Axel M.

I build scalable web platforms and distributed systems using microservices architecture and event-driven design, as well as complex desktop applications integrated with cloud services. I also develop and integrate AI/ML models and LLMs into existing applications or build AI-powered solutions from the ground up. WEB PLATFORMS & DISTRIBUTED SYSTEMS Backend & Scalable Architecture: - Modular microservices, event-driven architecture, asynchronous messaging, and distributed processing. - API gateways, REST/GraphQL APIs, message brokers, and event buses. - Authentication, authorization, and identity management. - Database design, caching, performance optimization, and horizontal scalability. - Centralized logging, monitoring, observability, and distributed tracing. Frontend Development: - Responsive web interfaces and application dashboards using React and Next.js. - Frontend architecture, API integration, authentication flows, and state management. DESKTOP APPLICATIONS & CLOUD INTEGRATION - Separation of the GUI from business logic, data access, and backend services. - Integration with remote APIs, cloud services, databases, and distributed processing. - Hybrid desktop-cloud architectures, data synchronization, and secure communication. - Responsive interfaces and modular GUI architecture using Electron, Qt, MFC, WPF and other suitable frameworks. AI, MACHINE LEARNING & LLMs - LLM integration and small language model (SLM) selection, training, fine-tuning, testing and inference optimization. - Predictive ML, XGBoost, Temporal Fusion Transformer (TFT), time-series forecasting, and deep learning. - PyTorch, ONNX, model evaluation, and deployment. - Cloud and self-hosted inference using AWS, Azure, and other infrastructure. - Integration with existing web platforms, desktop applications, and backend services. TECHNOLOGIES Python, C, C++, Rust, Go, JavaScript, PHP, React, Next.js, Qt, PySide, PyTorch, ONNX, XGBoost, AWS, and Azure. From architecture design to implementation and deployment, I focus on building scalable, maintainable, and reliable systems that can evolve with your requirements. Have a complex software or AI project? Let's discuss the right architecture and implementation approach.