🦘 REAL-TIME WILDLIFE DETECTION 🛰️ ORBITAL WILDLIFE PROTECTION 🔊 BIOACOUSTIC SPECIES VALIDATION 💡 SENTINEL HALO · SPECIES-AWARE DETERRENT ⚡ REAL-TIME DRIVER ALERTS 🌿 60–90% COLLISION-REDUCTION TARGET 🇦🇺 100% AUSTRALIAN OWNED 🚂 ROAD & RAIL PROTECTION 🦘 REAL-TIME WILDLIFE DETECTION 🛰️ ORBITAL WILDLIFE PROTECTION 🔊 BIOACOUSTIC SPECIES VALIDATION 💡 SENTINEL HALO · SPECIES-AWARE DETERRENT ⚡ REAL-TIME DRIVER ALERTS 🌿 60–90% COLLISION-REDUCTION TARGET 🇦🇺 100% AUSTRALIAN OWNED 🚂 ROAD & RAIL PROTECTION
Tasmania Pilot · Deploying 2027

DETECTING
WILDLIFE.
SAVING LIVES.

Every night, our roads go dark.
And the wildlife pays for it. What if the road could turn the animal back before it ever reached you?

~10M
Animals killed on Australian roads every year (est.)
$7B+
Annual road-trauma cost from animal collisions (NRMA)
60–90%
Targeted reduction in collisions
#1
Tasmania — world's worst roadkill rate
Where We Stand & How to Help How It Works
Look inside a single Sentinel node — the machine built to watch the dark ↓

You've seen the warnings: the leaping-kangaroo signs, the reflectors, the roadside fences. For decades they've been our only defence, and every night they fail: animals don't read signs, and drivers can't stop in time. AetherLink is the first system that actually steps in. A full-stack, real-time satellite-AI network, it senses an animal approaching in the dark, cross-checking radar, heat and sound so it's never fooled by a shadow, then gently turns it back with a species-aware halo of light, sound and vibration, before it ever reaches the road. If the animal keeps coming, the driver gets a real-time warning as a second line of defence. And every encounter is built to make the network sharper than the night before. Engineered in Tasmania, for the hardest roads on Earth, built to give wildlife, and the people who share the road with them, a way home.

The Crisis

AUSTRALIA'S
$7 BILLION+
PROBLEM

Tasmania has the highest roadkill rate on the planet. Every day, thousands of native animals are killed on Australian roads — wombats, wallabies, Tasmanian devils, echidnas. Today's fixes — reflectors, signage, fencing — fail at night and in poor weather. The world has never had intelligent, road-wide prevention infrastructure. AetherLink is designed to be the first.

10M+
Native animals killed on Australian roads each year
#1
Tasmania — world's highest wildlife roadkill rate per capita
500K+
Native animals killed on Tasmanian roads each year
0
Intelligent prevention systems before AetherLink
Defence in Depth · The Full System

HOW AETHERLINK
WORKS

A four-layer Sentinel node — cross-validated detection, satellite-mesh coordination, a species-aware deterrent halo, and closed-loop learning — backed by a 6-tier driver-alert net and boots-on-the-ground response with the Ranger's Box™. Every layer is designed to work in concert, so most encounters would end before they ever reach the road.

🔒
Proprietary Technology · Patent Pending

This section contains proprietary technology protected by a provisional patent application filed with IP Australia (Patent Pending). Access is restricted to verified investors and partners.

