#RPM software

[sisgainuae]

In 2025, Remote Patient Monitoring (RPM) software is transforming healthcare in the UAE, enabling healthcare providers to remotely track patients' health, improve outcomes, and reduce costs. RPM leverages wearables and mobile apps to monitor real-time health data, enhancing patient care without frequent in-person visits. For healthcare businesses in the UAE, selecting the right RPM software is key to operational efficiency and better patient outcomes. SISGAIN Provides the Best Remote Patient Monitoring Software, offering customizable, secure, and user-friendly software that supports advanced health monitoring and AI-powered alerts. Explore how RPM is shaping healthcare services in the UAE and improving accessibility for all.

[sisgaintechnologies]

https://blogsubmissionsite.com/blog/details/cost-to-develop-remote-patient-monitoring-software-in-2025

Discover the 2025 cost to develop remote patient monitoring software in the UAE. Explore features, AI impact, and hidden costs with expert insights.

[bitcot]

Remote Patient Monitoring Software Development Company | Bitcot

Looking for a trusted Remote Patient Monitoring Software Development Company? Bitcot offers custom, scalable RPM solutions tailored for hospitals, clinics, and healthcare startups. Their services include real-time health data tracking, device integration, mobile apps, and patient dashboards. With a strong focus on HIPAA compliance, data security, and user-friendly design, Bitcot delivers smart, reliable healthcare technology that improves patient care and reduces hospital visits.

[highest-rated-rpm-software]

Healee Coviu Humhealth Luma Health PatientLink Online CipherHealth Prevounce Ehi WellWink Optimize Health

Note: The above list of Remote Patient Monitoring (RPM) software is purely based on ratings and reviews from Capterra. I do not influence or alter the rankings. Ratings and rankings may change over time, so we recommend visiting Capterra for the most up-to-date insights.

[humhealth]

The Role of HCC Risk Scoring in Modern Healthcare

Hierarchical Condition Category (HCC) risk scoring has become essential in the rapidly changing healthcare environment. Developed by the Centers for Medicare & Medicaid Services (CMS), this methodology helps predict patient healthcare costs, improve patient care, and manage healthcare resources effectively.

Understanding HCC Risk Scoring

HCC risk scoring categorizes patients based on their health conditions and demographics. The CMS-HCC model assigns a risk score to each patient, reflecting the expected healthcare costs. Higher risk scores indicate higher anticipated healthcare needs and costs, while lower scores suggest fewer healthcare requirements. This scoring system is fundamental in adjusting payments to Medicare Advantage plans, ensuring fair compensation based on patient health status.

Key Components of HCC Risk Scoring

Diagnostic Coding: Accurate and comprehensive diagnostic coding is crucial. ICD-10 codes, reflecting the patient's conditions, directly influence the HCC risk score. Proper documentation ensures all relevant conditions are captured, leading to precise risk adjustment.

Patient Demographics: Age, gender, and other demographic factors play a crucial role in HCC risk scoring. Older patients or those with multiple chronic conditions typically receive higher risk scores due to anticipated higher healthcare costs.

Chronic Conditions: HCC risk scoring emphasizes chronic conditions such as diabetes, heart disease, and chronic obstructive pulmonary disease (COPD). These conditions often require ongoing medical attention and resources, significantly impacting the risk score.

Benefits of HCC Risk Scoring

Improved Resource Allocation: By accurately predicting healthcare costs, HCC risk scoring allows healthcare providers to allocate resources more effectively. This ensures that high-risk patients receive the necessary care and attention, ultimately improving patient outcomes.

Enhanced Patient Care: Understanding patient risk scores helps healthcare providers tailor treatment plans. Providers can prioritize interventions for high-risk patients, potentially preventing hospitalizations and reducing healthcare costs.

Financial Stability: For healthcare organizations, accurate risk adjustment ensures appropriate reimbursement. This financial stability allows for sustained investment in patient care and the development of innovative healthcare solutions.

Challenges and Considerations

While HCC risk scoring offers numerous benefits, it also presents challenges. Accurate documentation and coding are paramount, yet often challenging in busy clinical settings. Additionally, the evolving nature of healthcare means that continuous education and training are essential for healthcare professionals involved in HCC risk scoring.

