Cellula Robotics Included in CHARYBDIS Phase 1 Project

Cellula Robotics has been selected as one of the suppliers for the CHARYBDIS Phase 1 project, with the overarching goal of achieving integrated uncrewed, persistent, deployable ASW Surveillance systems By Sarah Simpson / 15 Aug 2023

Connect with Leading Marine Technology Innovators

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Cellula Robotics Included in CHARYBDIS Phase 1 Project
Follow OS&T

Cellula Robotics has been chosen as one of 26 suppliers to be awarded a contract for the prestigious CHARYBDIS Phase 1 project.

Spearheaded by the Submarine Delivery Agency Autonomy Unit (SDA-AU) on behalf of Navy Develop, this venture seeks to commission an array of concept studies from diverse and credible suppliers. The overarching goal is to achieve integrated uncrewed, persistent, deployable Anti-Submarine Warfare (ASW) Surveillance systems.

The mission of project CHARYBDIS encompasses the identification, prototyping, trials, and delivery of technologies that offer persistent, deployable, uncrewed surveillance prowess. The prime focus of this endeavor is to detect, classify, localize, and report underwater hostiles across expansive oceanic regions.

This commendable opportunity entails the execution of Phase 1 of the project, with future phases being meticulously shaped by insights garnered from the Concept Studies that will be generated through this contract.

Selection for the CHARYBDIS Phase 1 project marks a significant recognition of Cellula’s expertise and innovation in the realm of uncrewed surveillance technologies.

In alignment with the Royal Navy’s strategic objective to enhance their operational advantage over potential adversaries, Project CHARYBDIS emerges as a pivotal conduit. This initiative seeks to harness advancements in autonomy, robotics, and machine learning to transcend conventional methodologies, encompassing fixed infrastructure, transient sonobuoys, and crew-intensive platforms. This procurement constitutes an integral facet of Phase 1 of Project CHARYBDIS, which seamlessly integrates into the Royal Navy’s Anti-Submarine Warfare (ASW) Spearhead.

Embarking on this collaborative journey, Cellula Robotics anticipate groundbreaking contributions that will redefine the landscape of underwater surveillance and bolster national security.

Posted by Sarah Simpson Edited by Sarah Simpson, Content Manager with a passion for research and creating digital copy with a focus on new technology. Connect & Contact

Latest Articles

Advanced Multibeam Sonar Technology Expands Capabilities in Offshore & Energy Sectors

Oceanscan Singapore expands its global rental fleet with the latest NORBIT multibeam sonar systems, enhancing survey capabilities for energy and offshore markets

May 01, 2025
AGISTAR Unveils Compact Remote-Controlled Motor for Inflatable Boats

AGISTAR has unveiled the OXR-T100, a compact, remote-controlled electric motor engineered for inflatable boats, delivering quiet, eco-friendly performance across demanding marine environments

May 01, 2025
AXYS Technologies MetOcean Observation Networks

AXYS Technologies supplies high-precision MetOcean data solutions that support marine safety, scientific research, environmental monitoring, and policy development across more than 80 countries

Apr 30, 2025
MostaTech to Launch Advanced Gyroscopes at XPONENTIAL 2025

MostaTech will present advanced fiber optic gyroscopes and inertial measurement units at XPONENTIAL 2025, highlighting advancements in low-SWaP, high-performance navigation technology

Apr 30, 2025
D-2 Ultra Low Power CTD Integrated into WHOI Arctic Research

D-2 Inc.’s advanced CTD sensor supports WHOI’s Arctic climate research, enhancing data precision in the Ice Tethered Profiler program’s latest deployments

Apr 30, 2025
Kraken Robotics Secures $11 Million in New Battery Orders

Kraken Robotics has received new orders for its SeaPower™ batteries, powering advanced uncrewed underwater vehicles (UUVs) and driving growth in the defense sector

Apr 29, 2025

Featured Content

D-2 Ultra Low Power CTD Integrated into WHOI Arctic Research

D-2 Inc.’s advanced CTD sensor supports WHOI’s Arctic climate research, enhancing data precision in the Ice Tethered Profiler program’s latest deployments

Apr 30, 2025
Case Study: Impact Subsea Altimeter Supports Antarctic Science

Impact Subsea's ISA500 underwater altimeter plays a key role in the Icefin AUV as it collects vital data, passing through narrow boreholes drilled into Antarctic ice shelves

Apr 23, 2025
Kongsberg Discovery Supplies Technology to Convert Sailing Ship into Research Vessel

Kongsberg Discovery has upgraded the Statsraad Lehmkuhl for the One Ocean Expedition, providing advanced systems to support climate and ecosystem research

Apr 17, 2025