Fourteen Years Supporting NASA's Mars and Lunar Instruments

eINFORMe is an aerospace engineering services company supporting NASA and planetary science missions with specialized instrument engineering and operations experience. For over a decade, we have supported instruments operating on Mars and the Moon, contributing across the mission lifecycle, from development, testing, and integration, through long-term flight operations support. We specialize in instrument engineering, environmental testing, flight operations support, and scientific data analysis for planetary and lunar exploration missions.

Mars Missions

We provide long-term engineering and operations support for SAM on the Curiosity Rover and InGems on the MAVEN orbiter, including instrument performance monitoring, flight software updates, and scientific data analysis.

Lunar Missions

We supported the Neutral Mass Spectrometer (NMS) on the LADEE orbiter, providing engineering and operations support for lunar exosphere science measurements.

Future Development Support

We are providing engineering support for the MOMA instrument on ESA’s ExoMars Rosalind Franklin Rover during its development and testing phase.

Core Engineering Support Capabilities

  • Thermal design and analysis
  • Electromechanical design integration
  • Environmental testing and system verification
  • Flight operations support and command sequencing
  • Downlink data monitoring and telemetry analysis
  • Long-term performance trending and anomaly resolution

SAM Instrument Support (Curiosity Rover)

eINFORMe has supported the SAM instrument throughout its full lifecycle — from development and ground testing through launch, landing, and over 12 years of successful operations on Mars. Our contributions include instrument performance monitoring, flight software maintenance, command sequence development, and long-term data analysis

Mission Support Philosophy

We specialize in long-duration mission engineering, focusing on instrument reliability and performance stability over many years in harsh space environments. Our approach emphasizes engineering continuity across all mission phases and data-driven operations to maximize science return