Cobertura diaria archivada de drones marítimos, organizada en páginas canónicas con enlaces directos a perfiles de empresas y plataformas.
202 noticias · Actualizado 11 oct 2026
/Marine Technology News
Los modems acústicos inteligentes de Subnero ahora son compatibles de forma nativa con el Light Autonomous Underwater Vehicle (LAUV) de OceanScan MST sin necesidad de modificaciones de hardware o software, lo que permite comunicaciones submarinas plug‑and‑play.
Por qué importa
Proporciona una red acústica lista para usar y sin interrupciones para los AUV, aumentando la flexibilidad operativa.
Ocean News & Technology
Ocean News & Technology
Ocean News & Technology
Vincula el trazado geoquímico con la viabilidad futura de la minería del lecho marino.
Demuestra el despliegue integrado USV‑AUV para operaciones en el lecho marino.
Potencia las capacidades de la flota de USV medianos de la Marina de EE. UU.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
ROV activity keeps subsea inspection and intervention capacity visible.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
ROV activity keeps subsea inspection and intervention capacity visible.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
ROV activity keeps subsea inspection and intervention capacity visible.
Surface autonomy remains a key indicator of maritime robotics adoption.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Underwater autonomy remains a key signal for naval and offshore capability.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Surface autonomy remains a key indicator of maritime robotics adoption.
Signals near-term USV program momentum from a top U.S. naval industrial player.
Weaponizing USVs with guided munitions increases precision strike roles in naval drone warfare.
Persistent glider fleets turn ocean sensing into continuous infrastructure for naval planning.
Subsea infrastructure buildout is driving sustained demand for long-endurance USV survey platforms.
Distributed sensing turns USVs into persistent acoustic infrastructure for subsea awareness.
USV swarm autonomy shifts maritime surveillance from platforms to distributed systems.
Mine warfare is shifting from crewed hulls to modular uncrewed systems.
USV production capacity is becoming a strategic variable, not just an engineering detail.
Big offshore IMR awards keep ROV fleets central to subsea asset uptime.
Contract extensions show ROV-based maintenance is becoming persistent offshore operating practice.
Integrated vessel-plus-robotics service stacks cut friction for offshore inspection and survey work.
