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Human factors 1
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Sonar design 1
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AUV progression
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Extending surveillance
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Achieving success in no-fail missions: Lessons from 4 continuous years supporting USN, USCG and NATO
AUVs use cases
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Materials
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Sensor fusion
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Simulation for operational effectiveness
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Autonomy
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Sonar networking
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Networked acoustics
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Artificial Intelligence (AI) in Strategic Planning of Naval Operations – Underwater Domain Awareness
Planning for operational readiness/ Transitioning from demonstration to capability delivery
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Novel sensors 1
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Mission management
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Operational effectiveness: A strategic perspective
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Smart sensors
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Augmenting robotics and autonomous systems into naval operations
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Copper Nickel Chrome (CNC): The Non-Ferrous Alloy of Choice for Seawater-Wetted Submarine ComponentsChairperson
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• Demonstrates how digital twins and corrosion modelling can transform marine asset integrity management. • Presents a validated simulation workflow combining CFD and electrochemical modelling. • Offe …Chairperson
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Submarine countermeasures 2
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Sonar networking
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Efficient Offline Reinforcement Training of Torpedo Countermeasure Policies via Decision Transformer
Submarine countermeasures 1
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Autonomy
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Novel sensors 2
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Sonar design 1
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Operational effectiveness: A strategic perspective
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Sonar design 2
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Autonomy
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Planning for operational readiness/ Transitioning from demonstration to capability delivery
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Chairperson
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AI for modelling
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24-h anchored watch systems outperform non-24-h rotations — they support longer, more consolidated sleep and reduce circadian misalignment. Extended off-watch periods are optimal — they provide restor …
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AI for modelling
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Acoustic signatures
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Submarine countermeasures 1
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Human factors panel
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Manufacturing
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Why current investment models delay operational adoption of undersea autonomyEvidence that milestone-driven funding reduces risk and accelerates deliveryHow parallelised collaboration between industry …
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Human factors 1
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ChairpersonSpeakers
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Speakers
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Human factors 2
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Teaming crewed and uncrewed vehicles has considerable challenges in C3 to perform a full ASW 'kill chain' 2. These challenges are solvable given some thought about integration and communications 3. Qi …Speakers
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Chairperson
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To be announcedSpeakers
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Speakers
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Planning for operational readiness/ Transitioning from demonstration to capability delivery
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Mission management
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Submarine countermeasures 2
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The Royal Australian Navy has employed Bluebottle uncrewed surface vessels in operational service over the last two years to deliver persistent surface and subsurface intelligence, surveillance and re …Chairperson
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CUI/ Seabed warfare
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Novel Sensors 2
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Chairperson
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Novel sensors 1
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AUVs use cases
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Sensor fusion
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Underwater protection of critical maritime areas, seabed infrastructures, harbours using new generation technological developments in sonars, various sensor types and unmanned systemsSpeakers
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Securing the Seabed Together-Leveraging Partnerships for Critical Undersea Infrastructure Protection
Operational effectiveness: A strategic perspective
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Sensor fusion
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AUV progression
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Speakers
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Manufacturing
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Smart Sensors
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CUI/ Seabed warfare
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Augmenting robotics and autonomous systems into naval operations
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Networked acoustics
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(1) Aerial drone magnetics offer unique insight into threats beneath the sea surface. (2) Aerial drone magnetics are less dependent of weather- and sea conditions as compared to AUVs and other airborn …
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Speakers
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Augmenting robotics and autonomous systems into naval operations
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Novel sensors 1
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