nxtedition introduces nxt|cloud  

nxtedition introduces nxt|cloud  

Migrating nxtedition’s ‘best of breed’ microservices to the public cloud  

Broadcast microservice specialist nxtedition has further enhanced the consolidated production and playout platform with nxt|cloud, a complete deployment of nxtedition which runs in the public cloud.
 

Previously, playout in nxtedition utilised the switching, layering and real-time rendering power of CasparCG to achieve high production values using COTS hardware. This latest development has seen nxtedition develop a fully containerised, Linux version of CasparCG, providing the same playout functionality, flexibility and quality as a scalable, elastic and secure microservice in the cloud.
 

The architecture of nxtedition is unique in being entirely built in JavaScript, ensuring the platform is positioned to take advantage of all developments in web technology. The developers of nxtedition had previously been deeply involved with CasparCG, the open-source broadcast graphics platform now widely used around the world.

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The nxtedition solution contains all the elements required for broadcast, from ingest and transcode through asset management and archiving to delivery to multiple platforms, automatically repackaging news stories for social media. The fully virtualized architecture means that systems can be built to precisely match the individual workflow requirements, with the appropriate level of resilience and a large reduction in complexity that microservices bring. This centralisation of content for the users allows more productivity and speed with the content to repurpose it for broadcast, OTT, digital, social, podcasts and radio.
 

“With nxt|cloud we can offer an identical experience in the cloud: the same quality, the same functionality, the same user experience, the same responsiveness,” said Adam Leah, creative director at nxtedition. “That includes sophisticated added- value features like localisation: we can, for example, take in a single live sports feed over SRT and split into, say, eight identical CasparCG channels, but sending each channel a separate commentary audio and graphics feed in different languages - all driven by the timestamped metadata authoring and the layering in nxtedition.

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“Private cloud on premise is the pragmatic choice for most broadcasters when it comes to production. But while that gives them control over their content, it also gives them a concern over disaster recovery. A widespread power failure, for example, could take them off air.”


We designed nxt|cloud to also provide new and existing on-prem clients with a hybrid cloud solution for disaster recovery. By using seamless replication, not only are the playout channels mirrored from the ground, but the scripts and media are mirrored too. If the client has an emergency, then the entire team switches to the cloud and carries on where they left off. The UI is the same, everything is the same – from ground to sky.
 

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About nxtedition
Founded in 2012, nxtedition has revolutionised video production as one of the world’s most creative software products in the broadcasting industry. nxtedition was one of the first to approach the simplification of the broadcast process by virtualising microservices to replace legacy systems. The existing paradigm of appliance-based products from multiple manufacturers creates layers of complexity which are expensive to purchase, difficult to maintain, hard to integrate and need specialist staff to operate.

The frustrations of these inefficient workflows brought nxtedition into being, taking a rather unconventional route which uses the latest in web technologies and re-purposes them within a broadcast environment. nxtedition virtualises appliance products (prompters, newsroom control systems, automation, media asset management, transcoding, video servers, graphics systems) and creates microservices to provide virtual instances of their functionality.

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The core ethos of nxtedition is to plan, write, edit, play out and archive productions within a single consolidated system where the focus is purely on storytelling and not the underlying technology.