Minor bug fixes and performance improvements.

Introducing FeNO measurement to complement oscillometry and spirometry Enhanced diagnostic workflow and system performance Stability improvements and bug fixes

This major ALDS update brings a powerful combination of cutting-edge cybersecurity, enhanced interoperability, and improved clinical workflow integration. With this release, ALDS now incorporates a state-of-the-art cybersecurity architecture developed not only in alignment with IEC 81001-5-1, but pushing beyond its baseline expectations. The new security foundation is built to proactively identify risks, minimise attack surfaces and ensure the highest level of protection for health data throughout all diagnostic processes. These advancements significantly reinforce system robustness, operational reliability and long-term software resilience in demanding clinical environments. In addition, this version introduces an optional Multi-Factor Authentication (MFA) system. Healthcare organisations can activate MFA to add a configurable second layer of authentication, strengthening access control while keeping the user experience streamlined. MFA can be enabled either at an organisational level or per device, giving hospitals and clinics maximum flexibility to tailor security to their IT policies. To optimise integration across healthcare infrastructures, ALDS now supports full HL7 Hospital Information System (HIS) connectivity. This enables seamless and standardised data exchange with existing clinical systems, including automated import of patient demographics, retrieval of test orders, and transmission of diagnostic results. With HL7 interoperability, ALDS helps eliminate manual transcription steps, reduce typographical errors, and accelerate the diagnostic workflow from admission to reporting. This update also includes refinements to stability, performance and responsiveness during high-volume use, ensuring consistently smooth operation across all measurement scenarios. With this release, ALDS continues to move ahead of the industry standard—combining cutting-edge cybersecurity, flexible authentication options and robust HL7-based interoperability to deliver fast, safe and integrated respiratory diagnostics for modern clinical environments.

resolving several non-critical bugfixes

This version provides: - real-time display of spirometry and oscillometry signals while measuring a patient - an improved algorithm for physiological interpretation of measurement results

Improved usability and report design.