# PAR: Towards a Reference Architecture for Accessible Platforms in Respiratory Therapies
## 5 Conclusions  
The development and evaluation of our digital platform, the Accessible Platform for Respiratory Therapies (PAR), signifies a significant stride in meeting the escalating demand for remote rehabilitation services, particularly in respiratory diseases. Guided by a robust user-centered design approach involving collaboration with rehabilitation therapy experts and educational institutions, the platform prioritizes usability and inclusivity. The usability evaluation, employing the protocol proposed by [PERSON] and the Computer System Usability Questionnaire (CSUQ), engaged a cohort of 58 participants in simulated patient roles. The CSUQ facilitated the collection of feedback on user satisfaction and overall platform usability. These findings, crucial for refining the platform, underscore the importance of prioritizing user experience in telerehabilitation initiatives. This study significantly contributes to the evolution of telerehabilitation and telemedicine, offering insights that empower healthcare providers to deliver high-quality, patient-centric care remotely. As we grapple with the persistent challenges arising from the COVID-19 pandemic, the usability-driven solutions presented in this research hold promise for enhancing patient lives and optimizing healthcare services. The integration of accessibility principles from the project's inception aligns with our commitment to fostering equal opportunities for individuals with respiratory therapy needs. The obtained results furnish essential insights into the usability aspects integral to a web platform for telerehabilitation. These insights are crucial for guiding healthcare professionals in adapting their practices to a remote rehabilitation modality, enhancing patient autonomy and overall quality of life. By mitigating barriers related to distance, time, and costs, such platforms are transformative tools in providing post-pandemic healthcare. In conclusion, the PAR platform is a testament to telerehabilitation's potential in reshaping post-COVID-19 healthcare. As we chart the future of remote rehabilitation, it is evident that the fusion of user-centered design, usability assessments, and accessibility considerations is imperative for creating impactful, inclusive, and patient-focused digital healthcare solutions. Furthermore, web accessibility is positioned as a cornerstone for sustainability by aligning with the Sustainable Development Goals (SDGs). SDG 3 emphasizes healthy lives and well-being, crucial for sustainable development. SDG 4, associated with delivering high-quality education, guarantees impartial access irrespective of capabilities. SDG 10, focused on diminishing disparities, strives for uniform access to information and services. Beyond these SDGs, the accessibility of the web contributes to the overarching objective of sustainable development by fostering inclusivity and engagement. This presents the prospect of establishing a more sustainable and just world where everyone can access online resources equally. Looking forward, we heed the suggestions for future research to broaden the scope of literature reviews. This entails addressing usability, accessibility, and sustainability by incorporating diverse user groups, encompassing different disabilities and health conditions. Additionally, expanding assessments to include more platforms and integrating emerging technologies in healthcare can be valuable avenues for research regarding accessibility and sustainability in digital health. This comprehensive approach ensures a nuanced understanding and practical application of these principles, paving the way for further advancements in the field. Finally, to advance toward the future of respiratory health through this platform, we are improving the lives of affected individuals and forging a path toward a more inclusive, sustainable, and globally aligned healthcare.