Smarter LakeCleanup

Autonomous surface vessels that detect, clean, and manage pollution. No crews, no chemicals, no guesswork.

Autonomous Navigation
Pollution Detection
Real-time Monitoring
0+
Years Experience
0%
Autonomous
24/7
Operation
Zero
Chemical Overspray

About Lacuum

Leading the future of autonomous environmental robotics through innovation, expertise, and real-world deployment.

Who We Are

Lacuum is a robotic R&D and consulting company founded by engineers and researchers with a passion for solving messy, real-world problems. From university labs to Honda Marine, our team brings decades of experience in autonomy and deployment.

✓ University Research
✓ Industry Experience
✓ Real-world Testing
Lacuum team
robotics demo

What We Do

We build autonomous robots for aquatic and land environments and help others do the same. Our work spans system design, SLAM, perception, embedded development, and hands-on field testing.

✓ System Design
✓ SLAM & Perception
✓ Embedded Development
✓ Field Testing

Where We Work

Our home is in the water. We specialize in cleanup for lakes, rivers, and coastal zones, including the challenging areas where water and land meet. If there's a complex aquatic or shoreline environment that needs robotics, we want to be there.

✓ Lakes & Rivers
✓ Coastal Zones
✓ Shoreline & Beach Cleanup
operational map

Our Services

Comprehensive robotics solutions from concept to deployment

🤖

Autonomous Systems

Design and development of surface, aquatic, and ground-based robots for industrial and environmental tasks.

💡

Consulting & Feasibility

We advise startups, municipalities, and research groups on robotics architecture, field deployment, and autonomy integration.

🔬

R&D Collaboration

Partner with us on federal grants, pilot deployments, or joint innovation projects. We offer technical leadership and applied research expertise.

Technical Expertise

Perception

3D object detection, segmentation, tracking, and multi-sensor fusion systems.

Mapping & Localization

SLAM (Simultaneous Localization and Mapping), semantic mapping, loop closure detection.

Path Planning

Multi-agent coordination, social-aware navigation, and mission planning in dynamic environments.

Controls

Model Predictive Control, low-level dynamics modeling, learning-based control strategies.

Simulation & Tooling

Development and integration using ROS, Gazebo, Python, C++, and MATLAB.

Autonomous Robotics

From hardware design to intelligent behavior — our team builds fully autonomous marine systems end-to-end.

Our Projects

Cutting-edge robotics solutions in action.

Blue Boat Prototype

The Blue Boat Prototype

Our first-generation robotic catamaran — built to test aquatic navigation, algae removal, and AI-assisted perception.

Blue Boat in fieldBlue Boat AI segmentation

Prototype Goals

  • Validate hull performance and weight distribution.
  • Test navigation with basic GPS and visual feedback.
  • Collect visual data for perception training (segmentation, detection).

Quick Facts

  • Catamaran frame for high stability
  • Early algae collection mechanism installed
  • Operated successfully in shallow water ponds
Silver Boat Hero

The Silver Boat Prototype

A lightweight, modular vessel used to test core electronics, navigation software, and rapid deployment tooling. Ideal for early-stage iteration and real-world feedback.

Silver Boat electronics

Prototype Goals

  • Serve as a modular research vessel for rapid sensor and autonomy prototyping
  • Enable in-situ perception development and field deployment of autonomy algorithms
  • Bridge the gap between simulation and full-scale lake robotics
  • Support data collection and testing for object detection, tracking, mapping, and SLAM

Quick Facts

  • Dual contra-rotating Archimedes screw propulsion for shallow, debris-filled waters
  • Lightweight, easily modifiable chassis for rapid prototyping
  • Electronics deck with GPS, Jetson Xavier, IMU, and camera system on a swappable base
  • Optimized for operation in ponds, test tanks, and shoreline zones
  • Ideal for perception testing and algorithm development in real-world conditions

Meet the Team

Dr. Maani Ghaffari

Dr. Maani Ghaffari

CTO

Robotics professor at UMich. Expert in SLAM, autonomy, and system architecture.

Scott Craig

Scott Craig

Advisor – Fundraising & Sales

Advises on investor strategy, partnerships, and go-to-market planning.

Ahmad El-Bkaily

Ahmad El-Bkaily

Legal Advisor – IP & Patents

Provides guidance on intellectual property strategy, patent filings, and regulatory compliance for Lacuum's technology stack.

Tim Lazouski

Tim Lazouski

Robotics Software

PhD in robotics & naval engineering. Works on autonomy and control systems.

Yu-I Chang

Yu-I Chang

Controls Engineer

Works on embedded systems and motor control across robotic platforms.

Ziyu Xu

Ziyu Xu

Calibration Engineer

Focuses on vision-based alignment and robotics calibration workflows.

Yinan Dong

Yinan Dong

Hardware Design

Mechanical design for vessels and payload integration. CAD + prototyping.

Amer Abughaida

Amer Abughaida

Co-Founder

Led Honda Marine research. 17+ years in mobility and systems. MBA from Ross.

Claire Alverson

Claire Alverson

Web Development

Leads front-end and visual design for Lacuum's web presence.

Mohamad Hamade

Mohamad Hamade

Animation & Content

Creates CGI, gameplay, and pitch materials. Unreal Engine + content strategy.

Careers

We are building the future of robotics — and we are just getting started. If you are passionate about autonomous systems, applied research, or mission-driven engineering, Lacuum might be your next adventure.

🔧 Robotics Engineer

Work on autonomy, SLAM, and perception systems for land and aquatic robots. Experience with ROS or embedded systems preferred.

🌍 Field Deployment Intern

Help us test and deploy robotic vessels in real-world environments. Must love water, mud, and debugging in the wild.

📢 Partnerships & Outreach

Help us grow. Build relationships with municipalities, research orgs, and environmental groups. Background in science communication a plus.

Contact Us

Reach out for partnerships, consulting inquiries, or technical questions. We'll respond within 1–2 business days.