Smart Cameras

Underwater vision is at the heart of autonomous operations. We design and offer next-generation cameras for over-the-horizon and advanced navigation applications.

Underwater Imaging

Knowledge acquired through many years of ROV development has pushed in-house camera manufacturing, all designed to enhance video streaming capabilities.

Forssea Robotics MINI CAM

Mini Cam

Auxiliary IP camera for ROV rear-facing or tooling applications. Coming with advanced web streaming settings and visibility enhancement.

Forssea Robotics OBS CAM

Obs Cam

4K-IP ROV inspection and navigation camera, suited for low light applications. Coming with advanced web streaming settings, visibility enhancement and 30x optical zoom.

Forssea Robotics SMOOVE®

SMOOVE®

Resident Camera System (2,000 or 6,000m versions) for real-time underwater vision and scientific observatories deployment.

Streaming Technology

We offer a turnkey embedded vision suite for your real-time streaming projects. Our imaging systems have been developed to maximize remote operations performance over secured web links.

Multi Device Streaming Service

Forssea Robotics Multi Device Streaming Service

Multi channel web player for robotics platform:

  • Camera stream automatic discovery
  • Overlay customization options
  • Compatible with acoustic camera / sonar and other seabed imaging devices

Video Setting Dashboard

Forssea Robotics Video Setting Dashboard

Camera built-in dashboard and real-time web player:

  • Easy access to camera settings (zoom, focus, color…)
  • Streaming quality & RTSP management
  • Interfaceable with market leading video recording and survey suites

Visibility Enhancement

Forssea Robotics Visibility Enhancement

Embedded Proprietary Algorithm made for low visibility and turbid underwater environments:

  • Real-time treatment up to HD quality
  • Directly accessible from camera dashboard and streaming service

Computer Vision

Computer vision and visual positioning is at the core of FORSSEA’s DNA. Initially designed for in-house projects, our NAV CAMs are now available on the market for both sales and rental.

Forssea Robotics NAV CAM

Nav Cam

Pre-calibrated camera for target tracking coming with V-LOC® proprietary software suite.

Forssea Robotics NAV CAM EVO

Nav Cam Evo

Pre-calibrated stereo camera for visual odometry, coming with V-NAV® proprietary software suite.

V-LOC® - Visual Localization

v-loc-subsea NAV CAM ROV Structure Marker Gyro Heading Attitude
Forssea Robotics: V-LOC®
V-LOC® calculates assets relative coordinates thanks to open-source tags which are affixed to them. Web user screen allows for real-time tracking and system integration with 3rd party equipment.

Compatible with Survey & Navigation Suite

  • V-LOC® calculates relative marker’s heading and attitude
  • Camera Heading, Pitch and Yaw is derived from ROV Gyro
  • Yard DIMCON determines relative positions between structure and marker

V-LOC® - Use Cases

Structure Tracking

Forssea Robotics Structure Tracking

Examples of use:

  • Asset tracking during descent and landing (monopile, Xmas tree, BOP)
  • Monopile inclination monitoring

System typical Accuracy of 3mm and 0.3° at 3m ROV flying distance

Docking

Forssea Robotics Docking

Examples of use:

  • ROV visual docking in garage or TMS
  • AUV visual docking in resident station
  • AUV recovery
  • Relative visual positioning

IMR

Forssea Robotics IMR

Examples of use:

  • Asset or valve identification
  • PLET or FLET buckling or walking monitoring
  • Resident vehicle position update in accordance with GIS and digital twin

Navigation

Forssea Robotics Navigation

V-LOC® offers INS position update to facilitate resident vehicle navigation.

V-NAV® - Visual Navigation

v-nav-subsea t₁ t₂ NAV CAM EVO ROV Underwater Object INS Texture & Relief
Forssea Robotics: V-NAV®
V-NAV® calculates camera displacement using visual odometry approach. Web user screen allows for real-time monitoring and system integration with 3rd party equipment.

Compatible with 3rd Party Photogrammetry Solution

  • V-NAV® detects Points of interest (POI) on visual texture
  • Displacement calculation is made possible thanks to stereovision
  • V-NAV® acts like a "Visual Velocity Log" and precisely feeds your navigation algorithm and/or INS sensor
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