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This is a sneak peek of a character animation created in Rive to enhance the user experience in a trivia app, using animation as a feedback system to make interactions clearer, more engaging, and more intuitive for users.
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My submission for the Rive Vehicle HMI challenge. Inspired by Mini Cooper OS 9 Vehicle HMI which features a circular OLED screen. Distinct, playful and technically unique. In the video, I give a break down of how I built it in Rive.
A circular OLED HMI inspired by Mini Cooper OS 9 — this concept is absolutely brilliant!
Excited to share that I’m currently working on a Vehicle HMI (Human-Machine Interface) design for the Contra x Rive Challenge 🚀
This project focuses on a Boat Dashboard UI, combining real-time data, navigation insights, and smooth interactive animations using Rive.
From speed, fuel, and GPS tracking to risk indicators and marine navigation — the goal is to create a clean, intuitive, and futuristic interface
Still refining the animations — will be submitting soon! 🔥
Wow..!! 👏
Hey everyone, this is my submission for the @Rive HMI Challenge: NEURAL ROBOT CONTROL.
This project explores a system where a human can remotely operate a maintenance robot inside a radioactive reactor core — an environment too dangerous for direct interaction. The robot acts as a physical extension of the operator.
The experience is built as a clear flow:
connection → system sync → diagnostics → navigation → scan → operation
The AR interface serves as the main point of view, overlaying essential information directly onto the environment. It shows navigation guidance, target location, and system feedback while keeping the view minimal and unobstructed.
The robot includes a self-diagnostic HUD for maintenance teams, displaying real-time data such as battery, CPU temperature, mechanical stability, and radiation exposure. It also features a small onboard display that communicates system states like connecting, loading, warnings, errors, and movement direction.
The focus of this project is how motion communicates system behavior. Each transition reflects a state change, helping users understand what the robot is doing at any moment.
Built using State Machine, Data Binding, and Layout in Rive.
Excellent work mate! Love it
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