Why Sleep and Respiratory Labs in Australia Are Finally Being Treated as One Clinical Service - and What That Means for Your Software
Australia's sleep and respiratory services are converging into a single, integrated clinical model. Driven by rising demand, updated referral criteria, and a growing recognition that breathing disorders rarely exist in isolation, labs that once operated as separate silos are now being asked to function as one. For the software running those labs, that shift changes everything.
TL;DR
Four in ten Australians aren't getting enough sleep, and sleep apnoea diagnoses are rising sharply, straining lab capacity [Sleep becoming major health issue for Australians as insomnia and sleep apnoea on the rise - ABC News]
Victorian public hospitals adopted new unified referral criteria for both respiratory and sleep conditions in November 2024 [New criteria for eligible patients requiring specialist management for a range of respiratory and sleep conditions - North Western Melbourne Primary Health Network]
Sleep studies are increasingly capturing data beyond apnoea, including COPD, ILD, and other respiratory conditions [Sleep & Lung Health 2025: Key GP Insights | Sleep Studies Brisbane | NBST]
Labs still running separate systems for sleep and respiratory reporting are carrying unnecessary clinical and administrative risk
Software built specifically for this combined model, like Rezibase, is now a strategic asset rather than a background tool
About the Author: This article is written by the Rezibase team, Australia's specialist respiratory and sleep reporting platform, built by respiratory scientists with over 37 years of combined clinical and technical experience across public hospitals, private labs, and integrated health networks.
Why Are Sleep and Respiratory Services Merging in Australia?
The clinical logic has always been there. Obstructive sleep apnoea (OSA) doesn't exist independently of lung function. Patients with COPD frequently present with sleep-disordered breathing. Interstitial lung disease affects overnight oxygenation. Yet for decades, administrative and funding structures kept these services in separate boxes.
That is changing fast.
In November 2024, new statewide referral criteria came into effect across all Victorian public hospitals, setting unified eligibility standards for patients requiring specialist management across both respiratory and sleep conditions [New criteria for eligible patients requiring specialist management for a range of respiratory and sleep conditions - North Western Melbourne Primary Health Network] [New criteria for eligible patients requiring specialist management for a range of respiratory and sleep conditions - EMPHN]. This is not a minor administrative tweak. It signals a formal, policy-level recognition that these two domains belong together clinically.
At the same time, demand is accelerating. Four in every ten Australians are not getting enough sleep, and the intersection of sleep disorders with broader respiratory conditions is placing mounting pressure on underfunded services [Sleep becoming major health issue for Australians as insomnia and sleep apnoea on the rise - ABC News]. A 2025 review of sleep and lung health trends highlighted that GPs are increasingly being asked to navigate OSA, COPD, ILD, and lung cancer screening as a connected clinical picture, not a list of separate referrals [Sleep & Lung Health 2025: Key GP Insights | Sleep Studies Brisbane | NBST].
What Does "Integrated" Actually Mean at the Lab Level?
Integration is not just about having two departments share a waiting room. At the operational level, it means:
A single patient record that captures both sleep and respiratory data across visits
Reporting workflows that can handle polysomnography, spirometry, DLCO, bronchodilator response, and overnight oximetry without switching systems
Referral management that reflects the new criteria without manual workarounds
Quality and accreditation compliance across both service types in one place
The gap between this ideal and what most labs are running today is significant. Many sites are still using separate, disconnected tools for sleep and respiratory reporting. That means duplicated patient records, manual data re-entry, and reporting processes that were never designed to speak to each other.
Why Is This Shift Happening Now?
Three forces are converging simultaneously.
1. Policy alignment: The November 2024 Victorian referral criteria update [New criteria for eligible patients requiring specialist management for a range of respiratory and sleep conditions - North Western Melbourne Primary Health Network] [New criteria for eligible patients requiring specialist management for a range of respiratory and sleep conditions - EMPHN] is a clear example of health system policy catching up to clinical reality. Similar conversations are happening nationally.
2. Volume pressure: Publicly funded polysomnography has grown significantly since 2004 [Sleep Disordered Breathing and Polysomnography in Australia], and that growth has not been matched by proportional funding for respiratory services more broadly [Lives compromised, cut short as Australia fails to fully fund respiratory research - National Asthma Council Australia]. Labs are being asked to do more with the same or fewer resources.
