A smarter way to monitor waterways.

Pick the sensors that fit your monitoring goals. Every deployment starts with the questions you're trying to answer, so the stack is configured to cover only the parameters that matter to you, not a fixed, one-size-fits-all bundle. Its modular architecture means sensors, power systems, and communications can be swapped in or out as monitoring requirements change, so the platform evolves with your program rather than being replaced by it.

The sensor stack is purpose-built from the ground up to live inside an unmanned surface vehicle, not adapted from static equipment as an afterthought. That means power, communications, and physical housing are all engineered around continuous, self-navigating survey from day one, thus enabling the platform to operate autonomously across any waterway environment, rather than being tethered to a fixed installation point.

The navigation system begins with a planned coverage route and re-plans coverage routes across a catchment, adapting to the shape and features of the waterbody in real time. Rather than following a rigid, pre-set path, navigation adjusts dynamically to prioritise areas of interest, ensuring the survey effort goes where it matters most over time, not just where it was scheduled to go.

Readings are packaged into an intuitive dashboard that integrates with your existing systems. Our solution is designed to integrate seamlessly with IoT sensor systems and other data sources, bringing everything into one comprehensive analytics view that's accessible anywhere, anytime. Continuous optimisation sits at the core of the platform: data-driven analytics refine and adapt insights over time, so the system gets better at flagging what matters most as it learns from your waterway, thereby supporting pre-emptive, cost-effective water management rather than after-the-fact reporting.

We are seeking a Water Quality and Industry Specialist with hands-on knowledge of water monitoring technologies and a clear understanding of how government water agencies, catchment authorities and environmental regulators operate — someone who can translate real industry needs into product and commercial direction.

We are in search of a skilled engineer with demonstrated experience compiling and structuring data from multiple heterogeneous sources. The role requires strong pipeline architecture and schema design skills, building the data foundation that transforms raw sensor inputs from AMWA and third-party systems into reliable, actionable water quality intelligence.

We are seeking a Field Operations and Deployment Specialist to manage the end-to-end logistics of deploying AMWA's sensor systems and unmanned surface vehicles into real-world water environments. The role sits at the intersection of technical operations, client engagement and regulatory compliance, ensuring every deployment is executed safely, documented thoroughly and performing to specification.

Seeking a Sensor Design Engineer with expertise in sensor and enclosure development for environmental applications. Must have strong knowledge of ingress protection (IP), fluid mechanics and modular sensor interoperability. The role focuses on designing robust, field-ready sensor systems for real-time water monitoring deployments.