Real-time mapping of 34,000+ catalogued objects across LEO, MEO and GEO shells. Live close-approach alerts from NASA JPL.
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02
SPACE INTELLIGENCE
AI Console
Interactive AI assistant trained on space data. Ask about debris, asteroids, missions and orbital mechanics — tailored to your role.
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03
COMMERCIAL DATA SERVICE
Business Intelligence
Subscription model for satellite operators. Predictive collision alerts, orbit-decay warnings, and anomaly detection — funding the mission.
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04
DOMESTIC AERIAL TRANSPORT
eVTOL Pathways
Real-time 3D mapping and tracking of electric vertical take-off & landing aircraft across domestic Australian routes.
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VIEW MISSION · ROADMAP · PARTNERS →
Our Mission
Making space safer, smarter, and more accessible — for Australia and the world.
Astral Vision is building the intelligence layer that the near-Earth environment urgently needs. By combining light-scanner technology, AI-driven prediction, and open educational access, we are turning space situational awareness from an expensive government capability into a platform anyone can use — and everyone benefits from.
The same AI framework that tracks debris in orbit is also being applied to domestic airspace — monitoring eVTOL electric aircraft across Australian cities in real time, mapping 3D flight corridors, and keeping low-altitude transport as safe as the skies above.
DEVELOPMENT ROADMAP
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STAGE 01
The Idea
Identified the gap — Australia had no accessible, AI-driven platform for tracking space debris and near-Earth objects
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STAGE 02
Research
Deep dive into the space debris problem, orbital mechanics, NASA JPL data, and Australia's space sector needs
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STAGE 03
Expert Feedback
Shared the concept with companies and industry experts to validate the problem and refine the solution
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STAGE 04
Prototype
Built this platform — live NASA data, AI console, orbital map, eVTOL tracker, and business model
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NEXT
What's Coming
Hardware development, research partnerships, school access program, and commercial pilot
Knowledge Partners & Future Collaborators
Data sources powering Astral Vision today, and organisations we are building toward
JPL
NASA JPL
NEO TRACKING DATA
LIVE DATA
ESA
ESA Space Debris
DEBRIS MODELLING
LIVE DATA
ICRAR
ICRAR Perth
RADIO ASTRONOMY
TARGET PARTNER
CSIRO
CSIRO Space
SPACE RESEARCH
TARGET PARTNER
ASA
Australian Space Agency
NATIONAL STRATEGY
TARGET PARTNER
SSC
SmartSat CRC
SATELLITE RESEARCH
TARGET PARTNER
CASA
CASA Australia
EVTOL AIRSPACE
TARGET PARTNER
YOU?
Your Organisation
OPEN PARTNERSHIP
GET IN TOUCH
This prototype is running off publicly accessible data from NASA JPL and ESA · All other partnerships are targets for future collaboration
Objects Tracked
—
catalogued objects
Close Approaches
—
next 7 days
Debris Fragments
27,000+
≥10cm tracked
Hazardous NEOs
—
potentially hazardous
ORBITAL DENSITY MAP — REAL-TIME SIMULATION
NEO TRACKER — LEO / MEO / GEO SHELLS
Satellite
Debris
NEO
High Risk
CLOSE-APPROACH ALERTS — NASA JPL
NEAR-EARTH OBJECT CLOSE APPROACHES (NEXT 7 DAYS)
▶ LIVE
Designation
Approach Date
Distance (LD)
Velocity (km/s)
Size Est.
Risk
Loading NASA JPL data...
01
About the NEO Tracker
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The NEO Tracker is Astral Vision's core orbital surveillance module — pulling live data from NASA JPL to map every near-Earth object approaching within the next 7 days, combined with a real-time orbital density simulation across LEO, MEO, and GEO shells.
What it tracks
—27,000+ debris fragments ≥10cm currently in Earth orbit
—Near-Earth asteroids and comets — distance, velocity, size, and hazard classification
—Potentially hazardous objects flagged in real time with risk scores
How it works
—Astral Vision's light scanners measure each object's speed, angle, and albedo
—That data feeds the AI which plots trajectories accounting for Earth's gravity
—Conjunction alerts fire when any object comes within a 200km threshold of another
—Operators receive advance warning with time to plan avoidance manoeuvres
If something is heading for a collision — what then?
