SIMBA (Sea-Ice Mass Balance Array) is an innovative monitoring system developed by SAMS Enterprise to address the critical need for reliable data on sea-ice dynamics in polar regions. By providing high-frequency measurements of snow and ice thickness, SIMBA offers valuable insights into the impact of climate change on sea-ice growth, melt rates, and thermal properties.

Designed to withstand harsh polar conditions, SIMBA features automated sensor arrays that can be installed directly into the ice, allowing for continuous monitoring without human intervention. The system's modular architecture enables remote deployment and seamless integration with satellite or Iridium telemetry, ensuring real-time data transmission and analysis.

Whether used for academic research, government environmental monitoring, or industry operations in polar regions, SIMBA supports predictive modeling and decision-making by providing essential data for tracking seasonal ice variability, refining climate projections, and planning safe maritime activities. Its robust construction and minimal maintenance requirements make it a cost-effective solution for long-term field studies, delivering science-grade performance and enhancing our understanding of sea-ice behavior.

By facilitating improved data collection and analysis, SIMBA contributes to global efforts toward polar conservation and climate adaptation, ultimately helping to protect these fragile ecosystems and support sustainable development in the face of climate change.

• High-frequency measurements of snow and ice thickness
• Automated sensor arrays for continuous monitoring
• Modular architecture for remote deployment and integration with telemetry
• Supports predictive modeling and decision-making
• Robust construction and minimal maintenance needs
• Enhances understanding of sea-ice dynamics and climate-driven changes
• Cost-effective solution for long-term field studies
• Contributes to global efforts for polar conservation and climate adaptation