We build AI-powered platforms for medical institutions, secure on-premise AI systems, and high-performance database solutions. From patient care automation to treatment analytics, we deliver research-driven technology that transforms operations.
We bridge the gap between academic research and production-ready systems, delivering measurable performance improvements.
Comprehensive patient care systems with AI chatbots, ML-powered rehabilitation scheduling, treatment effect analysis using SHAP values, and automated patient communication tools for medical institutions.
Custom AI infrastructure for healthcare and enterprises with strict data security requirements. Deploy LLMs locally without exposing sensitive patient or business data to external services.
Comprehensive benchmarking and optimization across SQL, NoSQL, and graph databases. We identify bottlenecks and implement solutions delivering up to 41.5x speedup.
End-to-end development of data processing pipelines, containerized testing environments, and production infrastructure optimized for your specific workloads.
Academic partnerships for cutting-edge research in database systems, machine learning applications, and scientific computing across multiple domains.
Development of specialized analysis software for scientific research, including image processing, data classification, and automated measurement systems.
From healthcare AI platforms to database research, we deliver solutions that make a measurable impact.
A comprehensive online platform for a rehabilitation clinic specializing in lower back pain treatment. The system dramatically reduces physician workload while improving patient outcomes through intelligent automation.
Key Features:
A rigorous comparison of Regular Path Query (RPQ) execution across MySQL 8.0, MySQL 5.7, MariaDB 10.3, MongoDB 6.0, and Neo4j 5.x using the YAGO2s knowledge graph dataset with over 1 million triples.
Key finding: Native graph databases achieve 41.5x speedup over modern SQL implementations for complex path traversal queries, demonstrating the critical importance of choosing the right database architecture for graph-oriented workloads.
Working with healthcare institutions and leading universities.
Let's discuss how research-driven engineering can transform your systems.
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