Accelerator evidence pack · updated August 2026

Turning reef monitoring into an early-warning system.

Founded by Peter Skliros, ReeferVision is a pre-launch Australian AI and IoT product designed to connect coral appearance, water chemistry, equipment behaviour, and intervention history in one per-system model.

Founder ReefWatch source verifiedProduct simulation availableCloud Run + BigQuery path deployed

What exists today

One narrow founder-tank telemetry pilot, separated from the product simulation.

reef.home is the local address of Peter's ReefWatch installation. ReeferVision is the cloud product layer receiving an allowlisted, read-only copy of selected telemetry. The public dashboard and workflows are a separate simulation using fictional sample values.

Verified local source

reef.home + ReefWatch

Peter's operating reef provided the verified source for ATO and reference-temperature history connected in July 2026.

Working narrow path

Signed telemetry ingestion

An outbound hub keeps an unsent queue, signs each batch, and sends accepted readings through Cloud Run into BigQuery.

Simulation + roadmap

Vision, alerts, and workflows

The public product experience uses fictional values. Camera ingestion, models, notifications, and automation remain validation work.

1living founder reef used for validation
2cloud-connected streams in July 2026
24integration checks passing on 20 August 2026
0cloud-to-equipment control routes

Evidence boundary: this proves a working engineering path on one founder-operated system. It is not yet evidence of model accuracy, improved coral growth, continuous fault-free operation, or a biological early warning.

Technical challenge for the program

Useful multimodal prediction with a small, diverse fleet.

How do we combine sparse chemistry telemetry, equipment events, and per-colony visual histories into useful early warnings — while controlling false alarms, personalising to each tank, and keeping inference affordable?

This is where focused support from Google engineers would be most valuable: multimodal feature design, evaluation methodology, active learning, model-serving economics, and the transition from simple statistical baselines to production vision models.

Validation plan

The next twelve months are about evidence.

01

Extend the founder pilot and instrument external tanks

Add repeatable image capture, stronger device identity, and paired histories across different system types.

02

Ship useful statistical baselines first

Measure drift detection, probe cross-validation, equipment signatures, and operator response before introducing complex models.

03

Build and evaluate coral vision

Create a labelled longitudinal dataset and evaluate change detection against each colony's own history, not a generic visual threshold.

04

Test the commercial fleet workflow

Validate whether aquarium service businesses and aquaculture operators gain enough operational value to support a scalable subscription.

Why Google Cloud

Managed infrastructure lets a small team spend its time on the biological signal.

In use + next

BigQuery now; Pub/Sub next

The pilot stores accepted telemetry in BigQuery. Pub/Sub is planned when independent consumers are introduced.

Planned AI

Vertex AI

Train and evaluate vision models only after repeatable image capture and a labelled longitudinal dataset exist.

In use + next

Cloud Run now; Firebase next

Cloud Run handles pilot ingestion. Firebase is planned for authenticated live product state and notifications.