Fast, accurate, and portable U-value measurement for buildings and vehicles. Get results in hours, not days.
Traditional thermal measurement methods are slow, expensive, and impractical for modern construction needs.
Our patented methodology combines impulse heating with intelligent algorithms for unprecedented speed and accuracy.
Compact, portable heating source delivers rapid and uniform thermal input for accurate measurements.
High-frequency temperature recording with precision thermocouples and optional infrared sensors.
Intelligent analysis combining physics-based modeling with machine learning for automated results.
Cloud connectivity, automated reporting, and integration with smart building ecosystems.
Based on 10+ years of research and multiple peer-reviewed publications in thermal transport and measurement. Our methodology is rooted in proven mathematical models for solving inverse heat conduction problems.
Versatile solutions for construction, transportation, and industrial markets.
Combining scientific expertise with entrepreneurial vision for successful commercialization.
CEO & CTO
Over 10 years of research in experimental physics with focus on heat transfer. Author of multiple scientific publications and experienced in building R&D projects. Developed the core methodology for analyzing transient temperature fields.
COO & Co-founder
Expert in programming, sensor data acquisition, and project management. Leads operations, software development, automation, and business processes for commercial deployment.
Positioned to capture significant market share in the growing energy efficiency sector.
Average sale price per device
Annual EU building constructions
Projected breakeven point
Year 3 revenue projection
Join the revolution in building and vehicle thermal efficiency assessment. Contact us for a demonstration or partnership opportunity.
Interested in partnerships, investment opportunities, or product demonstrations? We'd love to hear from you.
France (French Tech Visa Applicant)