Futuristic fitness intelligence

Immersive frontend shell, unchanged Flask prediction core.

Realtime scoring Story-driven analytics Progress memory
AI fitness intelligence
Scroll for depth Product showcase Prediction engine unchanged

From raw workout signals to a premium 3D story about how you train.

Kinetic Ether turns biometrics, recovery patterns, and session habits into a cinematic decision layer. The frontend now behaves like a fitness-tech product launch with layered motion, deliberate depth, and clearer decision storytelling.

Real-time scoring
Lifestyle clustering
Progress memory
Command mode Realtime guidance

Prediction results animate into an operator-style summary instead of static readouts.

Depth layers Parallax storytelling

Each section now moves through foreground, midground, and backdrop planes during scroll.

Training records 1,800
Classifier accuracy 98.3%
Signal clusters 3 states
Prediction stack
03

Regression, classification, and clustering collaborate on the same athlete profile.

Feature signals
15

Vitals, heart rate, hydration, frequency, and duration shape every recommendation.

Action planner
Fast

Gap-to-target logic surfaces the quickest path from current score to next milestone.

Progress loop
Live

Saved snapshots keep the story going with timeline views and weekly comparison signals.

A product story that moves from input to change.

01 intake

Collect the athlete profile

Age, heart rate, body composition, hydration, and training volume form the current state of the user.

02 engine

Run the prediction stack

The same Flask endpoint returns score, level, cluster, reliability, planner actions, and metric feedback.

03 guidance

Translate model output into movement

The dashboard visualizes tradeoffs, shows the target gap, and prioritizes the fastest scoring gains.

04 memory

Track the recovery and progress arc

Local storage snapshots feed the progress page so the interface tells a continuous training story over time.

A layered scene built for depth, not decoration.

Use selective 3D motion in the hero and storytelling sections so the interface feels dimensional without becoming heavy.

model reliability context-aware
planner actions goal focused
saved progress weekly memory

Prediction lab

Reactive controls, animated score changes, planner cards, AI suggestions, and opportunity charts all update from the same existing backend response.

Launch dashboard

Recovery timeline

Local snapshots become a visual archive with milestones, trend charts, and change callouts instead of a bare table.

View progress

Model credibility

Explain the model with feature importance, score distributions, heatmaps, and comparative bars in a cleaner cinematic shell.

See analytics

Pinned, layered sections turn the product into a guided tour.

Hero engine Foreground metrics, floating labels, and orbit motion

The landing experience combines controlled parallax, scene tilt, and staged copy reveals to create a premium first impression.

Cockpit Dashboard as a realtime command center

Summary strips, animated score core, and planner panels present the existing payload as a mission console.

Progress arc Saved predictions become a visible long-term narrative

Charts, timelines, and deltas emphasize momentum rather than raw storage records.

A frontend that tells users what changes next, not just what happened.

See platform story
Signal clarity
Validation stays visible

Warnings and metric feedback become part of the narrative so the user understands confidence, not just outcome.

Momentum design
Every score is a chapter

Target gap, ETA, and next-best action create momentum cues that drive the user back into the system.

Immersive motion
2D and 3D work together

Reveal timing, parallax depth, tilt, orbit visuals, and chart transitions lift the app without touching backend meaning.