Building the future with AI, AR, and IoT. 30+ years of hands-on development from internet streaming pioneers to enterprise AI systems.
Developed AI-driven real-time translation and transcription platform serving 300,000+ annual events globally. Integrated NLP models with event technology infrastructure.
R&D project using camera sensors and computer vision to track audience sentiment in real-time. Applied deep learning for emotion detection and engagement analysis.
Integrated IoT sensors, AI automation, and smart controls for next-generation conference spaces. Combined RFID, Bluetooth, WiFi sensors with intelligent automation systems.
Architected and deployed scalable event platform supporting 30,000+ concurrent users. Real-time engagement tools, live polling, Q&A, and analytics dashboard.
Built Germany's first internet-based TV streaming system in the 1990s. Pioneered live video streaming technology before YouTube and modern platforms existed.
Developed proprietary content management system with integrated real estate listing synchronization. Built for SMB clients requiring automated property updates.
Designed intelligent automation workflows using n8n integrating AI models, API orchestration, and data processing pipelines. Automated complex business processes with AI decision-making.
Built Docker-based development and deployment infrastructure for AI/ML projects. Containerized environments for TensorFlow, PyTorch, and production ML services with orchestration.
# Example: AI-powered sentiment analysis integration import tensorflow as tf from transformers import pipeline class SentimentAnalyzer: def __init__(self, model_name='distilbert-base'): self.pipeline = pipeline('sentiment-analysis', model=model_name) def analyze_batch(self, texts): results = self.pipeline(texts, batch_size=32) return [self._format_result(r) for r in results] def _format_result(self, result): return { 'sentiment': result['label'], 'confidence': round(result['score'], 3) }
# Example: Real-time IoT sensor aggregation class SensorDataAggregator: def __init__(self, sensors): self.sensors = sensors self.buffer = [] async def collect_readings(self, interval=1.0): while True: readings = await asyncio.gather(*[ s.read() for s in self.sensors ]) self._process_batch(readings) await asyncio.sleep(interval) def _process_batch(self, readings): aggregated = self._calculate_metrics(readings) if self._detect_anomaly(aggregated): self._trigger_alert(aggregated)
// Example: n8n custom node for AI processing const aiWorkflow = { processWithAI: async function(inputData) { // Call AI model endpoint const aiResponse = await this.helpers.request({ method: 'POST', url: 'https://api.ai-service.com/analyze', body: { text: inputData.text, model: 'gpt-4' }, json: true }); // Process and route based on AI decision if (aiResponse.confidence > 0.8) { return this.routeToApproval(aiResponse); } return this.routeToReview(aiResponse); } };
# Example: Multi-container AI development environment version: '3.8' services: ai-api: build: ./ai-service ports: - "8000:8000" environment: - MODEL_PATH=/models volumes: - ./models:/models deploy: resources: reservations: devices: - driver: nvidia count: 1 capabilities: [gpu] n8n: image: n8nio/n8n ports: - "5678:5678" environment: - N8N_BASIC_AUTH_ACTIVE=true volumes: - n8n_data:/home/node/.n8n
Available for technical consulting, R&D leadership, and innovative project collaboration.
AI strategy, consulting, or job opportunities