Video in AI assistants and agents

How a team can share one AI-searchable video library

The thing a team shares is the index, not the drive. A group gets one AI-searchable library when the footage lives in one place that has been indexed by content, and everybody asks that same index instead of searching their own copy of the same files. Shared storage does not do this. It shares bytes, and the meaning stays in the head of whoever was holding the camera. That is why teams with a perfectly good shared volume still route every footage request through one person.

Why the shared drive is not the shared library

The common failure is predictable. Someone builds a library so that colleagues and interns can make their own videos from material the team already shot. The files are all there, named reasonably, visible to everyone. And the requests keep coming to the one person who was there, because the folder tree answers where is the file and nobody's actual question is where is the file. Their question is where is the bit where the instructor explains the warm-up.

Any route to a shared searchable library has to close that gap. The routes differ in who closes it and what it costs.

Pasting clips into a chat, one person at a time

The simplest version is that each person uploads a video into an AI chat and asks about it. This works, and it shares nothing. The next person starts over, the work does not accumulate, and long recordings are awkward to hand over this way. It is a fine way to answer a one-off question and a bad foundation for a team.

Filesystem connectors, which see names and not pictures

Hooking an assistant up to the folder itself feels like the answer and usually is not. A filesystem connector can read the directory, so it can reason about names, dates, and sizes. It cannot see the picture or hear the audio. Ask it which clip has the wide shot of the workshop and it will guess from filenames, confidently. If your naming is genuinely rigorous, this is cheap and worth trying. If it were that rigorous you probably would not be reading this.

Building the index yourself

Transcribe everything, embed the transcripts and sampled frames, put the vectors somewhere, and expose a query path the team can reach. This gives you exactly the shared index you wanted, and you own it. The ongoing cost is not the build; it is the ingest pipeline that has to keep running, the query tuning when results are wrong, and the review interface, without which non-technical colleagues will not use it. Teams that already run infrastructure often take this path. Teams that do not usually discover the maintenance after the demo goes well.

Hosted video retrieval a team can query from a chat

The last category is a hosted layer that does the indexing and lets an assistant query it on everyone's behalf. Footage goes in once, the index is shared, and the interface is the chat window people already have open. The trade is that the material has to be uploaded into that service, and you accept its decisions about how indexing works.

Ask the shared library a question from an AI chat

Vivu connects to any assistant that supports MCP, such as Claude or ChatGPT, so whoever is asking stays in the chat they already use. Footage goes into a project once and is indexed in the cloud when it lands, which is what makes it shared: the second person to ask is querying the same index as the first, in a different conversation on a different day.

In the chat you describe the moment the way you would describe it to a colleague who watched the footage: find the part where someone talks about being nervous before going on stage. What comes back is a set of time ranges you can open, each with a line of reasoning about why it matched, and a results page where you preview them one at a time. From there the person who asked exports the original clip for whoever is cutting, or pastes the ranges into the brief and stops. The web app and the assistant see the same account, the same projects, and the same quota, which is the first thing to check against how your team is actually set up. Reviewing what the assistant hands back is a step worth agreeing on before several people start searching at once.

Where this route does not fit

A search runs inside one project, so there is no single query across everything the team owns. If you keep separate projects per course, per show, or per client, somebody has to know which one holds the answer. That is the same constraint that makes one library per client a deliberate decision rather than a default.

Material has to be uploaded to a project and indexed in the cloud. Nothing indexes itself from a drive you did not put it in, and a backlog of archive footage is work someone has to do. Searching also draws on a quota, so a team where everyone searches all day uses more of it than a team where one producer does; the limits are on Vivu's pricing page, and it is worth looking before you roll it out widely.

And the results are time ranges you can open, not frame-exact timecodes. They are good enough to take into an edit and not a substitute for an editor's eye on the cut point.

When a team does not need any of this

If two people share the library and both of them shot it, talking to each other is faster. If the archive is small enough to scrub through in an afternoon, scrub through it. If what people look for was always spoken, transcripts and a text search box will answer most requests at a fraction of the effort. The threshold is roughly when the number of people who need footage is larger than the number of people who remember shooting it, and the requests have stopped being occasional.

How to decide

Count the asks. If one person fields a handful of footage requests a month, this is a process problem and a naming convention fixes it. If several people need material from a library none of them filmed, and the answer currently depends on whether one colleague is at their desk, the index is the bottleneck and sharing one is the fix. Between those two, the honest test is whether you are willing to put the footage somewhere that indexes it, because every route that makes a library searchable by content has to get the content somewhere first.

FAQ

Does everyone on the team need their own copy of the footage?

No, and copies are part of the problem. When each person keeps a local copy, the search happens in each person's head separately, and whoever has the best memory becomes the bottleneck for everyone else. A shared searchable library means one place holds the material and one index describes it, so the question gets asked once in a form anyone can reuse. Local copies are still useful for editing, after someone has found the clip.

What happens when someone adds new footage to the shared library?

It has to be indexed before it is searchable, which means it has to be put into whatever system does the indexing. Nothing picks up files from a drive it was never given access to, and dropping a file into a sync folder does not make it findable by content. Build the habit into the end of a shoot rather than treating it as a cleanup project, because backlogs of unindexed footage never shrink on their own.

Can we keep different departments or clients separate in one setup?

Separation generally works at the level of the project or library rather than the file, and a search runs inside one of them. That is usually what you want when material from different clients or departments should not be mixed, and it means someone has to know which project holds the answer. It also means that the convenience of a single search across absolutely everything is the thing you are giving up. Decide the boundaries before you start uploading, because reorganizing later means re-indexing.

What do people do with the clips once the assistant finds them?

Two things, mostly. They open the time ranges, confirm the moment is the one they wanted, and export the original clip to hand to whoever is editing. Or they skip the export and paste the ranges into a brief, so the editor pulls them from the master file themselves. The review step is not optional either way, because a search returns candidates and some of them will be related to the request without being what the person meant.