Introducing the
Geery Glider
Redefining autonomous agility for ocean exploration.
A modular, hydrodynamic design built for precision, endurance, and adaptability in shallow waters.
Biomimicry-Driven Characterization of Ocean Life and Habitat
Integrating bio-inspired sensing and movement to study the structure and dynamics of marine ecosystems
Stereo Vision
3D mapping and situational awareness.
Variable Buoyancy Bladder
Silent, efficient thrust control.
Hydrophone Array
Passive acoustic localization and analysis.
Articulated Tail
Agile maneuvering in tight environments.
Modular Sensor Bay
Flexible payloads for mission-specific data.
Portable Ocean Intelligence, Built for Accessible Ocean Science
Lightweight, deployable, and designed to bring autonomous exploration within everyone’s reach
Autonomous fly over mapping
test
Filling the gap where existing solutions fall short.
Existing marine are expensive to develop, maintain and operate requiring high performance in an
extreme environment challenging communications, navigation and structural technologies
SURFACE SHIPS
PROS:
● stable platform for extensive maritime operations
● can maintain strong and constant communication links
CONS
● Large equipment
● significant logistical support for deployment, maintenance, and docking
ROV
PROS:
● Tethered – No need for onboard power or radiocommunications
● Can perform more delicate operations
CONS
● Limited endurance and mobility
● restricted payload capacity
● Limited operational range and flexibility in dynamic marine environments
Torpedo style AUV gliders have a poor glider ratio
Large Gliders have deployment and recovery challenges.
