrate their own functionality using Oceans’ open and secure APIs.
Oceans’ ‘virtual’ container-based platform management ensures that users are running the most efficient solution for the scale of their operation, delivering the optimum provisioning, management and usage of available resources for their requirements at any given time.
Oceans has been designed with four key principles at its heart:
- To help broadcasters and media companies transition towards IP-based technologies, including the cloud
- To bring existing Pebble customers along and offer access to the new functionality
- To offer agile and reactive technology for changing business and external developments.
- To easily support new technologies with iterative, flexible, modular solutions at all scales, from single channel infrastructures to multi-channel, multi-site, geo-dispersed operations.
As the broadcast industry moves towards increasingly widespread adoption of IP protocols, and expand to include VOD services and other OTT offerings, broadcasters and operators are increasingly exploring ways of working within the cloud that makes both practical, and financial sense.
There are multiple drivers at work. The broadcaster may want to monetise linear content on VOD, for example, without the cost of building a whole new infrastructure, or they could be looking at implementing Business Continuity / Disaster Recovery without incurring unmanageable costs. Making good decisions around technology refresh cycles is key, as always. And there is little doubt that decisions made in 2020 need to have the cloud at the heart. The service-based, agile, scalable solutions that cloud deployment has enabled provide broadcasters, and now the new users of the Oceans platform, with a significant range of advantages:
- Faster development cycles to adapt to changing needs
- Robust, comprehensive security and logging
- The ability to write a company’s functionality and business logic, or ‘Build it Yourself’
- Smooth and unobtrusive update processes
With the ability to be agile and reactive to changes affecting broadcasters worldwide, Oceans will integrate into workflows with ease, supporting evolving technologies, and enabling current Pebble customers to build further on their current infrastructures and benefit from new functionalities and efficiencies.
“Interoperability is in our DNA,” says Daniel Robinson, Head of R&D at Pebble Beach Systems. “As experienced solution builders, our business is implementing playout infrastructures and taking customers on air in testing and diverse environments. Oceans will provide the broadcast community with flexible, easily upgradeable solutions, which are tailored to every workflow. Creating Oceans from the ground up, we took a rigorous approach to security, authentication, and resilience, building the platform the industry needs with the right building blocks for more functional services to further enhance our automation offerings.”
You might also like...
The consumer video market is growing fiercely competitive between content creators and content aggregators and OTT live and OTT VOD formats are growing increasingly fragmented. Consumers are benefiting from the tremendous choice of content and sources for that content while…
Once upon a time, the cause of data corruption would be accidental. A dropout on a tape or interference picked up on a cable would damage a few bits. Error correction was designed to deal with that.
The requirements for data transmission have changed out of all recognition since the early days of computing where the goal was simply to make something that worked. Today that’s the easy part.
The Reed Solomon codes are defined by what the decoder expects to see and the encoder has to be configured to suit that.
The explosion in digital technology that led to Compact Discs, DVD, personal computers, digital cameras, the Internet and digital television broadcasting relies heavily on a small number of enabling technologies, one of which is the use of Reed-Solomon error correcting…