A lightweight strategy to securing endpoints from replay attacks using HMAC.

Neovo AG ist Ihr Partner für individuelle Softwarelösungen und SAP-Entwicklung. Wir bieten massgeschneiderte Lösungen, die Ihre Geschäftsprozesse optimieren und Ihre Effizienz steigern.

Background: Digital health interventions such as web health applications significantly enhance screening accessibility and uptake, particularly for individuals with low literacy and income levels. Involving stakeholders comprising healthcare professionals, patients, and technical experts, an intervention can be tailored to effectively meet the users’ needs, ensuring contextual relevance for better acceptance and impact. Objective: To prioritize the content and user interface appropriate for developing a web health application, known as the MAwar app, to promote breast and cervical #Cancer screening. Methods: A cross-sectional study for stakeholder engagement was conducted to develop a web-based application known as the MAwar app, as part of a larger research entitled: “The Effectiveness of an Interactive Web Application to Motivate and Raise Awareness on Early Detection of Breast and Cervical #Cancers (The MAwar study)”. The stakeholder engagement was conducted in a public health district that oversees 12 public primary care clinics with existing cervical and breast #Cancer screening programmes. We purposively select the stakeholders for their relevant roles in the breast and cervical #Cancer screening (healthcare staff, patients, and public representatives), as well as expertise in software and user interface design (technology experts). The Quality Function Deployment (QFD) method was used to reflect the priorities of diverse stakeholders (healthcare, technology experts, patients, and public representatives) in its design. The QFD method facilitated the translation of stakeholder perspectives into app features. Stakeholders rated features on a 1(least important) to 5 (most important) scale, ensuring the app's design resonated with user needs. The correlations between the ‘WHATs’ (user requirements) and the ‘HOWs’ (technical requirements) were scored using a 3 point ordinal scale, with 1 indicating weak correlation, 5 as medium correlation and 9 as strongest correlation. Results: A total of 13 stakeholders participated in the study comprising women who had either underwent or never for health screening, a health administrator, primary care physician, medical officers, nurses and software designers. Stakeholder evaluations highlighted cost-free access (mean 4.64 (SD0.81)), comprehensive #Cancer information (mean 4.55(SD0.69)), detailed screening benefits (mean 4.45 (SD0.68)), detailed screening facilities (mean 4.45 (SD0.68)) and personalised risk calculator for breast and cervical #Cancers (mean 4.45(SD0.68)) as essential priorities of the app. The highest-ranked features include detailed information on screening procedures (weighted score(WS)=367.84), information on treatment options (WS=345.80), benefits of screening (WS=333.75), information about breast and cervical #Cancers (WS=332.15) and FAQs about the concerns on screening (WS=312.00). Conclusions: The MAwar app, conceived through a collaborative, stakeholder-driven process, represents a significant step in leveraging digital health solutions to tackle #Cancer screening disparities. By prioritizing accessibility, information quality, and clarity on benefits, the app is promising to make meaningful approaches to early #Cancer detection and management for targeted communities. Clinical Trial: BMC ISRCTN registry ISRCTN10403163; https://doi.org/10.1186/ISRCTN10403163

Use Data Editor controls with RTL support to create accessible, right-to-left input forms that improve usability for multilingual web applications.

In the digital realm, the terms “website” and “web application” are often used interchangeably, but they represent distinct entities with unique features, functions, and purposes. Understanding the di...

JavaScript PDF viewer components enable efficient navigation of PDF documents within web applications, enhancing user experience.

WebLLM and new browser APIs enable offline-capable chatbots that keep sensitive data on users' devices while maintaining functionality.

WebLLM and new browser APIs enable offline-capable chatbots that keep sensitive data on users' devices while maintaining functionality.

WebLLM and new browser APIs enable offline-capable chatbots that keep sensitive data on users' devices while maintaining functionality.

WebLLM and new browser APIs enable offline-capable chatbots that keep sensitive data on users' devices while maintaining functionality.