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RefIE-015
ClientMobile Monitoring Sp. z o.o.
Year2024-2025
Scale1:1
[CAD][IoT][Systems][Web]

Mobile Monitoring: measurement buoy, water drone and dashboard

One client, hardware and software. A waterproof measurement-buoy enclosure and a water-drone mount (Shapr3D, Blender), a React port-monitoring dashboard (a Mapbox map with water, air, noise and wind layers plus camera feeds), a full visual identity and a Framer website with an AI-cameras subpage and an English version.

The system: autonomous buoys, water drones and UAV inspection alongside the port data cockpit.IE-015 · FIG.01 · The system: autonomous buoys, water drones and UAV inspection alongside the port data cockpit.

Problem

A Gdansk company was building a water-quality monitoring system for open water: measurement buoys, water drones, AI cameras and a cockpit for port data. They needed a single contractor to design waterproof hardware that survives waves, UV and impact, keeps the electronics serviceable, and at the same time delivers the digital side of the system and a coherent brand.

Outcome

A complete system from a single contractor: production-ready hardware, a working port data cockpit, the brand and a bilingual website. The buoy proven in the field, on open water. The strongest proof of combining the physical and digital worlds: one client, hardware and software.

  1. 01Hardware design in Shapr3D and Blender: a waterproof buoy enclosure with an electronics bay and a sensor access port, an O-ring seal, solar panels and a carrier frame, plus a mount for the water drone.
  2. 02Production files (STL, 3MF, DWG) ready for fabrication, plus professional product renders and a marketing photography package for the system.
  3. 03Visual identity: a wave wordmark, a palette (orange ff6633, navy, graphite), Bai Jamjuree typography, graphic elements and a brand book.
  4. 04A Framer website with a rebuilt AI-cameras subpage and an added English version.
  5. 05A React port-monitoring dashboard for the Port of Gdansk: a Mapbox map with water, air, noise and wind layers, camera feeds (e.g. the Dead Vistula mouth), a timeline scrubber and a status legend from very good to very poor.

Specifications

IE-015
Scope
Hardware + software + brand
Hardware
Measurement buoy + water drone
CAD
Shapr3D + Blender
Production files
STL, 3MF, DWG
Dashboard
React + Mapbox
Website
Framer, PL + EN
Product render: the buoy enclosure and WATERSCAN module with Mobile Monitoring branding.
FIG.02Product render: the buoy enclosure and WATERSCAN module with Mobile Monitoring branding.
Exploded CAD model: solar panels, the sensor frame, the float and the mounting (Shapr3D).
FIG.03Exploded CAD model: solar panels, the sensor frame, the float and the mounting (Shapr3D).
React dashboard: a Mapbox map of the Port of Gdansk, water and air quality layers and camera feeds.
FIG.04React dashboard: a Mapbox map of the Port of Gdansk, water and air quality layers and camera feeds.
The buoy in the field: the measurement unit on open water.
FIG.05The buoy in the field: the measurement unit on open water.
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