Aerorynth
Digital Governance Infrastructure for Autonomous Airspace

From Government Policy to Machine-Readable Airspace.

Aerorynth helps governments and operators plan autonomous drone networks, assess community and infrastructure impacts, define authorised operating conditions, translate policy into machine-readable constraints and maintain auditable evidence from planning through operations.

Explore the Aerorynth PlatformSee the Operating Lifecycle
0–120m
Low-altitude airspace modelled
Illustrative example
7
Stakeholder domains supported
Illustrative example
24/7
Continuous simulation cadence
Illustrative example
Aerial view of a Western Sydney suburb with a commercial delivery drone flying at low altitude above the rooftops
120 m
90 m
40 m
0 m
Western Sydney Airspace Model
Corridors
37
Sensitive zones
146

Illustrative example

Illustrative operating environment
The challenge

Drones are arriving faster than the rules to govern them

Deliveries, inspections, medical logistics and emergency response are moving into the airspace above our streets. Without shared planning infrastructure, every proposal becomes a one-off negotiation.

01

Invisible and contested

Low-altitude airspace is a shared public asset, but it is largely unmapped and ungoverned at the local level.

02

Fragmented data

Terrain, noise, population, infrastructure and regulatory layers sit in disconnected systems that never meet.

03

No shared language

Councils, operators, emergency services and communities lack a common environment to evaluate trade-offs.

A commercial delivery drone carrying a parcel above a quiet Australian suburban street lined with houses and gum trees
Industry context
The low-altitude economy

Autonomous operations are moving from trials to infrastructure.

Delivery, healthcare, emergency response and infrastructure inspection are creating a new operational layer above our cities. Planning for that layer must begin before operations reach scale.

Platform capabilities

The digital governance layer between policy and operations

Aerorynth unifies geospatial data, simulation, assessment workflows and machine-readable constraint publishing into one continuous digital record from planning decision to operational evidence.

A heavy-lift cargo drone approaching the loading docks of a logistics distribution centre at golden hour
Illustrative operating environment

Aerorynth plans the infrastructure and airspace that operations depend on.

Aerorynth Digital Twin

A living 3D model of the low-altitude environment layering terrain, buildings, sensitive zones, noise and population data.

Aerorynth Corridor Studio

Design and evaluate network and corridor options against constraints, then export defensible plans for consultation.

Aerorynth Simulation Lab

Model traffic density, noise exposure and community impact across competing airspace scenarios.

Aerorynth AI Planner

Generate candidate routes and surface trade-offs with an assistant grounded in your policy and planning rules.

Authorised Operating Envelopes

Record authorised operating conditions and publish machine-readable constraints to compatible operational systems.

Conformance & Evidence

Receive telemetry and conformance evidence, then compare predicted and actual outcomes with full audit lineage.

High-altitude aerial photograph of the Western Sydney urban landscape with suburbs, arterial roads, a river and the distant city skyline
Real environment. Digital planning layer.

Understand the physical city first. Then model the autonomous operations above it.

Digital twin

See the airspace as a living model

Toggle constraint layers, adjust altitude bands and inspect how corridors interact with the built environment, all in an interactive digital twin.

Illustrative platform data
Illustrative platform data
Altitude band · 30–60m

Altitude Control

Higher altitude bands unlock additional potential planning area, shown by the expanding dashed boundary.

Map Layers

Who it serves

One platform, every airspace stakeholder

Aerorynth gives each participant in the low-altitude economy a shared, evidence-based environment to plan and decide.

A medical delivery drone carrying a payload box near the entrance of a modern hospital campus

Healthcare & medical logistics

Plan reliable low-altitude networks connecting hospitals, laboratories and distribution centres.

A commercial delivery drone carrying a parcel above suburban rooftops near an urban logistics hub

Logistics & delivery

Evaluate potential corridors, infrastructure demand and community impact before operations reach scale.

An inspection drone with a camera gimbal operating near a large steel bridge and transmission infrastructure

Infrastructure & emergency response

Plan priority access, operational corridors and supporting infrastructure for critical missions.

Primary focus

Government & Councils

Create low-altitude airspace plans, assess proposals and establish governance frameworks. Our primary beachhead and the first customers we build alongside.

Expansion markets

Infrastructure Owners

Identify potential sites for drone hubs, charging facilities and landing zones.

Property & Precinct Developers

Understand how autonomous aviation infrastructure may shape future precinct planning.

Aerial view of the Sydney skyline and harbour at dusk with a single distant drone in the sky

Every road network was planned.
Every aviation system was governed.
The autonomous airspace above our cities should be no different.

Aerorynth is the digital governance layer for the low-altitude world—connecting government policy to authorised, machine-readable operating conditions.

Conceptual planning visualisation

Plan the Airspace Before Autonomy Arrives.

Work with Aerorynth to plan, simulate and govern your region for the next generation of autonomous aviation—from policy to operational evidence.

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