01
Ingest
Accept raw subsea footage — any resolution, any rig
Proprietary AI & Robotics Products
Aurora builds intelligent products for the hardest environments andmost human problems — subsea infrastructure, industrial data,human-machine interaction, independent mobility.
Industrial Intelligence - Energy & Maritime
AI-powered pipeline integrity platform converting degraded underwater footage into actionable intelligence.
Subsea footage is dark, noisy, and glare-distorted. Human review is slow and subjective. Operators need faster, more consistent pipeline-condition intelligence from footage they already collect.
Image Enhancement for poor visibility
Deblurring, contrast recovery, colour correction, and noise reduction tuned for underwater optics
Pipeline/Infrastructure segmentation
Semantic segmentation isolating pipe walls, flanges, welds, supports, and surrounding seabed
Corrosion and anomaly detection with overlays
Surface degradation scoring with heat-map overlays on original footage for inspection review
Centreline / edge tracking for robotic guidance
Real-time pipe-centreline following and edge-aware navigation for ROV/AUV path planning
Oil and gas pipeline operators
LNG and offshore infrastructure owners
ROV / AUV inspection teams
Marine asset-integrity and environmental-monitoring partners
01
Ingest
Accept raw subsea footage — any resolution, any rig
02
Enhance
Deblur, denoise, colour-correct in the vision pipeline
03
Detect
Segment pipeline, flag corrosion, score anomalies
04
Guide
Output centreline and edge paths for ROV navigation
05
Report
Generate inspection reports with timestamped overlays
AEGIS has been validated in simulation, real water, and real subsea footage in Nigeria and Spain. Corrosion intelligence and commercial deployment are currently in development.
Inspect Smarter. Act Earlier
Human-Machine Interaction - Neurotechnology
Non-invasive EEG-based neural command interface translating selected brain-signal patterns into simple digital commands for games, robots, drones, research, and future assistive technology.




Wearable EEG Sensing
Non-invasive dry-electrode headset capturing scalp-level electrical activity
Amplification & Filtering
Signal conditioning — low-noise amplification, bandpass filtering, artefact rejection
Feature Extraction
Onboard DSP isolating relevant frequency bands and temporal patterns
Command Mapping
Safe, bounded command mapping with real-time visual feedback on the dashboard
Interactive gaming and live-demo experiences
University research and neurotech education kits
High-level commands for robot and drone simulations
Future assistive interfaces for limited-mobility users
Currently at concept, simulation, and prototype-architecture stage.
Build the Next Interface With Us
Industrial Data - Edge Computing
Edge-native industrial data gateway moving operational data from PLCs, SCADA, sensors, and legacy equipment into modern databases, cloud, dashboards, AI pipelines, and digital twins — without sacrificing reliability.
Writes machine signals to a durable local edge stream before sending downstream. If internet, server, or cloud fails, data buffers, retries, replays, and recovers — automatically.
MACHINES
PLC · SCADA · Sensors
STREAMFORGE
Edge Gateway
DURABLE STREAM
Buffer · Retry · Replay
VALIDATE
Filter · Transform
DB / CLOUD / AI
Kafka · API · Dashboard
Data Continuity During Outages: Local Buffering With Configurable Retention — Internet Drops Do Not Mean Data Loss
Traceability: End-To-End Verification, Audit Logging, And Dead-Letter-Queues For Every Record
Operational Independence: Local First Edge Processing So Critical Logic Runs Whether Cloud Is Available Or Not
Modbus, OPC UA, MQTT, PLCs, SCADA, Sensors, Controllers
Databases, Kafka-Compatible Streams, APIs, Cloud Platforms, Dashboards, And Digital Twins.
Lagos, Nigeria
12-node edge deployment
Concurrent Modbus + OPC UA ingestion
Barcelona, Spain
48-hour disconnect simulation
Zero record loss, full replay on reconnect
Milan, Italy
High-frequency sensor loop
1 kHz Sensor → Kafka stream, validated end-to-end
Advanced prototype with broad system architecture — positioned for design partnerships and paid pilots, not mission-critical production yet.
Make your industrial data trustworthy.
Assistive Robotics — Autonomous Mobility
Autonomous mobility robot combining powered-wheelchair ergonomics with service-robot perception, navigation, and intelligence — for people with limited mobility in homes, hospitals, care facilities, airports, campuses, offices, museums, and public spaces.




Comfort-Focused Ergonomics
Seating, Posture Support, And Customization Designed With Extended Daily Use In Mind — Not A Medical-Device Afterthought
Simple Destination Requests
Voice, Touchscreen, Tactile Switch, Or Companion-Interface Inputs — The User Chooses How They Interact
Context-Aware Motion
Smooth Acceleration And Deceleration, Automatic Stopping At Thresholds, And Awareness Of Surroundings
Co-Designed With Users
Built With Input From People With Disabilities, Caregivers, Occupational Therapists, And Care-Facility Staff
Manual, Assisted, And Autonomous Modes
Mapping, Localisation, Obstacle Avoidance, And Dynamic Perception
Fail-Still Safety
Offline-First Operation
We are actively inviting disability organisations, hospitals, airports, and care providers to shape Xavier from the earliest stages. Your operational knowledge directly informs our design decisions.
Express Interest in Co-designGive people their world back.
Energy, Oil & Gas, And Maritime Operators
Manufacturing, Utilities, Ports, And Logistics
Hospitals, Airports, Campuses, And Care Facilities
Disability Organisations And Public Agencies
Research Labs, Universities, And Startups
System Integrators And Field Engineers
Investors, Grant Organisations, And Accelerators
Co-Development And Pilot Partners
Start a Conversation
Tell us what you are interested in and we will route you to the right team with the right product context.