OctaInsight Platform

AccEARTH

A satellite-based geospatial intelligence platform — three progressively advanced applications built on a shared core of satellite data processing and spatial analysis technology.

TRL 8–9
Version 1 · Live
TRL 6
Version 2 · Dev
TRL 5
Version 3 · Concept
4
Satellite Sources
Satellite Constellation
EARTH Monitoring Sentinel-2 Landsat 8 ASTER / EMAG3
● V1: TRL 8–9 Live ● V2: TRL 6 Dev ● V3: TRL 5 Concept
Version 1 Fully Operational · TRL 8–9

Geological and Environmental Mapping

A fully operational satellite analysis application for geological mapping, mineral detection and environmental surface analysis — available globally on web, Android and iOS.

Technology Readiness Level TRL 8–9 · Commercially Deployed
Satellite Constellation
Sentinel-2
13 spectral bands · 10m resolution
Landsat 8
OLI & TIRS sensors · thermal & optical
ASTER
Advanced thermal & mineralogical sensing
EMAG3
Global magnetic anomaly model
Analytical Capabilities

Spectral Analysis Toolkit

A comprehensive library of spectral analysis algorithms delivering geological and environmental intelligence from raw satellite data.

Water Index
Water body & moisture detection
Ferrous Iron Ratio
Iron oxide & alteration minerals
Clay Minerals
Hydrothermal alteration zones
Vegetation Index
NDVI biomass & land cover
Structural Mapping
Fault & lineament identification
Sabins RGB
Surface material differentiation
Thermal Analysis
Surface temp & geothermal
Cloud Masking
Intelligent atmospheric correction

Available Now — Free to Download

AccEARTH Version 1 is live on web, Google Play and the App Store.

Platform in Action

See AccEARTH at Work

Explore demos, analysis outputs and updates published by the AccEARTH team on LinkedIn.

Follow AccEARTH on LinkedIn for the latest demos, analysis outputs and field updates.

View AccEARTH on LinkedIn ↗
Development Journey

From Concept to Commercial Deployment

Early 2024
Ideation & Proof of Concept
Initial concept, satellite data pipeline design, and spectral analysis architecture.
Mid 2024
Alpha Release & Core Feature Deployment
First working prototype with Sentinel-2 integration and core spectral indices.
Late 2024
Enhanced Analysis Capability
Multi-satellite integration (Landsat 8, ASTER, EMAG3), cloud masking, and expanded spectral library.
Q1 2025
Public Beta Launch
Web, Android and iOS release. First commercial and personal users onboarded.
Q2 2025 — Present
Continuous Operational Deployment
Full production environment. Real-time satellite processing. Growing global user community. TRL 8–9.
Version 2 TRL 6 — AI Development Active

AI-Driven Geological Analysis with Geophysical Integration

Where Version 1 maps what the satellite sees, Version 2 uses machine learning and AI to interpret what it means — moving from surface characterisation to geological understanding.

Technology Readiness Level TRL 6 · Demonstrated in Relevant Environment
Development Status

AI/ML algorithms are in active training and iterative improvement using real geological datasets. Core geophysical integration architecture has been demonstrated. TRL 7 is the next clear milestone on a well-defined development path.

AI & Machine Learning Capabilities
Lithological Boundary Detection
Automated rock type boundary identification
Structural Feature AI
ML-driven fault & lineament detection
Alteration Zone Mapping
Hydrothermal alteration signatures
Subsurface Expression
Surface indicators of subsurface structures
Geophysical Integration
Magnetic, gravimetric & seismic fusion
3D Geological Modelling
Cross-section & subsurface visualisation
The Leap Forward

From Surface Observation to Geological Understanding

Version 2 bridges two data worlds that have historically remained separate: satellite-derived surface observations and subsurface geophysical data — integrated into a single analytical environment.

For geological exploration, mineral assessment and environmental impact analysis, this represents a significant leap in what a remotely operated platform can deliver.

Active AI model training on real geological datasets
Geophysical integration architecture demonstrated
3D modelling validated at component level
TRL 7 validation campaigns planned — diverse geological contexts
Version 3 — Concept TRL 5 · Concept Development

Environmental Pollution & Plastic Monitoring

A concept extension of the AccEARTH platform — redirecting its proven geospatial and satellite intelligence capabilities toward one of the most pressing environmental challenges: monitoring plastic pollution and environmental degradation in water bodies and along shorelines.

Technology Readiness Level TRL 5 — Based on AccEARTH V1 Infrastructure
Why TRL 5?

AccEARTH Version 1 is fully operational at TRL 8–9. This concept extension inherits the entire validated foundation — satellite data ingestion, water and shoreline detection, spectral surface analysis, and geospatial data management — which is precisely why it enters the development phase at TRL 5 rather than from zero. What remains to be developed is the specific application to plastic pollution and environmental monitoring.

Planned Capabilities
Water Body Pollution Detection
Satellite-based shoreline mapping extended to classify surface debris and plastic accumulation zones
AI-Driven Litter Detection
Machine learning models trained on coastal imagery to detect and classify macro-litter and hotspots
Environmental Degradation Monitoring
Multi-temporal satellite analysis to track changes in water quality and shoreline environmental health
GIS Hotspot Prioritisation
Evidence-based multi-criteria engine connecting satellite data to environmental action planning
Why This is Feasible

Built on a Proven Foundation

This is not a new platform built from scratch. It is a purposeful extension of AccEARTH Version 1 — a fully operational, commercially deployed system at TRL 8–9 — adapted to address environmental pollution monitoring.

The validated satellite infrastructure, processing pipeline, spectral analysis library and geospatial visualisation tools are all already operational.

Satellite ingestion pipeline — fully operational (V1)
Water & shoreline detection — validated (V1)
Spectral surface analysis & geospatial tools — live (V1)
Pollution-specific AI models — concept stage, to be developed
Environmental intervention workflows — concept stage
Get Involved

Partner, Collaborate, or Deploy

Whether you are a geological professional, environmental authority, researcher, or innovation partner — AccEARTH is open for collaboration at every stage of its journey.