AERIS TECHNOLOGIES, INC

Aeris Technologies, Inc. specializes in the design, integration, and delivery of high-precision analytical instrumentation for environmental and industrial process monitoring. The company focuses on infrared spectrometry systems capable of simultaneous, real-time measurement of greenhouse gases including carbon dioxide (CO2), nitrous oxide (N2O), and water vapor (H2O), with applications in eddy covariance flux monitoring and field-deployable environmental sensing. Their technical expertise lies in compact, portable sensor platforms that combine optical spectroscopy, embedded data acquisition, and ruggedized packaging for field use in remote or harsh environments. Aeris differentiates itself through turnkey systems engineered for scientific-grade accuracy, low drift, and minimal calibration requirements—critical for long-term atmospheric research and compliance monitoring. The contractor has established a consistent presence with the Department of Commerce, delivering advanced spectrometers for climate and atmospheric research, and has also supported the Department of Agriculture with integrated eddy covariance systems for agricultural greenhouse gas flux analysis. These engagements reflect a pattern of providing mission-critical instrumentation for environmental science and emissions monitoring programs requiring high temporal and spatial resolution data. Aeris operates primarily within NAICS 334513 and 334516, focusing on the manufacturing of analytical instruments for industrial process control and laboratory-grade environmental analysis. The company’s market positioning centers on scientific and regulatory applications where precision gas detection is essential, serving research institutions, federal monitoring programs, and environmental compliance teams. As a small business structured as a 2L entity based in Hayward, California, Aeris Technologies operates without federal certifications but maintains a focused presence in the federal scientific instrumentation market. Their geographic proximity to West Coast research hubs and environmental agencies supports responsive service and system integration for time-sensitive field deployments.