See every bite. Hit every grade.

ClamVision turns your dredge's sensors into a live 3D picture of the dig: bucket position, design surface, tide, and production, so your crew stops guessing and starts proving.

Built for the bucket, not adapted to it

ClamVision was built from the ground up for clamshell and excavator dredging by the hydrographic surveyors at Sea Sight Survey, people who measure dredge projects for a living.

  • Guidance

    Dig with certainty

    A live 3D model of your barge, boom, and bucket, driven by GPS, encoders, and inclinometers, shows the operator exactly where the bucket sits against design grade, corrected for tide, on every single bite.

  • Production

    Prove your volume

    Continuous surface differencing turns every recorded bite and sonar sounding into defensible volume numbers. Daily, shift, and project totals update themselves, with no waiting on a post-dredge survey to know where you stand.

  • Operations

    Run the whole spread

    Relay Server and DredgeHQ cloud integration connect every dredge, survey boat, and office screen to one shared project. Push a new design surface from shore and every vessel has it in seconds.

Your whole project on one screen

Georeferenced satellite imagery, chainage stations, design lines, the live barge and swing arc, and every recorded bite color-coded by depth. This is what your operator, superintendent, and client all see, updating together in real time.

  • Bite heatmap. Under-dredged areas stand out immediately.
  • Live equipment model. Barge, boom, and bucket move in sync with the machine.
  • Real-time cross-sections. A live profile slice through the current dig position.
ClamVision plan view with satellite imagery of a river channel, chainage stations, design lines, a live barge model with swing arc, and color-coded bite footprints
Live project view with satellite imagery, chainage, design lines, and color-coded bites.

From pre-dredge survey to final acceptance

How a project runs in ClamVision.

  1. Import the pre-dredge survey

    Load soundings and surfaces from LandXML, DXF, XYZ, Shapefile, or native multibeam formats (KMall, S7K) to establish the existing bottom. No external CAD or GIS software required.

  2. Load the design surface

    Import the required finished grade and tolerance. ClamVision renders it as a colored mesh in every view, in your project's coordinate system: UTM, local grid, or custom projection.

  3. Calibrate the spread

    A structured workflow walks you through antenna offsets, boom geometry, and inclinometer alignment, then verifies the result against a known survey point. Test the whole setup in the office first with the built-in sensor simulator.

  4. Dredge with live guidance

    Every bite is recorded with position, depth, tide, and GPS quality. The work surface updates itself, volumes accumulate in real time, and under-dredged spots are flagged before the barge moves on.

  5. Verify and report

    Import the post-dredge survey, run cut/fill comparisons, and hand the client grade-compliance and production reports as PDF, CSV, or DXF, generated automatically and grounded in sensor data.

Everything the dig demands

Fourteen integrated capabilities, one project file. No modules to stitch together, no data to shuttle between programs.

<h3 class="feature-group-title" id="fg-guidance">Guidance</h3>
<h3 class="feature-group-title" id="fg-measurement">Measurement</h3>
<h3 class="feature-group-title" id="fg-production">Production</h3>
<h3 class="feature-group-title" id="fg-connectivity">Connectivity</h3>

Know the bottom like you can see it

Multibeam and single-beam sonar, color-scaled depth surfaces, and live cross-sections put the invisible part of the job, the part you're paid for, right in front of the crew.

ClamVision showing a color-scaled water depth surface over a channel and a real-time cross-section profile window with the excavator digging against grade
Color-scaled depth surface with a real-time cross-section profile.
ClamVision 3D view of an excavator dredge on a barge working a curved channel with chainage stations and recorded bites
Full kinematic excavator model: boom, stick, and bucket tracked live.

90+ device drivers, ready out of the box

If it's on your dredge, ClamVision can probably read it. New drivers can be added for customer-specific hardware without touching the core application.

  • R2Sonic
  • Kongsberg EM / KMall
  • Teledyne Reson S7K
  • Applanix POS MV
  • SBG Ellipse
  • NTRIP RTK
  • ETrac
  • Valeport
  • Hazen
  • NOAA Water Levels
  • Keller Pressure
  • Nordredge
  • NMEA GPS / GNSS
  • Cable Counters
  • Rotary Encoders
  • Wireless Inclinometers
  • Gyrocompasses
  • CAN Bus J1939
  • OPC UA
  • MQTT
  • RS-232 / 422 / 485
  • Single-Beam Echo Sounders

Software from surveyors, not just software people

ClamVision is built by Sea Sight Survey, hydrographic surveyors with 50+ years of combined experience measuring marine construction from the Great Lakes to the Gulf. The people who write the code are the people who stand behind the survey data.

  • USACE-compliant DQM experience across federal dredging work
  • Coast-to-coast support across the Great Lakes, East Coast, West Coast, and Gulf of Mexico
  • Training and commissioning on your vessel, with your crew, on your project
  • Survey-grade standards. Dependable, defensible results are the product
About Sea Sight Survey
Two ClamVision monitors mounted inside a crane cab, showing the bite heatmap and barge position, with the clamshell bucket on deck beyond the window
ClamVision in the crane cab, showing real time bucket position.

Put ClamVision on your next job

Every dredge spread is different. Tell us about your equipment and your project, and we'll spec a system and get your crew trained.