Satellites have small thrusters specifically for collision avoidance. If Astral Vision flags a threat days in advance, the operator fires those thrusters to nudge the satellite into a slightly different orbit. The ISS has done this over 30 times. Early warning is everything — the sooner you know, the smaller the manoeuvre you need.
LIVE DATA FEED
Orbital Shell Status
LEO (200–2000km)CONGESTED
MEO (2000–35786km)NOMINAL
GEO (35786km)MONITORED
HEO (elliptical)NOMINAL
Scanner Array
Light Scanner AONLINE
Light Scanner BONLINE
AI Prediction EngineACTIVE
NASA JPL FeedCONNECTING...
5-Year Collision Model
Predicted conjunctions~1,800
High-risk events~42
Model confidence94.3%
Data Sources
NASA JPL NeoWs APICelesTrak TLE FeedESA DISCOS DatabaseCSIRO SpaceICRAR Perth
CONTEXT
Live NASA Data
NEOs (7 day)—
Hazardous—
Closest approach—
Knowledge Sources
🇦🇺 Australian Space Agency🔭 ICRAR · Perth WA🛰 SmartSat CRC🌿 CSIRO Space & Astronomy🚀 NASA JPL / ODPO🌍 ESA Space Debris Office
Key Facts
Tracked debris ≥10cm27,000+
Annual damage cost$100M+
Shells coveredLEO/MEO/GEO
About Astral Vision AI
Light scanners measure speed, angle, albedo. AI maps data in real-time and predicts conjunction events accounting for Earth's gravitational pull. Also tracks domestic eVTOL corridors.
⬡ AI Space Intelligence Console
Powered by Astral Vision AI · NASA JPL / ESA / ICRAR / CSIRO
Career goal:
Press Enter to send · Shift+Enter for new line
Educational prototype · Data: NASA JPL, ESA, ICRAR & CSIRO
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About the AI Console
CLICK TO LEARN MORE
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The AI Console is Astral Vision's interactive intelligence layer — a space assistant that knows the live orbital environment and tailors every answer to your career goal. Ask it what asteroids are approaching this week, how space debris threatens satellites, what orbital decay means, or anything else space-related.
How to use it
—Set your career goal using the dropdown — Astronaut, Satellite Engineer, Astrophysicist, and more
—Every answer is framed through that lens, making the data relevant to your path
—The AI has live NASA JPL data loaded so it can answer questions about this week's approaching objects
—Click any suggestion chip to jump to a question, or type your own
What it knows
—Live asteroid and debris data from NASA JPL updated daily
—Space situational awareness from ICRAR, CSIRO, ESA, and the Australian Space Agency
—Astral Vision's own platform — how the light scanner works, what the data means, and where the project is headed
Why this matters
Most people have no idea what's flying above them or how serious the space debris problem is. The AI Console changes that — turning complex orbital data into conversations anyone can have, tailored to what they actually care about.
MODULE 03 · COMMERCIAL DATA SERVICE
Protect Your Orbit
Damage from space debris costs the satellite industry over $100 million every year. Astral Vision's predictive intelligence platform lets satellite operators see what's coming — before it happens. Subscription revenue funds the open educational mission.
Annual Losses
$100M+
from debris globally
Tracked Debris
27,000+
≥10cm in orbit
Alert Latency
<60s
collision warnings
Detection Accuracy
99.97%
validated vs JSpOC
CORE CAPABILITIES
Predictive Collision Mapping
AI-driven orbit propagation with Monte Carlo conjunction analysis 7 days ahead.
Off-Course Detection
Continuous TLE diff monitoring flags satellites drifting from planned trajectories.
Orbit Decay Alerts
Atmospheric drag modelling estimates re-entry windows weeks in advance.
Anomaly Intelligence
Machine learning detects abnormal behaviour from any NEO interaction event.
