Can AI automatically generate every camera angle for a scene?

Yes — partially. Lock one element of a scene and the invideo agent autonomously generates wide, close, and side angles without you requesting each one. Full autonomy has ceilings: POV and over-the-shoulder shots still need iteration or a phone-shot reference, and roughly 3 generations per usable shot is the documented norm.

Here's what works today and where the ceiling sits.

Lock one world element and let the invideo agent extract every angle. Once your character sheets and environment references are locked, name the scene's anchor — a prop, a room, a costume — and the invideo agent will surface wide, close, and side coverage from that single context without you having to prompt each angle. This is the closest thing to true auto-coverage; in one documented session, a complex top-down shot landed on the first generation attempt after switching from manual prompting to agent-directed work.

Build matched coverage by chaining opposite angles. After you land a hero shot, immediately ask for the compositionally opposite angle in the same session — the invideo agent carries the geography forward and, in one production, reconstructed a precise reverse without any reference image, using only the spatial logic established in prior shots. For reverses specifically, ask it to apply art-director logic: it surfaces undecided production-design elements ("that near wall doesn't exist yet — what should it be?") and offers narrative-loaded options before generating.

Treat POV and over-the-shoulder as the documented weak points. POV shots take multiple iterations and multiple prompting techniques; over-the-shoulder is a known ceiling of Nano Banana that prompting alone won't fix — eyeline and continuity break. The working fix: act the shot out on your phone, upload that footage as a reference video, and let the invideo agent route it into the video model. Hand the agent a physical input — phone footage, a hand sketch of a complex arrangement — and it takes it over the line.

Plan for composite finals, not single-shot autonomy. Across one 3-minute production, 164 clips were generated, 41 made the cut (~25% selection), and 17 final shots were stitched from 2+ generations — average 3 generations per usable shot. Each 15-second clip yielded 4–7 candidate moments; the director picked one. Across documented productions, costs ran $315–$750 per finished minute and 2–5 production days — the autonomy is real, the overgeneration is a deliberate line item.

Use a typed crew of agents so coverage gets directed, not just generated. Initialize a creative producer agent with the full script and shot breakdown, then assign a DOP agent per scene (different scenes want different eyes — two DOP agents can work the same complex scene in parallel). Run a storyboard agent first to visualize each setup before you direct it. Professional coverage targets 5–7 angles per scene; with a typed crew holding context, you direct intent ("hold on him until he lunges, no cutting") instead of writing per-angle prompts.

Which model handles which angle. The invideo agent routes between Seedance 2.0, Kling, and Veo so you don't pick a platform per shot — Seedance 2.0 reference-to-video carries character and location context across segments (better for matched coverage than start/end-frame extend); Kling 3.0 handles multi-shot sequences natively; Veo is strong for naturalistic motion. Every roster model lives inside invideo, so the routing is the agent's job, not yours.

As Hridaye, invideo's creative director, puts it: "Locking one element of a world causes the agent to automatically extract every angle — wide, close, side — without being asked." That's the autonomy you have today. The rest is direction.

Watch some of these to see what works for you:

Locking one element of a world causes the agent to automatically extract every angle — wide, close, side — without being asked.

— Hridaye, invideo's creative director