Newsletter November 2024

A Deeper Look

A Newsletter of Innovative Imaging & Research Corporation

November 2024

Welcome to the inaugural edition of A Deeper Look, I2R’s newsletter, where we take you inside the experimentation, innovation, and breakthroughs behind I2R’s world-class remote sensing systems. We hope this newsletter offers engaging insights into our research and development.

This edition details the development of I2RGUS, our signature coastal monitoring station. More than a webcam, I2RGUS has evolved into a versatile, highly-customizable coastal monitoring system since its creation in 2019. With I2RGUS stations positioned on coastlines throughout the United States, we look forward to expanding this technology inland to remote and other environments with monitoring needs.

More than a Webcam: A Deeper Look into I2RGUS

Argus coastal monitoring stations were a crucial innovation in nearshore remote sensing, developed to facilitate long-term, cost-effective coastal environment monitoring. Initiated by the Coastal Imaging Lab at Oregon State University, these stations have significantly evolved since their establishment in 1992. Argus stations offer scientific measurements of nearshore phenomena such as bathymetry, waves, and rip currents.

I2RGUS Station Overlooking a Coastline

Emerging from a Small Business Innovation Research (SBIR) award funded by the US Army Corps of Engineers (USACE), I2RGUS Coastal Monitoring Stations significantly advance the Argus station, offering enhanced capabilities for nearshore surveillance. In addition to visible imaging, I2RGUS systems can also provide low-light and thermal imaging. Far more than a basic webcam, our system combines durability, flexibility, power options, and cutting-edge imaging technology.

Features of I2RGUS Coastal Monitoring Stations

I2RGUS imagery from the USACE site at Duck, NC

Visible Image (Left) and Infrared Image (Right)

Here are some of the features that make I2RGUS unique.

Cameras

Types: Cameras can be visible RGB or monochrome, ranging from 1.7 to 12 Megapixels, or thermal infrared (TIR) 640x512 microbolometers.
Precision: Cameras are assembled in a clean hood. Lenses are set to the desired f-number and focused at infinity using a collimator on an optical bench.
Accuracy: Cameras are geometrically calibrated to enable precision photogrammetry.
Ruggedized Housing: Camera enclosures are IP67-rated.

Hardware

Protected Electronics: NEMA 4X-rated electronics enclosures are sealed to withstand harsh environments.
Weather-Resistant Cabling: All cabling is UV-rated for durability in harsh conditions.
Power Options: Solar and line power configuration options are available.

Functionality

ArgusEyes Software: Users can modify image acquisition and processing software for custom applications.
High-Performance Units: Higher-resolution cameras with GPS triggering options are available.
Remote Connectivity: Industrial 4G LTE cellular gateway enables remote operation.

We welcome your feedback! Reach out to us for more information or comments on how we can advance our systems to meet your needs: info@i2rcorp.com

A Deeper Read

Holman, R.A., and J. Stanley. 2007. “The History and Technical Capabilities of Argus.” Coastal Engineering 54 (6–7): 477–91. Read the article.

Thank you for staying connected! Look for future updates as we continue to innovate in imaging technology.

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