AUGMENTED REALITY ENHANCED ANALYTICS

AREA ENGINE

The AREA Engine (Augmented Reality Enhanced Analytics) is the core intelligence behind Forest Classroom’s immersive experiences, by capturing and analysing student engagement during AR learning experiences.

It collects real-time data using mobile sensors, recording interaction patterns (taps, swipes, movement), emotional cues (facial expressions, voice tone, heart rate), spatial behavior, sensory input (touch and gaze), and learning performance (task scores, duration). This data is processed both on-device and in the cloud to ensure speed, privacy, and security.

 

The results are displayed in the intuitive AREA Dashboard, giving educators and researchers insights into student focus, participation, and emotional state. Features include engagement heatmaps, progress tracking, and alerts for disengagement. AREA supports evidence-based teaching and enables timely interventions, personalising learning experiences for each student.

Designed with a strong ethical framework and full compliance with privacy standards, the AREA Engine offers a powerful, non-intrusive way to enhance learning outcomes and understand how students truly interact with educational content in augmented reality environments.

Engage Students

Using life like school mascots and immersive forest scenes, our platform turns lessons into magical experiences. Whether it’s science, wellbeing, or storytelling, students interact in ways that boost emotional and cognitive engagement.

Adaptive Mascots

Intelligent digital guides like Taylah the forest keeper that facilitate micro-interactions and guided discovery based on the student’s gaze and proximity.

Immersive Forest Scenes

Hyper-realistic augmented layers that bring the natural environment into the classroom, turning every lesson into a multi-sensory forest experience.

Capture What Matters

The AREA Engine decodes complex human behavior into actionable learning metrics
through five core data pillars.

Interaction

Tracking haptic engagements, touchpoints, and digital-to-physical object manipulation.

Emotion

Sentiment analysis through facial/gaze mining and real-time detection during peak discovery moments.

Learning

Real-time assessment of knowledge retention and problem- solving velocity.

Spatial

Hyper-realistic mapping of movement patterns and dwell times within specific botanical zones.

Sensory

Integrating haptic, auditory and visual sensory response patterns into cohesive learner profiles.

Edge-to-Cloud
Processing Architecture

01: On-Device Intelligence

Latency-critical metrics including spatial positioning and haptic feedback are processed locally for instant response.

02: Cloud Synthesis

Aggregated data is securely offloaded to the cloud for heavy-duty cohort analysis and long-term trend scoring.

03: Intelligent Alerts

Real-time alerts trigger when a student’s engagement falls below thresholds or when breakthrough learning moments are detected.

AREA Dashboard

Visualize the invisible. Our reporting suite provides educators with a window into the student experience through sophisticated spatial heatmaps and progress trails.

Visual Heatmaps

Identify ‘hotspots’ where students spend the most time or struggle with specific botanical concepts.

Progress Trails

Chronological playback of a student’s journey through the forest, highlighting key decision nodes and interactions.

Cohort Comparison

Benchmark individual progress against class averages to identify students who require additional support.

Interested to Get Involved?

Join our pilot program and help shape the future of botanical education through spatial analytics.

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