3. Broader diagnostic scope: Sleep studies are no longer just about identifying apnoea. As noted in recent clinical commentary, a sleep study is increasingly a window into a patient's overall respiratory health, capturing data that informs diagnoses well beyond OSA [Why Sleep Studies Shouldn’t Just Be About Apnoea - And How We’re Changing That at The Health Lodge | The Health Lodge]. That expanded scope requires software that can handle it.
What Should Labs Look for in Software Built for This Model?
Not all respiratory and sleep software is built with integration in mind. Here is what genuinely matters when evaluating a platform for a converged lab:
Capability | Why It Matters |
|---|---|
Combined respiratory and sleep modules | Eliminates the need for separate systems and reduces data fragmentation |
Vendor-neutral device import | Labs use equipment from multiple manufacturers and cannot afford lock-in |
Cloud-based access | Supports multi-site and hybrid working without local IT overhead |
Integrated accreditation tools | TSANZ/NATA and ISO 15189 compliance needs to cover both service types |
Referral and waitlist management | Reflects updated referral criteria without manual process changes |
EMR and PAS integration | Connects lab data to the broader hospital or clinic record |
The practical risk of getting this wrong is not just inefficiency. Disconnected systems create clinical risk through double data entry errors, missed values, and reporting inconsistencies across two specialties that are now being managed as one.
How Does Rezibase Support the Integrated Lab Model?
Rezibase was built by respiratory scientists who understood from the start that sleep and respiratory reporting belong on the same platform. That founding philosophy is what makes it genuinely suited to the moment Australian health services are now in.
Key capabilities relevant to the integrated model include:
Respiratory and sleep reporting in one platform: No switching between systems, no duplicated patient records
Magic Import: Directly imports device reports from any manufacturer, automatically extracting discrete data including flow-volume loops
Accreditation module: Covers the full TSANZ/NATA and ISO 15189 requirements across both respiratory and sleep, including documents, training, non-conformance, audits, and Westgard quality control
Admin and referral tools: Referral management, waitlist, bookings, and billing all configured for the specific workflows of respiratory and sleep departments
Full integration suite: Connects with PAS, EMR, DICOM Modality Worklists, hospital finance, and electronic ordering systems
Cloud-based SaaS: Accessible anywhere, no server management, no local IT headaches
Rezibase is currently trusted by over 35 sites, including NHS hospitals in the UK and NSW Health in Australia, which reflects its suitability for high-volume, complex clinical environments.
Frequently Asked Questions
Is the convergence of sleep and respiratory services just happening in Victoria?
The November 2024 referral criteria update was Victorian [New criteria for eligible patients requiring specialist management for a range of respiratory and sleep conditions - North Western Melbourne Primary Health Network], but the clinical and administrative drivers behind integration are national. Similar policy discussions are active in other states.
Can existing labs migrate to a combined platform without disrupting operations?
Yes. Platforms like Rezibase are designed to make the transition straightforward, with data migration support and onboarding processes built around minimising disruption to running services.
What accreditation standards apply to an integrated respiratory and sleep lab?
TSANZ/NATA standards and ISO 15189 requirements apply across both service types. Software with a dedicated accreditation module simplifies compliance considerably.
Do sleep and respiratory scientists need separate training on a combined platform?
A well-designed platform uses role-based access and workflows tailored to each discipline, so scientists work within their area without needing to navigate the full system.
How does vendor-neutral device import work in practice?
A vendor-neutral system accepts data from any manufacturer's device. Rezibase's Magic Import function extracts discrete data automatically, removing manual transcription entirely.
What is the risk of staying on separate systems?
The primary risks are duplicated records, manual re-entry errors, reporting inconsistencies, and an inability to meet integrated referral and accreditation requirements efficiently.
Does Rezibase offer a trial before committing?
Yes. Rezibase offers a 30-day free trial with transparent, all-inclusive monthly pricing and no lock-in contracts.
About Rezibase
Rezibase is Australia's most advanced cloud-based respiratory and sleep reporting platform, built by respiratory scientists for respiratory and sleep labs. Founded by Peter Rochford and the late Jeff Pretto, and now backed by healthcare technology company Cardiobase, Rezibase combines deep clinical expertise with enterprise-grade software. Trusted by over 35 sites across Australia and the UK, including NHS and NSW Health facilities, Rezibase covers the full lab lifecycle from referral and waitlist through to reporting, accreditation, and billing. All on one platform, with no vendor lock-in, no server headaches, and no lock-in contracts.
Ready to see what a genuinely integrated respiratory and sleep platform looks like? Visit rezibase.com to start your free 30-day trial or speak with the team.