🔑 Request Access
4
Core Node Layers
Up to 150m
Detection Range
2
Satellite Networks
6-tier
Driver Alert Net
Inside the Driver Alert Net
THE 6-TIER DRIVER-ALERT NET
A parallel safety net — six independent delivery channels fire at once if an animal keeps coming toward the road, reaching every driver regardless of device or coverage.
TIER 01
🚘
V2X · Vehicle-to-Everything
Direct alert to V2X-equipped vehicles via DSRC / C-V2X.
  • Protocols: DSRC 5.9 GHz · C-V2X PC5 sidelink
  • Sub-100 ms node-to-vehicle alert delivery
  • Compatible with all V2X-certified vehicles (2024+ fleet)
  • No cellular dependency · works in coverage blackspots
TIER 02
🍎
CarPlay & Android Auto
In-dash warnings via Apple CarPlay and Android Auto integration.
  • WildGuard app surfaces alerts natively in CarPlay / Android Auto
  • Distance-based audio cues + visual hazard cards on dash display
  • Hands-free interaction — no driver attention diversion
  • Compatible with any vehicle supporting CarPlay or Android Auto
TIER 03
📱
WildGuard App
Companion app · distance-based audio & haptic warnings.
  • iOS & Android · works offline, syncs when connectivity returns
  • Distance-based audio + haptic alerts (escalating with proximity)
  • Real-time corridor heat-map · 33 species library
  • Driver-sighting submission → community-augmented dataset
TIER 04
🪧
Smart Physical Signage
Roadside LED signage triggered live by Sentinel telemetry.
  • Solar-powered LED variable message signs
  • Activated within milliseconds of Sentinel node detection
  • ~150 m visibility in rain, fog, dust, darkness
  • Universal reach — every driver, no app required
TIER 05
🛰️
Satellite Direct-to-Device
Direct-to-device satellite alerts where cellular fails.
  • Satellite direct-to-device delivery (e.g. satellite Direct-to-Cell)
  • Works on any standard phone — no special hardware
  • Reaches drivers in zero-coverage rural Tasmania
  • Additional D2D carriers (Optus) targeted for Phase 2
EXPANDING
TIER 06
📻
FM / DAB Radio Alert
Audio alert to any car radio in range — the fallback for drivers carrying no phone at all.
  • RDS-TMC traffic-channel inject (FM) · DAB+ digital radio alert
  • Reaches any in-car radio — no app, no phone, no device upgrade
  • Spoken alert in the driver's language
  • Closes the last gap — deep-rural drivers with nothing but the car stereo
Engineering Deep-Dive

ANATOMY OF A
SENTINEL NODE

Every component, every link, every reason. A full-stack walk-through of the AetherLink Sentinel — from satellite uplink to ground sensor array — engineered to run unattended in the harshest Australian conditions.

🔒
Full Engineering Schematic
Component-level breakdown, materials & build specs of the Sentinel node. Email us for an access code, then enter it below — no sign-up, no account.
Email us for an access code ↗
4.5 mPole Height
220 kgTotal Mass
IP67Ingress Rating
7 daysBattery Autonomy
< 200 msEdge Inference
🔒 Full schematic · access code required (email us)
Platform Expansion · Adjacent Revenue

BEYOND THE
CORE NETWORK

The first build proves one thing: the core Sentinel node network. Everything below is what the same platform could unlock next — adjacent pathways on the roadmap, not part of the first proof.

🪧
Smart Wildlife Signage
Solar-powered LED roadside signs, triggered live by Sentinel nodes — a hardware line for road authorities.
🚚
FleetGuard
Onboard detection unit for trucks, buses and coaches — no V2X or factory upgrade required.
🚆
Railway Protection
Sentinel coverage along rail corridors — ARTC, Metro & state-rail contracts. See more ↓
📦
Carcass Retrieval
Drone recovery module with the Zeoform partnership · partner & investor access. See more ↓
FIELD RESPONSE · NEW

THE RANGER'S
BOX™

™ Trademark ⚖ Patent Pending

Mobile Wildlife Response & Command Unit. A rugged portable field operations hub that gives every Ranger real-time intelligence, AI tools, and full connectivity to respond, assess, and manage wildlife incidents anywhere, anytime. Designed to ship alongside a future pilot deployment.

