Robosys Automation
About
About Robosys Automation
VOYAGER AI links vessel steering, propulsion, transmissions, sensors, electronic charts and alarm systems through one autonomy and remote-control layer. Configurations range from collision-avoidance decision support and intelligent pilotage to fully uncrewed navigation, with route optimisation, obstacle avoidance, anti-grounding and shore-side control. The architecture is designed to work across vessel, propulsion and sensor suppliers.
Robosys has supplied the stack for HydroSurv REAV survey craft, Uncrewed Survey Solutions' Accession fleet and ACUA Ocean's Pioneer platform. In 2026 it also completed a rapid integration on two Ghostworks Marine tactical USVs. Southampton headquarters and workshops support commissioning and water-access testing, backed by engineering operations in North America, India and Canada.
Supply
Supply chain relationships
- ACUA Ocean
Outbound - Software - ACUA Ocean's Pioneer USV integrates Robosys VOYAGER AI autonomous navigation
Source - HydroSurv
Outbound - Software - HydroSurv's REAV 28 USVs feature Robosys VOYAGER AI across several vessels
Source - Uncrewed Survey Solutions
Outbound - Software - Robosys VOYAGER AI equips Uncrewed Survey Solutions' Accession class USVs
Source
Team
- Aditya Nawab - Chief Executive Officer, Chief Technology Officer and Founder - Founded Robosys and leads development and commercialisation of the VOYAGER AI maritime autonomy stack.
Timeline
Events
- 2026-10-09 - Demonstration - Robosys evaluates VOYAGER AI in MARIN’s maritime autonomy testbed
The scenarios included head-on, crossing and overtaking encounters, multi-target interactions and recovery after avoidance. Additional cases used dense AIS traffic, fishing-vessel operations, near-shore navigation and randomly generated encounters. The test programme extends a relationship that began in 2018 through a Dutch autonomous-shipping joint industry project.
Source
Relations
Relationships
- MARIN (Maritime Research Institute Netherlands)
Partner - Robosys and MARIN evaluated VOYAGER AI in a simulation testbed using 55 DNV marine-traffic benchmark scenarios.
- Landau Marine
Maritime Autonomy Integration Partner - Robosys and Landau Marine collaborate on new-build and retrofit maritime autonomy installations.
Context
Comparable profiles
- Mirai Robotics
comparable profile - Maritime Autonomy Platform
- Eight Knot
comparable profile - Maritime Autonomy Platform
- Tongzhou Zhihang
stack adjacency - Maritime Autonomy Software Layer
- Zeabuz
stack adjacency - Maritime Autonomy Software Layer
- Hefring Marine
stack adjacency - Maritime Autonomy Software Layer
Shared workflows
- Maritime Robotics
workflow adjacency - Maritime Autonomy
- Rekise Marine
workflow adjacency - Maritime Autonomy
- Splash
workflow adjacency - Maritime Autonomy
- Fleetzero
workflow adjacency - Maritime Autonomy
- SEAHI Robotics
workflow adjacency - Maritime Autonomy
- EvoLogics
workflow adjacency - Maritime Autonomy
- BUVI Scandinavia
workflow adjacency - Maritime Autonomy
- STARK
workflow adjacency - Maritime Autonomy
- Aquatonomy
workflow adjacency - Maritime Autonomy
- MarineAI
workflow adjacency - Maritime Autonomy
- Mythos AI
workflow adjacency - Maritime Autonomy
- Bearing AI
workflow adjacency - Maritime Autonomy
Context tags
- Maritime autonomy platform - Peer Group - https://robosysautomation.com/ — exact company-level context reviewed during today-new-supply-profile-qa-2026-09-26-run02.
- Maritime autonomy software layer - Stack Layer - https://robosysautomation.com/ — exact company-level context reviewed during today-new-supply-profile-qa-2026-09-26-run02.
- Maritime autonomy - Workflow - https://robosysautomation.com/customer-success-deployment-expanding-real-world-impact/ — exact company-level context reviewed during today-new-supply-profile-qa-2026-09-26-run02.