
AgenC introduces a device wallet built on Ledger, wallet-cli, and AgenC Core so agents can operate hardware wallets and sign on their own.
The Hook
“(No spoken dialogue — Riser/sweep effect building to a sub-bass drop/impact at 0:02.)”
Product Reveal
“(No spoken dialogue — Sustained ambient electronic score with sub-bass drone. Riser/sweep from 0:17 to 0:19, followed by sub-bass impact.)”
Feature Teaser
“(No spoken dialogue — Ambient electronic score continues. More intense riser/sweep from 0:31 to 0:33.)”
Call to Action
“(No spoken dialogue — Powerful sub-bass drop/impact at 0:33, then sustained ambient drone fades.)”
Synthesizable in Remotion · key components of the agen-c-hardware-automation-reveal template.
A small, precise robotic arm extends and retracts, simulating physical button presses on a hardware wallet's screen, with corresponding on-screen PIN entry updates.
Use `Sequence` and `interpolate` for arm movement and `spring` for button press feedback. Text updates can be managed with `useState` and `delay` to simulate character input.
A slow, controlled camera movement (zoom out and pan) gradually reveals a complex hardware setup, emphasizing the interconnectedness of components.
Implement `AbsoluteFill` with a `Camera` component. Animate `position` and `zoom` properties using `interpolate` with `easeOutCubic` for smooth, deliberate reveals.
A subtle visual pulse or screen shake synchronized with a powerful sub-bass audio drop, creating a sense of impact and transition.
Apply a `spring` animation to the `transform: scale` or `transform: translateY` of the main scene container, triggered precisely at the audio impact timestamp. Combine with a subtle `blur` or `brightness` filter for added effect.
Purpose. Immediately demonstrates the core functionality: automated interaction with a hardware wallet.
Execution. Close-up on the Ledger screen, robotic arm performing PIN entry.
Purpose. Reveals the custom hardware setup enabling this automation.
Execution. Slow camera pull-back to show the full rig, including servos and circuit boards.
Purpose. Showcases the system in sustained, reliable operation.
Execution. Extended shot of the entire setup, with the robotic arm continuing its task.
Purpose. Concludes with the successful completion of the automated task.
Execution. Final, stable shot of the operational system, emphasizing its efficacy.
Objective
A new smart home device that automates complex routines based on environmental sensors.How the recipe adapts
The 'RoboticPinInput' primitive would be adapted to 'AutomatedSensorInteraction', showing a robotic arm adjusting a thermostat or light switch based on a digital display of sensor data. The 'AmbientTechReveal' would unveil the smart hub and connected sensors in a home environment. The 'SubBassImpactTransition' would punctuate the successful execution of a complex routine, like 'Night Mode Activated', with a visual pulse on the smart hub's screen.Scene durations (4 scenes, 34.9s)
Key Remotion components

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