BCNEXXT and AWS collaborated to automate the deployment and dynamic allocation of cloud resources within Vipe, avoiding human error and speeding up channel launches.
BCNEXXT Vipe Playout Control
BCNEXXT has been working with Amazon Web Services (AWS) to automate the deployment of cloud resources within Vipe, its virtualised, cloud-native software for linear, VoD and OTT publishing. This capability, now in use across multiple channels, dynamically allocates cloud resources based on demand, improving efficiency and scalability, lowering costs for broadcasters and addressing certain long-standing industry challenges.
In contrast to traditional systems operating under fixed allocated resources, like virtual machines, Vipe BCNEXXT's software makes use of cloud-native features on AWS. Using a microservices-based, containerized architecture, the system dynamically scales resources up or down automatically, depending on the complexity of the content to be delivered. This approach adjusts costs accordingly, using fewer resources wherever possible.
A Leaner Model
"Our collaboration with AWS allows broadcasters to access cloud-based infrastructure economically," said Sander ten Dam, Chief Operating Officer of BCNEXXT. "Whether launching resources for live sports events or managing everyday workflows, our system brings technical agility and business advantages that help broadcasters to stay competitive while reducing operational costs."
BCNEXXT's ability to innovate with AWS was initially shown in a demonstration of Vipe's automated deployment of AWS Cloud resources at the IBC 2024 exhibition. The system allows broadcasters to drop content and schedules into a watch folder, triggering the rapid, automatic creation of a complete playout channel without human intervention. This demo not only highlighted the system's simplicity but also its potential to make a substantial change to conventional broadcast operations.
Overcoming Industry Challenges
Early cloud playout systems for broadcast relied on static virtual machines, leading to inefficiency and high costs. Though many broadcasters fell back on hybrid on-premises/cloud models, these could also prove complex and difficult to operate.
BCNEXXT's Vipe system running on AWS addresses these issues, aiming to balance performance against cost. Its dynamic nature avoids wasted capacity, for example, using only minimal compute resources when playout content is simple, and scaling up to handle the higher workloads associated with live events that feature animated graphics.
Also, because Vipe allocates resources in real-time, broadcasters can control different types of distribution, from basic playout to complex live events, without over-provisioning. They can accommodate seasonal or pop-up channels by using pay-as-you-go models, only paying for the resources required at any given time.
Furthermore, automated processes help to remove human error from workflows, and to launch channels with more speed and less complexity. Through robust system health monitoring and proactive error detection, the system achieves 99.9999% uptime to prevent interruptions to service delivery.
"The features demonstrated at IBC are a core part of what we deliver to customers," said Sander. “Unlike other solutions, which often 'lift and shift' legacy software into a static virtual machine environment, we've built a system that's truly cloud-native and dynamically scalable." www.bcnexxt.com