Future Directions

Advancements in technology, such as artificial intelligence (AI) and machine learning, are poised to enhance HCC risk scoring. These technologies can streamline the coding process, improve accuracy, and provide deeper insights into patient health patterns. Integrating these tools into healthcare systems promises a more efficient and precise approach to risk adjustment.

Conclusion

HCC risk scoring stands as a critical component in modern healthcare, facilitating improved patient care, efficient resource allocation, and financial stability for healthcare organizations. As the healthcare landscape continues to evolve, embracing advancements in technology and ensuring accurate documentation will be key to maximizing the benefits of HCC risk scoring.

References

https://www.aapc.com/resources/what-is-hierarchical-condition-category

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9973227/

https://www.cms.gov/medicare/payment/medicare-advantage-rates-statistics/risk-adjustment

https://www.humhealth.com/

https://www.humhealth.com/chronic-care-management/

https://www.humhealth.com/remote-patient-monitoring/

[thoughtsofjessica]

What is the Future of Remote Patient Monitoring: A Step-by-Step Guide?

This article explores the concept of RPM, the Best Patient Monitoring Systems, the top RPM providers, patient monitoring solutions, and the development of remote patient monitoring software. Join us on this journey to discover the transformative potential of RPM in modern healthcare. In today's fast-paced world, healthcare is evolving to meet the demands of both patients and healthcare providers. One significant advancement in healthcare technology is Remote Patient Monitoring (RPM). 

Understanding Remote Patient Monitoring (RPM)

Patient Monitoring Solutions is a revolutionary approach to healthcare that leverages technology to monitor patients' health conditions remotely. This innovative method allows healthcare providers to keep a close eye on their patients' vital signs and health metrics without the need for in-person visits. RPM utilizes various devices, such as wearable sensors, mobile apps, and telehealth platforms, to collect and transmit real-time data to healthcare professionals.

The Benefits of RPM

Enhanced Patient Care: RPM enables continuous monitoring, leading to early detection of health issues and timely interventions.

Improved Patient Engagement: Patients become active participants in their healthcare, as they can monitor their own data and communicate with their healthcare providers.

Cost Savings: Reduced hospital readmissions and emergency room visits result in significant cost savings for both patients and healthcare systems.

Leading Remote Patient Monitoring Providers

When it comes to RPM, several providers have established themselves as industry leaders. These providers offer comprehensive solutions that cater to the diverse needs of patients and healthcare organizations.

1. XYZ Health Solutions

XYZ Health Solutions has earned a reputation for its cutting-edge RPM technology. They offer a wide range of wearable devices and user-friendly apps that enable seamless data collection and transmission.

2. HealthWatch Inc.

HealthWatch Inc. specializes in cardiac monitoring through RPM. Their devices are designed to monitor patients with heart conditions, providing real-time data to cardiologists for timely interventions.

The Best Patient Monitoring Systems

Selecting the right Best Patient Monitoring Systems is crucial for healthcare providers. The Best Patient Monitoring Systems combine accuracy, reliability, and ease of use.

1. Wearable Sensors

Wearable sensors, like smartwatches and fitness trackers, have become popular choices for patient monitoring. They continuously track vital signs, physical activity, and sleep patterns, providing valuable insights for patients and healthcare providers.

2. Telehealth Platforms

Telehealth platforms, such as video conferencing and secure messaging, facilitate remote consultations between patients and healthcare professionals. These platforms enhance communication and enable real-time assessments.

Patient Monitoring Solutions

Patient monitoring solutions encompass a wide array of services and technologies aimed at improving patient outcomes. These solutions can be tailored to specific medical conditions and requirements.

1. Chronic Disease Management

RPM is particularly effective in managing chronic diseases like diabetes, hypertension, and chronic obstructive pulmonary disease (COPD). Patients can monitor their condition from the comfort of their homes, reducing the need for frequent clinic visits.

2. Post-Surgery Monitoring

After surgical procedures, patients require careful monitoring to ensure a smooth recovery. RPM allows healthcare providers to track vital signs, pain levels, and potential complications remotely.

Remote Patient Monitoring Software Development

The heart of RPM lies in the development of sophisticated software solutions that facilitate data collection, analysis, and communication. Software developers play a crucial role in shaping the future of RPM.

