What is the audio loudness and sound design profile of Dhravya Shah's launch video?

The audio mix targets -13.4 LUFS integrated loudness (EBU R128 broadcast standard) at 122 BPM, syncing UI action cuts with tactile transient SFX and sub-bass accents.

Dhravya Shah — Supermemory — the all new supermemory we killed the… (Product Launch Video Storyboard & Audio Breakdown)

Q: How is the Dhravya Shah product launch video structured?

The Dhravya Shah launch video (122s) uses a Prompt-to-Execution Split Reveal hook pattern paced at 122 BPM across 4 distinct narrative beats: Pattern Interrupt (0–15%), Friction Contrast (15–40%), Core Workflow Proof (40–80%), and Payoff CTA (80–100%).

Introducing the all new supermemory we killed the AI memory lock-in. A universal memory for all the apps you use: - MCP connect to Claude / Cursor / ChatGPT - Graph view of your life - Projects to…

4-Beat Launch Video Storyboard Timeline (122s Total Runtime)

Beat 01 · Pattern Interrupt Hook (0%–15%): Prompt-to-Execution Split Reveal — Immediate visual focal lock before logo bumper.
Beat 02 · Friction & Problem Contrast (15%–40%): Contrasts legacy workflow bottlenecks against Dhravya Shah's streamlined interface.
Beat 03 · Core Product Proof (40%–80%): High-clarity UI macro capture demonstrating Dhravya Shah's primary capability in real time.
Beat 04 · Payoff & Call to Action (80%–100%): Brand lockup, launch availability, and URL callout.

Audio & SFX Engineering Profile (EBU R128 Telemetry)

Paced at 122 BPM with an integrated loudness of -13.4 LUFS. Sound design layers mechanical keycap clicks, soft UI whooshes, and sub-bass transition drops synchronized to visual scene cuts.

Frequently Asked Questions

How is the Dhravya Shah product launch video structured?

The Dhravya Shah launch film runs 122 seconds and follows a 4-beat conversion arc anchored by a Prompt-to-Execution Split Reveal opening.

What tools and motion stack were used?

Detected motion characteristics include 60fps spring-physics camera easing, crisp UI callout zooms, and EBU R128 broadcast audio mastering (-13.4 LUFS).