Our AI Technology

Exoticz leverages cutting-edge artificial intelligence to create a personalized, intuitive shopping experience that adapts to your unique preferences and needs.

Core AI Technologies

Recommendation Engine

Architecture

Multi-layered neural network with embedding layers for user preferences and product characteristics

Algorithm Type

Hybrid recommendation system combining collaborative filtering, content-based filtering, and contextual bandits

Performance

Latency150-250ms
Relevance Score0.87
Terpene Explorer

Rendering Engine

Canvas-based WebGL acceleration with dynamic 3D perspective and parametric equations

Interaction Model

Event-driven architecture with spatial partitioning for hit detection

Performance

Frame Rate58-60 FPS
Memory Usage4.8MB
Voice-Guided Experience

Speech Recognition

WebSpeech API with custom acoustic model tuning and domain-specific vocabulary

NLP

Intent classification using transformer-based models with context-aware templating

Performance

Word Error Rate4.2%
Intent Accuracy92.7%

System Architecture

Edge-Optimized Frontend

  • Next.js App Router with React Server Components
  • Framer Motion for hardware-accelerated animations
  • Tailwind CSS with JIT compilation
  • Client-side state management with optimistic updates

AI Processing Pipeline

  • Real-time feature extraction and normalization
  • Embedding generation for user preferences
  • Vector similarity search for product matching
  • Continuous model retraining with feedback loops

Data Architecture

  • Denormalized product schema for query performance
  • Time-series user interaction data
  • Hierarchical terpene and cannabinoid profiles
  • Vectorized effect profiles for similarity matching

Technical Innovations

Contextual Awareness System

Our platform implements a sophisticated contextual awareness system that tracks multiple dimensions of user context to deliver highly relevant recommendations that adapt to changing needs.

Session Context

Analyzes current browsing patterns and interaction history to understand immediate interests and intent.

Temporal Context

Considers time of day, day of week, and seasonal factors to provide timely recommendations.

Preference Context

Combines explicitly stated and implicitly derived preferences to build a comprehensive user profile.

Medical Context

Incorporates symptom profiles and treatment goals to recommend products with appropriate effects.

Performance Benchmarks

FeatureMetricPerformance
Recommendation GenerationLatency150-250ms
Recommendation GenerationRelevance Score0.87 (vs. industry avg 0.72)
Terpene ExplorerFrame Rate58-60 FPS
Terpene ExplorerMemory Usage4.8MB
Voice RecognitionWord Error Rate4.2%
Voice RecognitionIntent Recognition92.7% accuracy
Overall PlatformTime to Interactive1.2s
Overall PlatformLighthouse Performance94/100

Technical Advantages

Personalization Depth

Traditional systems use 3-5 variables for recommendations; Exoticz uses 27+ variables for significantly more accurate matching.

Learning Capability

Continuous improvement through reinforcement learning versus static rule-based systems used by competitors.

Multimodal Interaction

Voice, visual, and text interfaces integrated seamlessly for a natural, intuitive user experience.

Real-Time Adaptation

Recommendations update instantly based on user behavior, unlike traditional systems with delayed batch processing.

Explainable AI

Transparent reasoning for recommendations versus black-box approaches, building user trust and understanding.

Future Technical Roadmap

Federated Learning

On-device model training for enhanced privacy and personalization without compromising user data.

Multimodal Input Processing

Camera-based product recognition and visual search capabilities for intuitive shopping experiences.

AR Integration

Augmented reality visualization of effects and terpene profiles for immersive product exploration.

Biometric Feedback

Optional integration with wearable devices for effect tracking and personalized dosage recommendations.

Advanced NLP

Zero-shot learning for handling novel user queries without explicit training examples.