Researching
Smarter Oceans

VYASN researches ocean conditions, marine telemetry, AI prediction systems, seaweed intelligence, and environmental monitoring to build a sustainable future for our oceans.

03
Active Projects
07
AI Models
24
Telemetry Nodes
LIVE TELEMETRY
Andaman Sea — Buoy #A07
Surface Temperature — 24h trend
Temperature
28.4°C
pH Level
8.12
Salinity
34.7
Dissolved O₂
6.8mg/L
AI Anomaly Score: Low
Seaweed Growth: Optimal

Turning Ocean Data into
Actionable Intelligence

We collect ocean data, analyze marine environments, forecast environmental changes, and support sustainable aquaculture through intelligent research.

Analyse
Deep ocean sensing and data collection
Predict
AI-driven forecasting and anomaly detection
Apply
Actionable insights for farmers and ecosystems
VYASN-001 ANDAMAN SEA
28.4°C
pH 8.12
34.7‰

What We're Studying

Four core domains that form the backbone of VYASN's ocean intelligence research programme.

Environmental
Marine Condition Analysis

Continuous monitoring of temperature, salinity, pH, turbidity, and dissolved oxygen levels.

78% data coverage across deployment zones
Predictive
Seaweed Growth Intelligence

Predictive models for growth rates, yield optimization, and water condition analysis.

Model v2 training — 62% complete
AI / ML
AI Ocean Analytics

Deep learning models to detect anomalies, predict shifts, and generate intelligence reports.

Solomon Engine v1 — 91% accuracy
Infrastructure
Ocean Data Infrastructure

Scalable telemetry pipelines, edge computing, and cloud-based data processing.

Phase 2 pipeline rollout — 55% done

Active Field Work

28.4°C • LIVE ANDAMAN SEA
Active Andaman Sea
Andaman Ocean Pattern Analysis

Long-term study of ocean temperature, current, and salinity patterns across the Andaman coastal region to establish baseline environmental models.

Ocean Telemetry Climate Data Baseline Research
In Development AI Lab
Seaweed Growth Prediction Model

AI model trained on environmental telemetry to forecast growth rates and optimize harvest timing across different seaweed species and water conditions.

Machine Learning Yield Optimization Solomon Engine
ANOMALY
Experimental Solomon Engine
Marine Anomaly Detection System

Solomon Engine-based system for real-time detection of abnormal ocean conditions, including sudden pH drops, temperature spikes, and harmful algal blooms.

Anomaly Detection Real-time Alerts Edge AI

Where We're Heading

2025
Completed
Foundation
  • Buoy deployment and baseline data collection
  • Initial AI model training
2026
In Progress
Intelligence
  • Multi-parameter prediction models
  • Expanded buoy network coverage
2027
Planned
Autonomy
  • Autonomous anomaly detection and alerts
  • Edge AI processing on buoy hardware
2028+
Planned
Impact
  • Regional ocean intelligence network
  • Open data sharing with research community

Collaborate with
VYASN Research

We work with institutions, universities, and agri-tech partners. If you're interested in ocean data, seaweed science, or marine AI, reach out and let's build something together.