
- Solutions -
Versatile in application. Fluid in approach. Unwavering in spirit.
At MĀKI, we go beyond providing services. We create end-to-end solutions that help organisations solve complex challenges in water monitoring, surveying, and asset management. Our solutions are built around autonomous surface vessels (USVs), remotely operated vehicles (ROVs), drones, and IoT sensor systems, all designed to operate in challenging environments with precision and reliability.
Whether it's developing custom water sampling platforms, integrating sonar and vision systems for underwater inspection, or designing bespoke monitoring frames for long-term environmental data collection, we tailor each solution to meet the specific needs of our clients. By combing engineering expertise with cutting -edge technology, we deliver cost-effective, adaptive, and practical tools that improve safety, reduce manual effort, and provide actionable insights.
Our solutions are developed in close collaboration with industry partners, councils, and researchers, ensuring they are not only technically advanced but also fit for purpose in New Zealand's unique conditions. From one-off prototypes to fully integrated systems, we work with you to design and deploy technology that makes water management and environmental protection smarter, faster and more efficient.

- Our customised solutions -

Customised Drones
– Mapping and Client-Specific Integrations
We offer customised drone solutions for aerial data capture, enabling high-resolution mapping, photogrammetry, and environmental monitoring. Drones can be equipped with RGB, multispectral, or thermal cameras to provide insights into land use, vegetation health, erosion, and shoreline changes. Beyond standard imaging systems, we also integrate specialised equipment based on client requirements, making each drone solution adaptable to different industries and applications. By tailoring flight systems and payloads, our drones deliver fast, accurate results while reducing the risks and costs associated with traditional surveying methods.