SIRIS-01 • SUBSEA SYSTEM • DEMO MODE

SIRIS

Subsea Intelligent Remote Intervention System

AI- and IoT-Enabled Robotic Ecosystem for Coral Reef Monitoring and Marine Debris Removal

Hover the glowing nodes in the scene to inspect subsystems. Research prototype — all values shown are simulated.

UX Narrative

See, understand, decide, intervene, verify, measure.

SIRIS is not a single robot. It is an integrated ecosystem: an underwater ROV, AI perception, IoT telemetry, human-in-the-loop operation, intervention tooling, a secure data platform and a public impact layer.

01

SEE

02

UNDERSTAND

03

DECIDE

04

INTERVENE

05

VERIFY

06

MEASURE IMPACT

Ecosystem

Seven subsystems, one mission loop

Concept Demonstration

Public Impact

Aggregated environmental impact

Public figures are aggregated and generalized. Live camera, precise robot location, telemetry and mission controls remain inside the Operator Portal.

Simulated Data

Marine Debris Removed

0

items

Ghost Gear Removed

0

items

Reef Sites Monitored

0

sites

Missions Completed

0

missions

Verified Interventions

0

events

Technology

An integrated technology ecosystem

Underwater visual intelligence

AI Perception

Object detection, segmentation and condition assessment on subsea imagery, running at the edge and reviewed by an operator.

ROV + thrusters + manipulator

Robotics

Six-thruster inspection-class ROV with manipulator arm, gripper and a removable debris collection basket.

Telemetry + mission data transmission

IoT

Sensor and mission telemetry streamed through an IoT gateway into the SIRIS data platform.

AI recommendation + operator confirmation

Human-in-the-Loop

The AI proposes; the operator decides. No autonomous intervention is performed in this prototype.

Controlled access + protected communication

Secure Data

Role-based access, protected mission data and a secure communication architecture between robot, platform and portals.

Monitoring + environmental statistics

Impact Analytics

Aggregated reef, Biorock and debris-removal statistics published to the public platform.