🔔
Real-Time Alerts
Sentinel node detections pushed instantly via satellite link.
🧠
AI Wildlife Analysis
Onboard edge-AI runs image + thermal + bioacoustic inference in real time.
🛰️
Satellite Connectivity
Enterprise satellite uplink integrated — low-latency connectivity in zero-coverage zones.
📋
Incident Documentation
Auto-timestamped event log with species, location, severity, response notes.
🤝
Rescue Coordination
Direct NGO + veterinary dispatch link · ranger ETA tracking · team comms.
📷
Evidence & Reporting
Encrypted SSD storage · biodiversity-credit grade audit trail per event.
🔒
Engineering Detail — Held Back
Internal layout, component schematics and the full bill of materials are proprietary IP. We don't publish the blueprint — serious investors & partners receive the complete technical pack under NDA.
Request technical pack under NDA →
💧
IP67
Waterproof
🌫️
Sealed
Dustproof
🛡️
MIL-STD-810G
Shockproof
🌡️
-20 → 60°C
Operational
📏
43 × 31 × 23 cm
Dimensions
SEE IT · RESPOND · PROTECT
Connected to Sentinel Nodes · AetherLink Command Centre · WildGuard Safe driver alerts · Fleet Network · Insurance & Biodiversity Data Pipeline
Partner & Investor Access · Confidential

DRONE CARCASS
RETRIEVAL

When prevention isn't enough, AetherLink closes the loop. A drone-based carcass-retrieval module — built around our Zeoform sustainable-materials partnership — is designed to locate, document and recover roadkill from high-risk corridors, turning a biosecurity and secondary-strike hazard into clean audit data and dignified removal. It's the recovery arm of the network: every prevention failure becomes a logged, actionable event rather than a roadside loss.

🔒
Module Specifications · Restricted
Flight & retrieval system, the Zeoform bioplastic materials pathway, deployment model and unit economics are held under partner & investor access. Request a confidential briefing.
Request partner access ↗
Mission Command · Concept Preview

MISSION COMMAND
CENTRE

In the future 120-node Aether-Grid vision across Tasmania's highest-impact corridors, a command dashboard would provide real-time network oversight and wildlife-intercept telemetry. The dashboard previewed below is a design preview of how the network is intended to operate — not live network data.

▸ Operator Dashboard concept preview is shown below in the Apps section

View Mission Control Preview ↓
Restricted · Investor Preview Required

THE OPERATING STACK

Two production-grade apps will power the network once deployed — Satellite Command (operator-facing) and WildGuard (driver-facing). The screens below are design previews of the pilot software, not live network data. Concept preview access for mission-aligned partners and supporters under NDA — request access below.

Operator Dashboard · Restricted Access

SATELLITE COMMAND

The control room view designed for the 120-node pilot — every sensor node, every life signature, every satellite D2C broadcast across Tasmania's five pilot corridors. AI-routed NGO dispatch, ranger ETAs, autonomous protocol. Design preview of how the dashboard will operate once deployed in 2027.

120
Sentinel Nodes
REAL-TIME
Threat-to-Alert
5
Pilot Corridors
🔒 Request Investor Access
Inside the Operator Dashboard
  • Network map · all 120 planned nodes across all five Tasmanian corridors
  • Real-time wildlife-event ticker with species, location & severity
  • AI-routed NGO dispatch — ranger ETA + responder allocation
  • Connectivity stack telemetry — dual-satellite + mesh heartbeat
  • Node-health monitoring · battery state · firmware version
  • Replay & audit log of every intervention event
Access granted under mutual NDA. Allow 24–48 hours after request.
satellite-command.aetherlink.au● RESTRICTED
Driver-Facing App · Restricted Access

WILDGUARD

The driver-side app designed for the pilot corridors — wildlife thermal feed, driver sighting reports, species library, NGO responder dispatch, all designed to sync in real time with Satellite Command once deployed. The consumer side of the system, scoped for Tasmania's five highest-impact corridors (Huon, Lyell, Midland, Tasman & Bass highways). Concept preview — app launches with the 2027 pilot.

