AUS BIOS LABS provides AROLA, a handheld, battery‑operated breast screening device that captures diagnostic images without the need for large clinic‑based equipment or specialist operators. The images are processed on‑device and uploaded to the cloud‑based DORA platform for AI‑assisted analysis and remote specialist review, enabling community health providers and mobile clinics to expand breast cancer screening in low‑resource or remote settings.
Funding
Funding not disclosed
Founders
Product
Problem
Access to breast cancer screening is limited by the need for large, clinic-based imaging equipment and specialist operators, resulting in delayed diagnoses, especially in underserved or remote areas. This gap reduces early detection rates and hampers timely treatment initiation.
Solution
AUS BIOS LABS offers AROLA, a portable breast screening device that enables point‑of‑care imaging without the infrastructure of traditional mammography systems. The device integrates compact hardware with advanced imaging algorithms to deliver clinically relevant images in community settings or mobile clinics. Data captured by AROLA can be uploaded to the cloud‑based DORA platform, which provides scalable analysis tools and supports integration with broader clinical workflows. By combining lightweight design, automated image processing, and a unified software ecosystem, the solution expands screening capacity and accelerates early detection of breast cancer.
Target Audience
Primary customers are community health providers, mobile screening programs, and regional hospitals seeking to expand breast cancer screening coverage in low‑resource or remote environments.
Features
- Handheld, battery‑operated imaging unit designed for use outside conventional radiology suites
- Integrated image acquisition and preprocessing algorithms that reduce the need for on‑site radiology expertise
- Cloud‑connected DORA platform for centralized data storage, AI‑assisted analysis, and remote specialist review
- Modular hardware architecture allowing adaptation for additional diagnostic applications beyond breast imaging
- Manufacturing approach leveraging advanced, scalable production techniques to maintain cost‑effectiveness