AquaSee™
Underwater Image Enhancement & Analytics

Pool Buddy is a patented robotic system (granted in 2024) designed to automate swimming pool maintenance. Developed as part of Andromeida’s journey in underwater robotics, Pool Buddy reflects our expertise in creating reliable, intelligent robots for real-world water environments. While the cleaning stack remains a work-in-progress, the true innovation lies in its automated water chemistry optimization system, making it a first-of-its-kind solution in India.

innovation stroke

Turn murky footage into mission-ready
insight.

AquaSee is Andromeida’s AI-based underwater image enhancement pipeline that captures and
analyzes ocean data to mitigate adverse ecological impacts.

What it is

A copyrighted software stack built for underwater RGB correction and analytics, delivered through a dedicated digital dashboard for image/video processing and AI-governed insights.

Why it matters

Coastal economies and aquaculture depend on clear, actionable visuals below the surface; over-fishing and unregulated practices degrade stock quality and monitoring. AquaSee clarifies scenes and supports stakeholders with evidence-driven decisions for conservation and productivity.

What it does

  • Enhances underwater RGB for truer color rendition and better visibility in low-contrast, hazy scenes. 
  • Analyzes imagery via a dashboard that streamlines review, comparison, and reporting for teams. 
  • Supports research workflows where high-quality visuals accelerate mapping, monitoring, and documentation.

Who it’s for

  • Academic researchers seeking clearer transects, habitat mapping, and long-term baselines. 
  • Ocean science & aquaculture teams monitoring stock health and infrastructure conditions. 
  • Inspection & conservation groups documenting dams, hulls, pipelines, reefs, and sensitive sites.

Thrust Stand

Seamless with Andromeida hardware

AquaSee complements our robotics portfolio—use it to get more from UUR’s research footage and Pool Buddy’s inspection visuals, creating an end-to-end capture→enhance→analyze loop under one roof.

Key capabilities:

  • Dashboard-first experience: Upload, enhance, compare, and export in a few clicks. 
  • Quality-aware processing: Color/contrast recovery tailored for underwater scenes. 
  • Actionable outputs: Sharper imagery that supports downstream analysis and mitigation planning.
comming soon

Book your complimentary training session on RoS now !

Start building your customized robots now.

Frequently asked questions

Got questions? Here are our most frequently asked questions

For a first-time user with a technical background like yours, operating UUR™ would be straightforward. The interface is designed to be user-friendly, with guided workflows and setup wizards that simplify installation and calibration. However, some familiarity with sensors, hardware connections, or data interfaces will definitely help speed up the learning process. First-time users without a technical background may require more initial training but can still operate it after going through tutorials.

The Academic Edition is optimized for educational purposes. It includes simulation tools, learning modules, and limited hardware interfacing options to help students and researchers experiment without requiring full-scale deployment.
The Quest Edition, on the other hand, is intended for field operations, real-time data acquisition, and industrial use cases. It supports a wider range of sensors, higher data throughput, and customization options. Based on your work in projects like vehicle tuning and diagnostics, the Quest Edition would likely suit hands-on applications where hardware integration and precise measurements are critical.

Yes, customization is one of UUR™’s key strengths. It supports integration with external sensors, diagnostic tools, and interfaces, much like how you are preparing to work with the Vgate vLinker MC+ for your Street Triple 675. Custom configurations require proper communication protocols (e.g., CAN, UART, or Bluetooth) and calibration parameters. Users with engineering experience can extend its capabilities or adapt it for specialized use cases like automotive tuning or environmental monitoring.

The operational limits depend on the specific configuration. Typically, the Quest Edition is built for industrial environments with protection against dust, vibration, and temperature fluctuations. If it’s used in automotive or outdoor applications, it can withstand depths up to a few meters underwater and temperature ranges from –20°C to +60°C, similar to rugged sensors in vehicle diagnostics. You would need to follow safety guidelines to ensure sensor waterproofing and proper enclosure.

A basic technical orientation covering system setup, sensor calibration, and data interpretation is required. For someone like you—familiar with vehicle systems, diagnostic tools, and hardware—training would mostly focus on interface workflows and safety protocols. For other users, the platform offers structured tutorials, troubleshooting guides, and hands-on workshops to build confidence before full deployment.

UUR™ is designed with ruggedized components to operate in challenging underwater environments. Its housing is typically rated IP68 or higher, ensuring protection against prolonged submersion, corrosion, and pressure. It can handle saltwater exposure, shock, and vibration—conditions similar to those encountered in offshore or automotive testing setups. However, proper sealing and periodic maintenance are necessary to ensure continued performance in highly abrasive or chemically reactive environments.

The battery life depends on the sensor load and operational mode. Under standard conditions, UUR™ can operate continuously for 8–12 hours, with power-saving modes extending this to 18–20 hours in low-activity scenarios. For longer missions, external power sources or hot-swappable battery packs are supported. This flexibility allows users like you, who are used to extended testing scenarios (for example, long diagnostic runs), to adapt the system to mission requirements without compromising reliability.

Deployment is designed to be efficient, especially for field engineers. With pre-configured mission profiles and automated calibration routines, a trained user can deploy UUR™ within 10–20 minutes. This includes powering up, sensor alignment, and system checks. For rapid response scenarios, Andromeida also offers quick-start guides and remote support tools that further reduce setup time.

Andromeida offers comprehensive support tailored to technical users like you:

  • Remote diagnostics and troubleshooting assistance
  • Firmware updates for performance optimization
  • Hardware maintenance kits and spares for field repairs
  • Training modules and user manuals to ensure correct operation
  • On-demand support for mission-critical applications, including advice on sensor integration and calibration Warranty and extended service plans are also available to ensure uninterrupted usage in demanding conditions.

Yes, UUR™ supports synchronized operation across multiple units. Through wireless or wired networks, data can be aggregated in real time, enabling coordinated mapping, sensor fusion, and redundancy. This makes it ideal for larger operations such as environmental monitoring, fleet diagnostics, or complex testing setups. Users with experience in multi-sensor systems—like yourself working on advanced vehicle tuning or diagnostics—can configure and control these units to scale operations efficiently.