Advanced Underwater Robotics and Marine Safety Systems
GoFloat Tech is a fast-growing defence startup focused on developing innovative underwater technologies including autonomous underwater vehicles, vessel immobilization systems, and advanced flotation safety solutions.
GoFloat Tech is a defence technology startup focused on developing next-generation underwater systems. The company builds innovative marine solutions ranging from autonomous underwater drones to advanced flotation and rescue systems designed for defence and maritime operations.
Advanced underwater defense systems and autonomous surveillance platforms for maritime security operations.
Life saving appliances and flotation systems designed for emergency response and rescue operations.
Artificial intelligence and machine learning solutions for autonomous navigation and threat detection.
The Indian Navy requires advanced solutions for VBSS (Visit, Board, Search, and Seizure) operations where vessels must be stopped safely without causing permanent damage or harm to personnel.
Need to stop suspicious vessels approaching naval forces
Must avoid lethal damage to vessels and crew
Should disable propellers temporarily and safely
Must be safe and non-hazardous to marine environment

Our revolutionary hydrogel-based propeller immobilisation system provides a non-lethal, environmentally safe solution for stopping vessels during maritime security operations.
Our proprietary biodegradable hydrogel compound is designed to expand rapidly upon contact with seawater, creating a temporary but effective barrier that safely immobilizes vessel propellers without permanent damage.
The system utilizes an autonomous underwater platform that can precisely deploy the hydrogel payload directly onto target propellers, ensuring maximum effectiveness while maintaining safe distance from the vessel.


Detect
Approach
Deploy Hydrogel
Immobilize
Recover
Intercept
Pralay is a next generation tactical AUV designed for reconnaissance and underwater defence operations, featuring advanced AI capabilities and modular payload systems.
Stealth underwater surveillance
AI ship detection using IR camera
Acoustic monitoring capabilities
Modular payload system
Autonomous navigation
Ballast system for buoyancy control
300 meters
Depth
4 knots
Max Speed
10 kg
Payload

A modular anti-drone solution designed to neutralize aerial threats by deploying a high tensile net that entangles drone propellers, providing a non-destructive countermeasure for airspace security.
40 meter effective range
Low power consumption
Modular architecture
Compact portable deployment

Professional-grade flotation and rescue systems designed for military, maritime, and emergency response operations.
Inflatable flotation system designed for Indian Navy MARCOS amphibious units, providing reliable buoyancy support during tactical operations.
Quick attachment
Easy repacking
Reliable inflation
Low maintenance


Portable flotation aid designed for rescue during floods, boat capsizing, storms, and tsunamis. Features rapid deployment and reliable performance in emergency situations.
Automatic water activation
Inflates within 3 seconds
Compact design
Optional buddy line
Backup oral inflation tube
Compact inflatable life jacket available in manual and automatic versions, designed for professional maritime operations with enhanced safety features.
Buoyancy 150N and 275N
Retro reflective tape
Emergency whistle
Lifting loop
Easy repacking


Heavy duty underwater lifting system used by divers to move heavy objects underwater using buoyancy. Essential equipment for salvage operations and underwater construction.
Aerial Deployed Running Gear Entanglement System

The Aerial Deployed Running Gear Entanglement System (ADR-GES) is a drone-based maritime defense solution designed to neutralize unauthorized vessels by entangling their propellers and rudders. This rapid, non-lethal approach allows naval forces to disable suspicious boats without causing permanent structural damage, making it ideal for coastal security and naval protection missions.
Lightweight, durable aluminum housing
Horizontal deployment range up to 30 meters
Corrosion-resistant construction





We are developing an advanced airbag-based protection system for defense drones to minimize damage during crash landings. The system is designed to absorb impact energy and protect critical components during emergency situations such as power failure, connectivity loss, rotor malfunction, or adverse weather conditions.
This safety mechanism ensures drone survivability and operational readiness even after unexpected incidents.
Marine Detection


An AI-powered marine monitoring system designed to detect boats, marine life, and unusual activity in real time using advanced computer vision techniques.
Detects vessels in real-time video streams
Identifies marine life such as fish
Uses OpenCV and machine learning models
Supports multi-stream processing
Useful for naval monitoring, marine research, and coastal security
An AI-based safety monitoring system that detects drowning incidents in real time using pose estimation and motion tracking algorithms.
The system continuously analyzes swimmer movements and identifies dangerous patterns such as prolonged submersion, vertical drop, or abnormal motion.
Detects leg stillness and abnormal vertical posture
Tracks movement using Kalman Filters and OpenCV
Supports up to 10 simultaneous video streams
Ideal for swimming pools, naval training facilities, and coastal surveillance
