This interactive character mascot concept explores how a product or website can use a character as a responsive interface element rather than a looping decoration.
The character maintains a live idle state, responds to cursor movement, and plays hover and click reactions without visibly snapping or resetting between behaviors.
What I built
Character animation
Interaction design
Cursor-tracking behavior
Hover and click states
Layered Rive State Machine logic
Why it matters
A responsive mascot can add personality to onboarding, landing pages, empty states, and brand moments. The interaction needs to feel alive without interrupting the user or breaking the character’s natural motion.
This concept is designed around that balance: expressive reactions when the user engages, with a stable idle behavior when they do not.
Breakdown
The interaction challenge
Several behaviors need to run together without fighting for control of the character. The mascot needs a continuous idle loop and cursor response, while hover and click reactions need temporary priority.
Without a clear animation hierarchy, those states can override each other, create visible snapping, or leave the character in the wrong position after an interaction ends.
The Process
The Rive approach
Idle is the base layer, keeping the character alive when there is no user input.
Cursor tracking runs as a continuous layer, mapping cursor position to a blend input so the character’s gaze shifts smoothly.
Hover and click reactions act as short interrupt states. They take priority briefly, then return control to the live idle and cursor-tracking behavior without a visible reset.
Implementation value
The interaction is organized in one Rive State Machine with a clear priority order for persistent and temporary behaviors. That structure makes it easier to define the final triggers needed for a website or product experience without rebuilding the character animation for every interaction.
An interactive Rive character mascot that responds to hover, clicks, and cursor movement. Layered states stay responsive without interrupting each other.