August 14, 2024 San Diego, CA – DWE.ai, a leader in cutting-edge underwater computer vision solutions, proudly showcased its latest innovation in real-time underwater stereo vision at the 11th Annual Maritime Security West Conference. The system can be configured for 1000m,...

Balancing Bitrate and Video Quality with H.264 Compression When using built-in H.264 compression on cameras, there is a trade-off between bitrate and video quality. The H.264 codec is highly efficient, allowing you to stream video at higher resolutions and lower...

The field of view (FOV) of a camera lens describes the extent of the observable world that a camera can capture at any given moment. This aspect is crucial in determining the quality and usability of imagery, especially in challenging...

Underwater photogrammetry and 3D reconstruction represent a pivotal shift in how we explore, study, and interact with the subsea world. This technology offers unprecedented opportunities for detailed mapping, inspection, and visualization of underwater environments, proving invaluable across a range of...

In the rapidly evolving field of computer vision and artificial intelligence (AI), the choice between global shutter and rolling shutter cameras plays a pivotal role in defining the accuracy and reliability of imaging solutions. This distinction, though seemingly technical, carries...

In the vast and mysterious world of underwater exploration, imaging technology plays a pivotal role in unlocking the secrets of the deep. Among the myriad of considerations for selecting an underwater camera, the choice between global and rolling shutters emerges...

The pursuit of excellence in underwater imaging often involves navigating through the complexities of optical challenges presented by the marine environment. While flat and dome ports have been traditional solutions for housing cameras underwater, each comes with its own set...