Public interest first
Airspace is a shared asset. Our tools are built to help the public sector plan it in the community interest.
Aerorynth is an Australian-founded infrastructure technology venture building the digital governance layer for autonomous airspace—connecting government policy and planning to authorised, machine-readable operating conditions and real-world evidence.
As drones move into everyday life, low-altitude airspace is becoming critical public infrastructure. Aerorynth exists to connect government intent to operational reality—so this airspace is planned deliberately, with the same rigour we apply to roads, rail and utilities.
Airspace is a shared asset. Our tools are built to help the public sector plan it in the community interest.
Every plan and decision should rest on transparent, inspectable data, not intuition or pressure.
We design alongside councils, agencies and operators so the platform reflects how decisions are really made.
Aerorynth is built at the intersection of large-scale software, geospatial intelligence and public-sector governance.
Aerorynth is led by an operator who has built and scaled complex, multi-sided platforms in the Australian market.

Founder & CEO
Daniel has spent over a decade building and scaling multi-sided marketplace and workforce platforms across Australia, taking products from zero to national operation.
As a CTO-level product and engineering leader, he has shipped complex, data-intensive systems where reliability, trust and regulatory alignment are non-negotiable. Aerorynth applies that experience to the hardest problem in the low-altitude economy: planning and simulation software that governments can defend.
The regulatory foundation for scaled drone operations is arriving now. We are building the planning layer the public sector will need to keep pace.
Exploring low-altitude airspace planning for your jurisdiction or organisation? We'd be glad to walk you through the platform.
Work with Aerorynth to plan, simulate and govern your region for the next generation of autonomous aviation—from policy to operational evidence.