Can technology boost engagement in sports programming?
If we take for granted the rapid moves towards 4k and HDR Ultra HD, and IP infrastructures, then the major challenge facing sports production today is the need to create more content with less time to get it in front of an audience.
Viewers are constantly looking for more: more angles, more replays, more graphics, more insight. Conversely, production companies are looking to automate and reduce the environmental impact, through remote production and hybrid environments. Even if primary switching continues to be in a truck at the venue, highlights packages, expert reports and opinions and features are being cut remotely.
Those remote edits may be back at the producer or broadcaster headquarters, or – thanks to the cloud – they could be at a completely different location. With proxy based workflows and cloud rendering, the editor could be working from home or another remote location. This is a very practical proposition as time pressures are eased: perhaps not for the half-time highlights reel, but certainly for a late-night round-up.
Metadata, Automation Can do the Heavy Lifting
While of course we concentrate on bandwidth to move content and ensure timely deliveries, what actually makes all these workflows possible and efficient is metadata and automation. Metadata is always critical in sport, it helps everyone identify the key players, and the critical plays. What we need is to make sure that the metadata is available to all with minimal manual intervention, and performing much of the heavy lifting as we seek to create ever more engaging productions.
The generation of metadata is already well established, using automated and human logging. The focus now needs to be on how we can use that metadata for maximum efficiency. That calls for a single brain, but with distributed, and continual, real-time synchronization between that metadata services and all the other devices that need to use it.
Clearly, for maximum speed, you want to give each editor just the content needed for the package they are cutting. In an ideal world, that material would arrive at the edit workstation already organized in the format required by that software and that operator, with the content organized and the timelines aligned.
Storage Platforms Must Support Distributed Production
The cleanest way to organize this is to have metadata, content flow and workflow management software working in conjunction with the storage platforms. In turn, the storage platforms need to be capable of supporting multiple sources (the venue and the production base) and the cloud. Projects are then defined in this central workflow space, and assigned to individual editors as required.
This abstracts the workflow management from the editing. It follows, then, that the storage network and asset management system must be completely agnostic to editing software (and other post tools), but capable of delivering material in precisely the right format for each. It may even be that a single event requires the use of more than one editing package: a specialist fast turnaround editor for halftime highlights; the house standard software back at base; and maybe a third application for the editor working from home.
That is not a trivial requirement. Some software vendors are open and actively encourage plug-ins and integration; others have much more closed systems thanks to their legacy designs. But all must be accommodated if the concept is to work.
Integrating Workflow Design With Edit Software
It calls for imagination on the part of the workflow designer to find ways to achieve that integration while keeping within the look and feel of the third-party edit software. These challenges must be addressed to provide a universal approach without performance limitations.
The goal is to seamlessly move complex projects between the different locations and the editing environments, regardless of which client software is chosen. That means full synchronization including bins and project locking: the content and the structure must be delivered complete without the need for time to be lost in dragging and dropping. Synchronization should occur server-side, with no required extra steps by the user. That synchronization must be bi-directional, so decisions made by one editor are not only captured but available to other editors if required.
The result will be much greater productivity and efficiency. That in turn translates into a less stressful experience for the post production team, and of course more engaging, entertaining and informative content for the viewer.
Sunil Mudholkar is Vice President of Product Management, EditShare