SUBSCRIPTION TIERS
Observer
Starter
$2,400 / month
Up to 5 satellite assets
Daily orbital ephemerides
Weekly conjunction digest
Email alerts
Operator
Professional
$9,800 / month
Up to 50 assets
Real-time conjunction alerts
Orbit decay & anomaly detection
API access (10k req/day)
Priority support
Enterprise
Mission Critical
Custom / annual
Unlimited assets
Sub-second alert latency
Custom manoeuvre recommendations
Dedicated mission analyst
On-premise deployment · SLA 99.99%
Funding the Mission
Every commercial subscription directly subsidises free educational access to Astral Vision for schools, universities, and aspiring space professionals worldwide. Business value protects satellites — and powers the next generation of space explorers.
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About Business Intelligence
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Astral Vision's Business Intelligence module is the commercial arm of the platform — a subscription data service for satellite operators, space companies, and mission planners who need to know what's in their orbit before it becomes a problem. It's also the revenue engine that funds free educational access for schools and universities.
The problem it solves
—Space debris causes over $100 million in satellite damage annually worldwide
—A single untracked fragment at orbital velocity carries the energy of a hand grenade
—Operators currently rely on limited government data with long latency — Astral Vision provides real-time predictive alerts
What subscribers get
—Predictive collision mapping — 7-day conjunction forecasts for any planned orbital path
—Off-course detection — flags satellites drifting from planned trajectories
—Orbital decay alerts — estimates re-entry windows weeks in advance
—Anomaly intelligence — AI detects unusual behaviour from any NEO interaction event
The dual mission model
Protecting a $50 million satellite is worth a subscription. That subscription funds a student getting free access to live orbital data. The business model isn't just commercially sound — it's what makes Astral Vision's educational mission financially sustainable without relying on grants.
Active Aircraft
6
in airspace
Vertiports Online
42
across AU
Daily Flights
1,287
last 24h
Avg. Altitude
980m
cruise band
3D AIRSPACE MAP — LIVE PATHWAY VISUALISATION
DOMESTIC eVTOL CORRIDORS · 3D PROJECTION
Active Craft
Flight Trail
LIVE FLEET TELEMETRY
ACTIVE FLIGHT REGISTER
▶ TRACKING
Craft ID
Route
Altitude
Speed
ETA
Status
04
About eVTOL Pathways
CLICK TO LEARN MORE
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Astral Vision's eVTOL Pathways module takes the same AI and tracking technology built for orbital space and brings it down to Earth. The same system that predicts debris collisions at 500km altitude is adapted to monitor electric vertical take-off and landing aircraft flying across Australian cities at 500 metres. One AI platform, two completely different altitude problems, the same core technology.
What it does
—Tracks domestic eVTOL aircraft across Australian cities in real time
—Maps approved flight corridors in 3 dimensions, giving operators a live picture of the airspace
—Uses AI to flag potential conflicts between aircraft before they happen — the same conjunction logic used for satellites, scaled to city-level airspace
—Monitors weather-affected zones and corridor congestion, advising operators on safe routing
Why it matters
—Australia's urban air mobility industry is growing — eVTOL operators are entering major cities
—Safe domestic air transport needs intelligent infrastructure, not just aircraft
—CASA and Airservices Australia are building the regulatory framework — Astral Vision provides the intelligence layer on top
The connection to space
The eVTOL module isn't a separate idea — it's proof that Astral Vision's core technology has applications beyond space. From debris in low Earth orbit to aircraft in low altitude airspace, the platform is building unified intelligence for everything that moves above us.
AIRSPACE INTEL
Corridor Status
Sydney MetroCLEAR
Melbourne MetroCLEAR
Brisbane–Gold CoastCLEAR
Perth MetroWIND ADVISORY
Airspace Layers
Ground–120mUNCONTROLLED
120m–300meVTOL LOWER
300m–1200meVTOL CRUISE
1200m+GA / CONTROLLED
Technology
Same AI framework as orbital tracking — extended to low-altitude domestic corridors. ADS-B data + 3D corridor mapping + AI collision avoidance.
Data Sources
OpenSky Network ADS-B · CASA Airspace · Airservices Australia · Simulated eVTOL telemetry (prototype)