Challenges in RPM Software Development

Developing RPM software comes with unique challenges, including ensuring data security, interoperability with existing healthcare systems, and user-friendliness.

Future Innovations

As technology continues to advance, we can expect Best Patient Monitoring Systems to become even more sophisticated. Machine learning algorithms and artificial intelligence will likely play a significant role in predicting and preventing health issues.

Conclusion

Remote Patient Monitoring is revolutionizing healthcare by providing patients with greater control over their health and enabling healthcare providers to deliver more proactive and personalized care. With the continuous evolution of RPM technology, we can anticipate a future where healthcare is not bound by physical boundaries, leading to improved patient outcomes and reduced healthcare costs.

How does Remote Patient Monitoring work?

Remote Patient Monitoring uses devices like wearables and apps to collect and transmit real-time health data to healthcare providers for remote monitoring and timely interventions.

Are RPM devices easy for patients to use?

Yes, RPM devices are designed to be user-friendly, allowing patients to monitor their health with ease. Many devices sync seamlessly with smartphones and offer intuitive interfaces.

Can RPM be used for all medical conditions?

While RPM is beneficial for many conditions, its applicability may vary. It is most commonly used for chronic diseases like diabetes, hypertension, and chronic obstructive pulmonary disease (COPD).

Is RPM cost-effective for healthcare systems?

Yes, RPM has shown to be cost-effective by reducing hospital readmissions and emergency room visits, ultimately saving healthcare systems money.

What does the future hold for Remote Patient Monitoring?

The future of RPM looks promising, with advancements in software development, artificial intelligence, and wearable technology expected to further enhance its capabilities.

[zahirmasud]

Accelerate Your Affiliate Marketing Triumph with Rapid Profit Machine

[solaris-official]

Solaris first try

So I thought that since I use this domain now I might as well try out the last available version of Solaris.

I have to say that it's better than I thought. I mean, the software is still from 2018 and I don't know how to update the software / install new one since there is no software store and I don't think it is compatible with any packages found online (No .deb / .rpm and I think it is to old for things like Flatpaks) but even in a VM it runs pretty smoothly.

It runs a modern looking GNOME Desktop but still has the old and detailed 2018 Icons which do look nice. It has an ancient version of Firefox (the old look definitely brought back some memories) that can't properly load modern websites anymore (tested on [tumblr] and nothing else).

Firefox failing to load [tumblr]

Even though I can't really use this version for anything I might try out its open source continuation (I think it's called OpenIndiana?) in the future.

[sisgainuae]

Remote Patient Monitoring Software is transforming UAE healthcare by reducing hospital readmissions, enhancing chronic disease management & enabling real-time care.

[motorspexx]

At the 2025 24 Hours of Le Mans, Porsche unveiled a unique one-off vehicle: the Porsche 963 RSP. Developed as a tribute to the legendary 917 and inspired by Count Rossi’s 1975 street-driven prototype, the 963 RSP is based on Porsche’s LMDh competition car but reimagined for public roads under special conditions.

The project was a collaboration between Porsche AG, Porsche Penske Motorsport, and Porsche Cars North America, with direct involvement from Roger Penske—whose initials form the RSP name. The concept was initiated as a design study and passion project, eventually culminating in a street-legal prototype unveiled near Circuit de la Sarthe.

The 963 RSP retains the race-spec 4.6-liter twin-turbocharged V8 hybrid powertrain, delivering up to 680 horsepower. Originally developed for the RS Spyder and later refined in the 918 Spyder, the engine architecture includes a flat crankshaft, short stroke, and Van der Lee turbochargers for optimized throttle response. The hybrid system uses a Bosch motor generator unit and a Williams Advanced Engineering battery, working with a 7-speed Xtrac sequential gearbox. For road use, the power delivery was remapped to be smoother, and the system was configured to run on pump fuel.

To comply with road operation under French regulation, the chassis was adjusted with raised ride height, softened Multimatic dampers, and revised software to enable functioning headlights, taillights, and turn signals. Michelin rain-spec tires were mounted on 18-inch forged OZ wheels. Unique modifications such as covered wheel arches, a working horn, and license plate mounts were added.