120km+
Phase 1 Coverage (5 corridors)
33
Species Tracked
100%
Driver Coverage
🔒 Request Investor Access
Inside the Driver-Facing App
  • CarPlay / Android Auto wildlife hazard overlay — distance + species
  • Real-time corridor heat-map · what's moving where, right now
  • 33 native species library with dedicated detection profiles
  • Driver-sighting submission flow — community-augmented dataset
  • NGO responder dispatch link · ranger ETA visible to driver
  • Works offline-then-syncs · satellite D2D fallback for blackspots
  • Citizen-science layer — every driver sighting feeds Australia's real-time wildlife biodiversity record, powering ESG & biodiversity credits
Access granted under mutual NDA. Allow 24–48 hours after request.
wildguard.app● RESTRICTED
Why It Matters

MEASURABLE
IMPACT

🦘
60–90%
Target Collision Reduction
Modelled target reduction in wildlife-vehicle collisions on instrumented corridors — to be validated through the Tasmania pilot.
🛰️
120km+
Pilot Corridor Coverage
Tasmania's five highest-impact wildlife corridors will be instrumented with the 120-node Aether-Grid — one node every kilometre across 120 km (30 + 25 + 25 + 20 + 20). Phase 1 of national rollout, deploying 2027.
🌿
575,000
Tasmanians Protected
Every Tasmanian driver and community member will gain real-time road safety intelligence and wildlife protection once the pilot deploys in 2027.
🔬
24/7
Biodiversity Intelligence
Roads become active ecological sensing networks — generating Australia's richest real-time wildlife dataset.
💡
4-LAYER NODE
Sense · Coordinate · Deter · Learn
Cross-validated detection, satellite-mesh coordination, a species-aware deterrent halo, and closed-loop learning — with a 6-tier driver-alert net running in parallel. A wildlife network designed to measure whether it actually works.
🌏
100K+
Global Node Target
From Tasmania to Australia to the world. Phase 3 global deployment across North America, Scandinavia and Europe.
Deployment Model

SEAMLESS CORRIDOR
COVERAGE

One Sentinel node every 1 km, overlapping along the corridor for zero gaps — and each node is designed to watch up to 150 m of approach on both sides with cross-validated radar, thermal and sound, to catch wildlife long before it ever reaches the road.

● ZERO GAP ← 1 KM → NODE A 500m ⟵→ 500m NODE B 500m ⟵→ 500m
1KM
NODE SPACING
500M
EACH DIRECTION
100%
COVERAGE
ZERO
DEAD ZONES
Beyond Roads

RAILWAY WILDLIFE
PROTECTION

The AetherLink Sentinel system is equally deployable along Australia's railway corridors, where wildlife strikes cause derailments, service disruptions, and significant economic loss. The same technology designed to protect road users can protect rail — with real-time alerts delivered directly to train driver cabins and network control centres.

"Every track. Every animal. Every time."

Sentinel node on watch · moonlit rail corridor · ⛶ click for fullscreen
🚂
Track-Side Sentinel Nodes
The same Sentinel hardware, installed alongside rail corridors. Zero trenching, solar powered and satellite connected.
⚡
Train Cabin Alerts
Real-time wildlife strike warnings delivered directly to driver cabins and rail network control centres before impact.
🛰️
Full Corridor Coverage
Cross-validated radar, thermal & acoustic detection up to 150 m on both sides of the track, 24/7 in all weather. Zero dead zones.
🏛️
Government Rail Contracts
Additional revenue streams — ARTC, Metro Trains, Sydney Trains, and state rail authorities across Australia.
📊
Audit-Grade Data & Insurance Credits
Every verified strike-risk event is logged as an encrypted, audit-grade record — the evidence trail for insurer risk-pricing and tradable biodiversity-data credits.
Scalability · Confidential Roadmap

ROADMAP TO THE
AETHERLINK EARTH GRID

Roadkill is the beachhead — not the destination. AetherLink is built as a platform: one proprietary detection-and-response stack designed to extend, generation by generation, toward a complete planetary grid. Phase 1 — the first proof-of-concept build — is fully scoped and public. Everything beyond it is mapped, staged, and held in strict confidence.

