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Dreamscale Labs (YC F26) - It's now easier than ever to deploy your physical AI models on Dreams

Dreamscale Labs · Nov 2026 · 0:22 · AI-annotated

Length
0:22
Scenes
7 · 3.2 s avg
Product on screen
0:02
Features shown
1
Call to action
0:17 · 78%
Voiceover
No
00:00:00 / 00:22:18

Dreamscale Labs’s 0:22 launch film runs 7 scenes, about 3.2 s each. The product shows up at 0:02 and 1 feature is revealed. The call to action lands at 0:17 (78% in). A single-feature argument on a white canvas: a promise card, a dashboard that scales up and down with robot demand, a latency chart, then a contact card. Pacing is slow and declarative, one idea per card, with dot-particle dissolves, ticking counters and building bar charts as the signature moves.

No filming indicatedEstimated needs: 2 capture groups — your screens or recordings · 3 graphic passages — draw or supply

Is this your launch? to your site or press kit.

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Dreamscale Labs (YC F26) - It's now easier than ever to deploy your physical AI models on Dreams, scene by scene

· 7 scenes as text
  1. 01 · Hook · 0:00–0:02

    A white layout holds the headline beside a dotted globe with blue accents, then crossfades into a flat panel of six empty rounded tiles under a small GPU 1 label.

    On-screen text: “AUTOSCALING”, “Your model,”, “on every robot.”, “Deployments now autoscale with robot demand.”

    Camera: Push in

  2. 02 · Feature reveal · 0:02–0:09

    A grid of GPU cards multiplies from one to sixteen, each filling with eight robot-arm simulation thumbnails as the top-right counters tick up. The headline holds at top left, then the view reframes to one card and a new headline slides in.

    On-screen text: “Robots connect. GPUs follow.”, “One model. Eight robots. One forward.”

    Camera: Pull out

  3. 03 · Feature reveal · 0:09–0:12

    A white diagram pairs a headline with two panels. The GPU 1 panel holds eight looping clips of simulated robot arms; blue lines link them to a Your model panel where eight tiles turn gray to blue as the caption steps from batch to Batch of 8 chunks.

    On-screen text: “One model. Eight robots. One forward pass.”, “GPU 1”, “Your model”, “batch”, “1 forward pass”, “Batch of 8 chunks”, “Simulated robots, LIBERO.”

    Camera: Static

  4. 04 · Feature reveal · 0:12–0:12

    A white chart builds under the gray headline '128 robots. 16 GPUs.' Four lavender bars rise to 52, 30, 79 and 67 ms with robot-count labels, while a fine footnote fades in below. The opening black title 'One model. Eight robots.' sits over a faint GPU grid.

    On-screen text: “One model. Eight robots.”, “One forward pass.”, “128 robots. 16 GPUs.”, “Measured November 2026 with v0.5 on simulated robots at 10 Hz, clients in the same cloud region. 128-robot run from warm GPUs. Batching applies to checkpoints, ”, “Simulated robots. LIBERO.”

    Camera: Static

  5. 05 · Feature reveal · 0:12–0:16

    A latency bar chart; a bracket draws over the right bars as the last bar turns dark blue. A 128-square grid fades in at right, top row blue, labeled 16 GPUs. Cut to 16 GPU panels tiled with robot thumbnails, counters 128 and 16 above.

    On-screen text: “128 robots. 16 GPUs. 10 Hz.”, “16 GPUs”, “vs 128 at one robot per GPU”, “ROBOTS 128”, “GPUS 16”, “Simulated robots. LIBERO.”

    Camera: Static

  6. 06 · Feature reveal · 0:16–0:17

    Sixteen GPU panels of robot-arm simulation clips on a white dashboard drain away one by one, their thumbnails dissolving into a scatter of small blue dots. The ROBOTS and GPUS counters fall from 133 and 56 to 7 and 1. A bold black headline sits top left.

    On-screen text: “Robots leave. GPUs drain.”, “Simulated robots, LIBERO.”

    Techniques: Particles

    Camera: Pull out

  7. 07 · CTA · 0:17–0:22

    Blue dots swirl and settle into a cloud outline on white. A black headline reads “Deploying robots” over a blue “worldwide?”, then a gray subline and a blue pill with an email address fade in below.

    On-screen text: “AUTOSCALING”, “Deploying robots”, “worldwide?”, “Autoscaling deployments in 8 regions.”, “[email protected]”

    Techniques: Particles

    Camera: Static