Visually, the 963 RSP is finished in Martini Silver paint—not a wrap—requiring a triple-layer lacquer on ultra-thin Kevlar® and carbon fiber surfaces. An enamel Porsche crest replaces the standard nose graphic, and 1970s Michelin branding adds a period-correct touch. The rear features a 3D-printed “963 RSP” badge.

The interior departs sharply from the competition car. Trimmed in tan leather and Alcantara, it includes a cushioned, leather-wrapped carbon seat, air conditioning, a leather-finished steering wheel, and even a detachable 3D-printed cup holder. Storage space is provided for a laptop, headset, and Roger Penske’s custom carbon helmet. Ventilation outlets mimic the 917’s engine fan design, reinforcing historical continuity.

While the 963 RSP is not homologated for mass production, it is fully operational and authorized for limited road use under manufacturer permissions. Following its debut, the vehicle will appear at the Porsche Museum in Stuttgart and the Goodwood Festival of Speed.

This project showcases Porsche’s ability to blend heritage, engineering, and bespoke craftsmanship—all within the limits of a modern endurance prototype.

Porsche 963 RSP – Technical Specifications

Model name: Porsche 963 RSP Type: Road-legal high-performance prototype Chassis: Carbon-fiber monocoque (LMP2-based, by Multimatic) Length: 5100 mm Width: 2000 mm Height: 1060 mm Wheelbase: 3148 mm Weight: Approximately 1030 kg

Engine type: Twin-turbocharged 4.6-liter V8 Engine code: 9RD (derived from Porsche 918 Spyder) Max engine power: Over 515 kW (approximately 700 PS) Max RPM: Over 8000 rpm Turbo boost: Approximately 0.3 bar (2 turbos)

Hybrid system: Bosch MGU with 1.35 kWh battery from Williams Total combined power output: 520 kW (707 PS, regulated) Drive system: Rear-wheel drive Transmission: 7-speed Xtrac sequential gearbox Clutch: Carbon-fiber racing clutch

Top speed: Over 330 km/h Suspension: Pushrod double wishbone with adjustable dampers Brakes: Carbon racing brakes with regenerative hybrid system Wheels: 18–19 inch race wheels adapted for road use

Fuel type: Synthetic or biofuel compatible Emissions: Modified for street approval Street modifications: Lighting, mirrors, exhaust system, license plate mounts

Interior: Stripped-down, race-focused with minimal comfort features Production: One-off road-legal concept

[sisgaintechnologies]

Why UAE Hospitals Choose Remote Patient Monitoring Apps

The healthcare industry in the UAE is undergoing a massive digital transformation, propelled by the growing demand for advanced healthcare technologies. At the heart of this transformation lies Remote Patient Monitoring (RPM) apps, which are revolutionizing patient care, enhancing hospital operations, and fostering better outcomes across the region. RPM apps allow healthcare providers to monitor their patients' health remotely, providing real-time data, alerts, and treatment recommendations. This article delves into why UAE hospitals are increasingly adopting RPM apps, exploring the benefits, integration into healthcare systems, challenges, and the future potential of this technology in the UAE.

Understanding Remote Patient Monitoring Apps

Remote Patient Monitoring Apps are designed to track and manage a patient’s health data in real time, regardless of their location. These apps enable continuous monitoring of various health metrics such as heart rate, blood pressure, glucose levels, and oxygen saturation. Through sensors and wearable devices connected to the app, healthcare providers can access this data remotely, making it easier to track patients' conditions, intervene when necessary, and reduce hospital visits.

RPM apps are a critical component of a broader movement toward patient-centric care, where patients are empowered to manage their health and communicate with their healthcare providers from the comfort of their homes. The increasing demand for these apps in the UAE reflects both technological advancements and a cultural shift toward more convenient, accessible, and cost-effective healthcare solutions.

In the UAE, healthcare providers are increasingly looking for ways to reduce the pressure on hospital infrastructure while ensuring high-quality care for patients. RPM apps bridge this gap by offering a solution that minimizes the need for in-person visits, improves communication, and allows for more personalized care.

Drivers Behind RPM Adoption in UAE Hospitals

The UAE healthcare sector has become a hotbed for innovation, with hospitals and healthcare providers adopting digital health solutions like RPM apps to stay competitive and offer high-quality care. Several key drivers are fueling the growing adoption of RPM apps in the region.

