Oceanova Matai autonomous surface vessel operating on the water
OCEANOVA / INVESTMENT INTRODUCTION AOTEAROA NEW ZEALAND
ROBOTICS · AUTONOMY · OCEAN INTELLIGENCE

THE OCEAN IS STILL
TOO HARD TO REACH.

Understanding the ocean still demands substantial vessels, specialist crews and disconnected systems. We believe that should change.

THE CHALLENGE
DESIGNED · BUILT · DEPLOYEDOCEANOVA
THE PROBLEM

THE COST OF ACCESS
LIMITS WHAT WE KNOW.

Survey, inspection and environmental monitoring can be difficult to mobilise and expensive to repeat. Valuable information remains scattered across vehicles, sensors and specialist software.

ACCESSCostly mobilisation

Many missions depend on crewed vessels, specialist teams and operational infrastructure disproportionate to the task.

COMPLEXITYFragmented workflows

Vehicle control, sensor acquisition and interpretation too often happen in separate systems.

CONTINUITYDifficult to repeat

When returning to a site is costly, regular observation and understanding change become harder.

THE OCEANOVA RESPONSE

BUILD THE VEHICLE.
INTEGRATE THE SENSORS.
SIMPLIFY THE MISSION.

Oceanova is developing an integrated family of robotic platforms for marine survey, observation and remote operations. By combining hardware, autonomy and data tools, we aim to make capable ocean systems easier to deploy and operate.

EXPLORE THE PLATFORMS
OCEANOVA / PLATFORMS

HARDWARE FIRST.
INTELLIGENCE THROUGHOUT.

Our approach begins with purpose-built vehicles, then brings together navigation, sensing, software and practical field operations around the mission.

Matai autonomous surface vessel in field operationOCEANOVA / FIELD OPERATIONS
SURFACE / FIELD-TESTED PLATFORM

MATAI

Compact autonomous surface robotics for hydrographic surveying, marine data acquisition and deployable coastal operations.

HYDROGRAPHYRTK NAVIGATIONMODULAR SENSING
EXPLORE MATAI
Tāwhiri autonomous sailing vessel under developmentDEVELOPMENT PLATFORM
LONG-ENDURANCE SURFACE / DEVELOPMENT

TĀWHIRI

A hybrid sail-electric vessel being developed for persistent sensing, ocean observation and remote operations.

EXPLORE TĀWHIRI
Illustrative concept artwork of the Kahu autonomous aircraft; not flight test photographyCONCEPT VISUAL / EXPERIMENTAL
AIR / EXPERIMENTAL PLATFORM

KAHU

A modular aircraft programme exploring autonomous maritime sensing and aerial observation.

EXPLORE KAHU
SUBSEA / DEVELOPMENT

RUKU

Our underwater vehicle programme is progressing through pressure-hull redesign and navigation development, extending the same hardware-led approach below the surface.

THE INTELLIGENCE LAYER

LESS TIME CONFIGURING.
MORE TIME ON MISSION.

AKAUDeveloping a simpler common control and mission environment for Oceanova robotics.
BIOSYNC v2Experimental local marine imagery analysis, observations and geospatial review.
OCEANOVA / THE NEXT CHAPTERNEW ZEALAND MARINE ROBOTICS
INVESTOR & STRATEGIC PARTNER ENQUIRIES

BUILD WHAT
COMES NEXT.

Oceanova is moving from ambitious engineering to repeatable robotic systems for real ocean operations. We're looking to connect with people who understand hardware, autonomy and the value of building technology for the marine environment.

START A CONVERSATION EMAIL OCEANOVA
OCEANOVA

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