Table of Contents

• Why the footage stays stuck
• A different way to think about the footage
• One asset, many platforms, many languages
• Accessibility now has a deadline attached
• The archive starts to pay for itself
• Doing it without replacing what you run

A programme airs once, gets shelved, and stops earning. That was a sensible model when broadcast was the whole business. It stopped making sense the moment audiences moved online. The average internet user now spends more time watching online video than broadcast television, and around 92% stream video at least once a month. Video makes up roughly four‑fifths of all internet traffic. Content is no longer something you schedule and forget. It is searched for, recommended, clipped and watched on demand, across platforms, long after the first showing.

That shift changes what an archive is worth, and it exposes a problem most media organisations have carried for years. The footage exists. Decades of it. What the organisation cannot do is use it at the speed the online market now moves. Data volumes in the media sector grow by more than 20% a year, so the pile gets deeper every month while the tools for getting anything out of it stay manual.

Why the footage stays stuck

The core issue is that ordinary search reads the filename and whatever metadata someone typed in at ingest. It never reads the footage itself. Ask for every goal celebration in the rain from the last five seasons and the system returns nothing, because no one ever tagged a clip that way. So a person goes back to watching timelines by hand. In one media and entertainment case study, editors spent 30 to 40% of their working time just looking for clips rather than editing them. That is the hidden tax on an archive that cannot describe itself, and it is charged again on every search and every reuse.

Demand for that material is climbing at the same time. One trade outlet reports that appetite for repurposed archive content rose 44% between 2021 and 2023, driven by streaming services filling schedules and social teams cutting long programmes into short clips. The organisations that can reach into their archive quickly are the ones able to meet that demand.

A different way to think about the footage

It helps to stop treating the archive as storage and start treating it as a content library the rest of the business draws on. In an online, on‑demand market, every asset is a potential search result, a clip, a licence, or the raw material for something new. The blocker is not the footage. It is that the library has no idea what is inside it, so nobody can find the right moment when they need it.

A different approach reads the content directly. Speech becomes a timed transcript, scenes are detected and described, and people, places, objects and actions are tagged automatically, so the whole archive becomes searchable in plain language. The request about goal celebrations in the rain now returns the exact seconds, ready to export at SD, HD or 4K. That enriched metadata can be written straight back into the media asset management system a team already runs, so the library they have becomes the library they can search.

One asset, many platforms, many languages

Opening content to the internet also opens it to audiences the broadcast schedule never reached. The same footage can travel to viewers in other countries and onto platforms that each expect something different. A clip that works on a broadcaster’s own player is not the clip that works in a social feed, where the first few seconds decide whether anyone keeps watching and a forty‑minute programme has to become a ninety‑second story. The length changes, and the opening has to do far more work than it ever did on broadcast. Language widens the reach again: a title that only existed in Italian can reach viewers who need English or Spanish to watch it at all.

That creates work which used to be impossible to do at any real speed. Every platform wants its own length and its own way in, and every new market wants its own language. Handling that by hand for a whole back catalogue does not scale.

This is where reading the content pays off a second time. Once scenes are detected and described, the strong moments are already marked, so a long programme can be cut into the short, hook‑first clips a feed rewards without anyone scrubbing for the opening. A recording in one language can carry a synchronised voice track and subtitles in another, so the same asset reaches a new market without a reshoot. The archive stops being a single‑format, single‑language store and becomes something you can reshape quickly for wherever the audience is.

Accessibility now has a deadline attached

There is also a legal reason to get this done. The European Accessibility Act has been in force since 28 June 2025, and it reaches services that give access to audiovisual media, including on‑demand platforms and broadcasters’ apps. Conformance with the EN 301 549 standard gives a presumption of compliance, which in practice means audio description and subtitles become a standard output of the workflow. The audience this serves is large, with around 87 million people in the EU living with some form of disability according to the European Commission. Producing all of that by hand across a back catalogue is slow, which is why the Act gives audiovisual services a five‑year transitional window to make content published before June 2025 accessible. Generating audio description and subtitles automatically, in the formats a workflow already uses, turns that window into breathing room rather than a scramble.

The archive starts to pay for itself

Once the material is described, it can also earn. Every asset indexed and filterable becomes a stock‑footage library you can sell from. Partners can browse and download through a portal under your own brand. High‑resolution stills can be licensed to press and publishing. Footage that only ever cost money to keep begins to bring some back.

Doing it without replacing what you run

Two worries usually come up here: the cost of processing at that scale, and disruption to systems a team depends on. On cost, an intelligent layer adapts to the material instead of analysing every frame at a flat rate, leaning on the audio where the story is spoken and sampling more frames where the action is on screen, which can cut processing cost by up to 90%. On disruption, the output leaves in formats broadcast systems already read, such as EBUCore XML and SRT, and everything the system generates stays reviewable by a person before it ships. It can run in the cloud, on‑premise, or on an offline box for content that cannot leave the building.

The archive was built by a broadcast‑era habit of using content once. The online market rewards the opposite. Neodata’s Video Intelligence exists to close that gap, and the most honest way to see whether it fits your own library is to point it at a slice of your real footage and look at what comes back.