Patient Demand for Convenient Care

Patients are increasingly seeking convenience and accessibility in healthcare. With the rise of wearable technology and smartphones, patients now expect healthcare solutions that allow them to monitor their health independently. Remote patient monitoring apps offer a convenient way to stay on top of health conditions without frequent hospital visits. This growing patient demand for more accessible care has encouraged UAE hospitals to integrate RPM apps into their practices.

Cost Efficiency

RPM apps can significantly reduce healthcare costs by minimizing hospital visits, readmissions, and in-person consultations. With fewer patients requiring physical appointments, hospitals can allocate resources more efficiently, reducing strain on emergency departments and outpatient services. Additionally, RPM apps help catch health issues early, preventing costly hospitalizations due to undiagnosed conditions or emergencies.

Regulatory Support in the UAE

The UAE government has been a key proponent of integrating technology into healthcare. Under the UAE Vision 2021 and subsequent initiatives like the National Strategy for Artificial Intelligence 2031, the government is actively supporting digital health solutions, including RPM technologies. Regulatory bodies in the UAE have streamlined processes for adopting innovative healthcare solutions, creating a favorable environment for hospitals to implement RPM apps. Government-backed initiatives have further accelerated the adoption of RPM solutions, providing incentives and setting standards for data security and privacy.

Key Benefits of RPM Apps for Healthcare Providers

Remote patient monitoring apps provide significant advantages for healthcare providers in the UAE. The integration of these apps into hospital systems leads to improved patient care, better resource management, and enhanced operational efficiency.

Real-Time Data Access

One of the biggest benefits of RPM apps is the ability to access patient data in real time. Healthcare providers can monitor a patient’s vital signs and other health metrics remotely, allowing them to detect potential issues before they become severe. This real-time data helps doctors make faster, more informed decisions, reducing the risk of complications and improving overall health outcomes. Furthermore, patients feel more supported as they can communicate with their doctors instantly when something unusual occurs, avoiding unnecessary stress or hospital visits.

Improved Chronic Disease Management

RPM apps play a pivotal role in managing chronic conditions such as diabetes, hypertension, and heart disease, which are prevalent in the UAE. For patients with these conditions, continuous monitoring can prevent serious complications and hospitalizations. RPM apps allow patients to track their health metrics and share the data with their doctors, ensuring a proactive approach to managing their condition. Doctors can adjust medications or recommend lifestyle changes based on the data provided, leading to more personalized care.

Enhanced Patient Engagement

RPM apps promote patient engagement by providing users with constant feedback on their health. These apps often include features like personalized health insights, reminders for medication or checkups, and goal tracking. When patients are actively involved in managing their health, they are more likely to adhere to treatment plans, adopt healthier behaviors, and experience better health outcomes. In the UAE, where patient engagement is becoming a critical component of quality care, RPM apps are proving to be an essential tool for increasing patient participation in their own health management.

Integration with Wearable Devices and AI Technologies

RPM apps do not work in isolation—they integrate seamlessly with a variety of wearable devices and other digital health technologies. This integration enhances their functionality, enabling more accurate and comprehensive monitoring of patient health.

Wearable Device Integration

Wearable devices such as smartwatches, fitness trackers, and specialized medical sensors are an integral part of the RPM ecosystem. These devices continuously collect data on vital health metrics, including heart rate, blood pressure, glucose levels, and oxygen saturation. The data collected by these devices is transmitted to RPM apps, where healthcare providers can analyze it in real time. In the UAE, where technology adoption is widespread, wearables have become a popular way for patients to track their health independently. Integrating wearable devices with RPM apps offers healthcare providers a holistic view of a patient’s health, improving their ability to offer personalized treatment plans.

AI-Powered Insights

Artificial intelligence (AI) plays an increasingly significant role in enhancing RPM apps. AI can analyze the vast amounts of data collected by RPM apps and wearable devices to identify patterns, predict health risks, and recommend preventive measures. For instance, AI algorithms can flag abnormal heart rhythms or elevated blood pressure, alerting healthcare providers to potential issues before they become critical. This predictive capability enhances the efficiency and effectiveness of healthcare delivery, making RPM apps an indispensable tool in modern healthcare, especially in the UAE’s technologically advanced environment.