AL 1.0
~9 yrs
→
AL 2.0
~6 yrs
→
AL 3.0
~3 yrs · full grid

Each generation is engineered to deploy faster than the last — more nodes → more data → sharper AI → cheaper, faster rollout. The network compounds. ~18 years from pilot to a complete planetary grid.

AL 1.0
Active Generation
Phase 1 in active raise · later phases under NDA
PHASE 1
Roadkill Prevention
Active raise · 2027 pilot
  • 120 nodes · 5 corridors · 120 km
  • Detect → validate → deter → alert, in real time
  • Multiple live revenue channels (see Revenue Streams)
PHASE 2
Sealed
Confidential
PHASE 3
Sealed
Confidential
AL 2.0
Generation 2 · Sealed
3 environmental-protection phases · same core stack · ~6 years
🔒
PHASE 1
Sealed
Confidential
PHASE 2
Sealed
Confidential
PHASE 3
Sealed
Confidential
AL 3.0
The Complete Earth Grid · Sealed
Single integrated deployment · completes the planetary grid · ~3 years
🔒
SINGLE PHASE
Sealed
Confidential
The full multi-generation roadmap — target domains, sequencing and unit economics from AL 1.0 Phase 2 onward — is held in strict confidence and shared only with committed investors under NDA.
Request the confidential roadmap (NDA) →
AetherLink isn't a product — it's planetary protection infrastructure. Phase 1 proves it. The rest is mapped, staged, and held close.
Partnerships & Technology Stack

ENGINEERED FOR THE FIELD

Every layer chosen for one reason — to work without failure in the harshest conditions on earth. Specific components are held under wraps while the design is finalised.

Targeted Validation Partner
AetherLink is seeking scientific validation and Kick-Start program support from CSIRO — Australia's national science agency.
Where We Stand

PATENT-PROTECTED.
BUILDING THE FIRST PROOF.

AetherLink is at an honest, early stage: a fully specified, patent-protected full-stack design — engineered in detail, not yet built. We are not a startup raising to sell. We are building an enduring conservation mission, one proven node at a time, and seeking grant and philanthropic support to build the first proof of concept.

