Our Work

Built with depth, shipped to production

We don't just consult -- we build. These projects represent our own products, built from the ground up to push the boundaries of what's possible with modern AI frameworks.

AI-Powered Fashion Assistant

MyCloset

Visit MyCloset

A full-stack AI fashion platform that transforms how users manage their wardrobe. MyCloset combines multimodal LLM classification, intelligent outfit recommendation, and real-time computer vision processing in a production PWA.

The Challenge

Fashion is deeply personal, contextual, and visual. Building a system that reliably understands clothing taxonomy, generates stylistically coherent outfit combinations, and processes images at consumer-grade quality required bridging multiple AI disciplines in a single product.

Our Approach

  • 1Multimodal classification with Gemini for rich clothing taxonomy extraction -- type, color, pattern, material, fit, season, occasion, and brand recognition with confidence scoring.
  • 2LLM-driven outfit recommendation that reasons over a user's full wardrobe, considering occasion, weather, personal style profile, and wear history to generate coherent combinations.
  • 3Automated background removal pipeline with graceful degradation across Gemini image generation, dedicated ML service on Cloud Run, and segmentation mask fallbacks.
  • 4Closet-level style analytics that synthesize wardrobe composition into actionable insights -- dominant colors, style descriptors, gap analysis, and shopping recommendations.

AI & Technical Highlights

Multimodal LLM Classification

Image-to-taxonomy pipeline extracting 10+ attribute dimensions from clothing photos using Gemini's multimodal capabilities.

Generative Recommendation

LLM-based outfit suggestion engine that reasons compositionally over items, context, and user preferences.

Computer Vision Pipeline

Multi-strategy background removal with automatic fallback chains between model approaches.

Style Intelligence

Closet-level analysis synthesizing wardrobe patterns into style profiles, gap identification, and personalized recommendations.

Technologies

Next.js 15TypeScriptFirebaseGenkitGoogle GeminiCloud RunTailwind CSSPWA

Smart Camera Mirror

Mirror

Visit Mirror

A privacy-first smart mirror PWA that transforms any device into an intelligent mirror with real-time sensor processing. Designed for utility without compromise on privacy -- zero accounts, zero data collection, fully on-device.

The Challenge

Building a truly useful mirror app requires real-time camera processing with smooth performance across a wide range of devices, sensor fusion for features like stabilization and adaptive brightness, and a UX polished enough to replace a physical mirror -- all without any server-side processing.

Our Approach

  • 1Real-time gyroscopic stabilization using Device Motion APIs with smoothed rotation rate processing to counteract hand tremor.
  • 2Adaptive brightness system combining ambient light sensors (where available) with Capacitor native bridge fallbacks and time-based heuristics.
  • 3Performance-optimized camera pipeline using WebRTC with efficient CSS transforms for zoom, pan, and brightness adjustments without re-rendering.
  • 4Cross-platform native shell via Capacitor for iOS and Android distribution while maintaining the full PWA experience in browsers.

AI & Technical Highlights

Sensor Fusion

Real-time processing of gyroscope and ambient light data for stabilization and adaptive brightness.

On-Device Processing

All computation happens client-side -- zero server calls, zero data exfiltration, full offline support.

Cross-Platform PWA

Single codebase targeting web, iOS App Store, and Google Play via progressive enhancement.

Technologies

WebRTCDevice Motion APIAmbient Light SensorPWACapacitorFirebase Hosting

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