PROTECTED
Provisional patent — filed & dated
Lodged 1 June 2026 with IP Australia. A defensible, time-stamped claim over a genuinely integrated system — Patent Pending.
EARNED AT THE ROADSIDE
A decade of hands-on wildlife rescue
Domain credibility almost no founder has. We've seen the problem at the roadside — not in a spreadsheet.
DESIGNED
A complete full-stack system design
Nine specified components. The thinking is done — support goes to building, not figuring out.
ROADMAP — FROM PROOF OF CONCEPT TO GLOBAL VISION
2026
Phase 0 · Now
Two-Node Proof of Concept
Build and field-test a two-node network — proving the node-to-node mesh that makes AetherLink a network, not a sensor. Funded by grants and mission-aligned philanthropy. Early partnership conversations underway.
2027
Stage 1 · Pilot
Five-Corridor Tasmania Pilot
Huon, Lyell, Midland, Tasman & Bass highway corridors — 120 nodes, one per km, 120 km total. System validation and AI model refinement.
2029–2030
Stage 2 · Aether-Grid
120-Node Aether-Grid + First Interstate Corridors
Full grid commissioned across all Tasmanian corridors, with the first interstate corridors beginning — within three years of the Stage 1 pilot. Command Centre online; insurer + government data integration.
2032–2033
Stage 3 · National
Australian National Expansion
1,000+ nodes rolling out across road and rail corridors nationwide — roughly three years after Stage 2.
2035–2040
Stage 4 · Global
International / Global Deployment
10,000+ nodes — Canada, USA, Scandinavia & Europe. Each stage runs roughly three to six years.
Beyond
The Vision
A Global Wildlife Infrastructure Layer
Measurable reduction in global roadkill rates, with the network scaling toward a worldwide wildlife-protection grid. The long-term vision.
HOW THE NETWORK COULD SUSTAIN ITSELF
FUTURE PATHWAYS · NOT YET ACTIVE — HOW A MISSION-LOCKED NETWORK COULD FUND ITS OWN ENDURANCE BEYOND GRANTS & PHILANTHROPY
🛡️
Insurance
Partnerships
3-month proof timeline
  • Tens of thousands of documented animal-collision claims a year across major insurers (industry estimate — to confirm)
  • Average claims run into the thousands, a share resulting in write-offs (industry estimate — to confirm)
  • Designed to reduce insurer collision losses in corridors where it is deployed — value to be measured in field trials (not yet tested)
  • Target carriers: AAMI, NRMA, IAG, Suncorp · hazard-feed licensing + telematics integration
  • A future pilot corridor would generate proof-of-impact data for insurers within its first season
🔊
Bioacoustic &
Hazard Data
Science · Fleet · API
  • Bioacoustic species data licensed to universities, conservation NGOs & environmental agencies
  • Real-time wildlife hazard feed via secure API for fleet operators & logistics
  • WildGuard species index — 33 species at launch, expanding with every node
  • Per-corridor subscription tiers · direct integration with fleet management & mapping platforms
  • Fastest path to first revenue — grant-cycle compatible (3–9 months)
🏛️
Infrastructure
Contracts
Per-node leasing
  • State & federal road authority contracts
  • Node installation, maintenance & network operations
  • Long-term recurring infrastructure fees
  • Aligned with existing road-safety procurement frameworks
🔬
Research
Partnerships
AWC · CSIRO · Universities
  • A standardised wildlife-deterrent dataset — species, location, time, behaviour & outcome — built from every node-night
  • Grant-funded studies and co-publication with conservation-science partners
  • Target collaborators in discussion — AWC, CSIRO & universities (none formalised yet)
  • Turns every node-night into research-grade ecological data
🚂
Rail Corridor
Contracts
ARTC · Metro · State rail
  • Same Sentinel hardware, installed alongside rail corridors
  • Target operators: ARTC, Metro Trains, Sydney Trains
  • Designed to reduce derailments, service disruption & economic loss
  • Alerts to train driver cabins & network control centres
🚗
Vehicle Manufacturer
Partnerships
OEM · BYD · Tesla · Volvo
  • Direct OEM integration with BYD, Tesla, Volvo & major manufacturers
  • Real-time hazard data embedded in vehicle safety systems
  • Per-vehicle licensing revenue share
  • Fleet telematics integration
  • A long-term pathway to integrate with vehicle fleets as the network matures
🌱
Biodiversity
Credits
Tradeable ESG credits
  • Verified wildlife-protection events
  • Tradeable biodiversity & ESG credits
  • Carbon-market & environmental-compliance ready
  • Real-time on-network validation by edge AI
📱
WildGuard Driver
& Fleet
App · Fleet · SaaS
  • WildGuard driver app — real-time in-cab wildlife alerts · CarPlay & Android Auto
  • Consumer subscriptions + per-fleet safety plans (recurring SaaS)
  • Bundles with insurer telematics & OEM integrations
  • Software-light revenue that scales nationally ahead of the hardware rollout
Back the Build — Grant & Partnership Enquiry → Build it with us — technical & field partners
Funding the Build

A TWO-STAGE PATH

No Series A. No manufactured deadline. We fund the build in honest stages — non-dilutive first, proof before promise. AetherLink’s legal structure is being finalised as a mission-locked, enduring organisation; equity is not currently on the table.

THE TWO-STAGE FUNDING PATH

Stage 1 builds the proof. Stage 2 grows the first corridor. Each stage earns the next. Tap to expand.

+

THE ANIMALS
CAN'T WAIT.
NEITHER CAN WE.

AetherLink is seeking grant bodies, philanthropic supporters, mission-aligned partners and government collaborators who believe that technology and nature can coexist — and that the time to act is now.

architect@aetherlink.au Back the Build →

AETHERLINK.AU · 100% AUSTRALIAN OWNED · DESIGNED & BUILT IN AUSTRALIA

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