Addressing Challenges and Ensuring Data Security

While RPM apps offer numerous benefits, they also present certain challenges that healthcare providers must address to ensure successful implementation and use.

Technological Barriers

Despite the widespread use of smartphones and wearable devices, there are still some technological barriers that can hinder the adoption of RPM apps. Issues such as inconsistent internet connectivity, lack of digital literacy among certain patient demographics, and limited access to devices may pose challenges, particularly in rural or underserved areas. To overcome these challenges, hospitals in the UAE need to invest in training, infrastructure, and device accessibility to ensure that RPM apps can be used effectively by all patients.

Data Privacy and Compliance

As with any digital health solution, data privacy and security are paramount when it comes to RPM apps. In the UAE, hospitals must comply with strict regulations surrounding patient data protection. The UAE's data privacy laws require that hospitals implement robust security measures to protect sensitive patient information, ensuring compliance with international standards such as HIPAA. RPM app developers must adhere to these regulations to ensure that patient data remains secure and confidential. Ensuring data privacy is critical not only for legal reasons but also for maintaining patient trust in these digital health solutions.

Future Outlook: The Role of RPM Software Development

The future of RPM in the UAE is closely tied to continuous advancements in technology, particularly in the areas of software development, artificial intelligence, and machine learning. As RPM software evolves, so too will the benefits it offers to healthcare providers and patients.

Advancements in RPM Software

RPM software is evolving rapidly, with new features being introduced regularly to enhance its capabilities. In the near future, we can expect to see more sophisticated AI-powered tools, more seamless integrations with other hospital systems, and improved predictive analytics. For example, RPM apps may soon incorporate machine learning algorithms that can learn from patient data over time and offer more precise recommendations. These advancements will continue to improve the accuracy, efficiency, and effectiveness of RPM solutions.

Customization for UAE Healthcare Needs

As the UAE healthcare system becomes increasingly digital, the demand for customized RPM solutions tailored to the unique needs of the region will grow. Hospitals in the UAE are looking for RPM software that aligns with local healthcare regulations, integrates with existing systems, and caters to the diverse needs of the patient population. This is where RPM software development plays a crucial role, as it allows for the creation of personalized solutions that meet the specific requirements of healthcare providers in the UAE. This trend toward customization will drive the growth of RPM apps in the region, ensuring that hospitals can provide high-quality care that meets the expectations of their patients.

Conclusion

The growing adoption of Remote Patient Monitoring apps in UAE hospitals offers a transformative solution to many of the challenges facing the healthcare system. By providing real-time data, improving patient engagement, and enhancing care for chronic diseases, RPM apps have become an essential tool for healthcare providers in the UAE. Furthermore, the integration of wearable devices, AI technologies, and predictive analytics will continue to enhance the capabilities of RPM solutions, making them even more powerful in the years to come.

Hospitals in the UAE are already leading the way in adopting RPM apps, positioning themselves at the forefront of digital health innovation. As the demand for these solutions grows, healthcare business owners and providers must take a proactive approach to implementing RPM apps in their operations. By doing so, they can improve patient care, reduce costs, and stay ahead in an increasingly competitive healthcare market.

As the future of healthcare in the UAE evolves, the role of RPM apps will only continue to grow, providing both hospitals and patients with invaluable benefits in terms of convenience, efficiency, and outcomes.

[bitcot]

Best Remote Patient Monitoring Software Development Company for Custom Healthcare Solutions | Bitcot A Remote Patient Monitoring Software Development Company builds custom tools that allow real-time tracking of patient health outside hospitals. These solutions improve care, reduce readmissions, and follow HIPAA standards. Bitcot creates user-friendly RPM software for hospitals, clinics, and startups. Visit us to learn more about our healthcare software services.

[admxans]

Репозитории Opensuse

OSS The main repository: open source software only.

Version: Tumbleweed http://download.opensuse.org/tumbleweed/repo/oss/

Version: Leap 15.6 http://download.opensuse.org/distribution/leap/15.6/repo/oss/

Version: Leap 15.5 http://download.opensuse.org/distribution/leap/15.5/repo/oss/

Non-OSS Non-free (as in freedom) software, such as Opera and Steam.

Version: Tumbleweed http://download.opensuse.org/tumbleweed/repo/non-oss/

Version: Leap 15.6 http://download.opensuse.org/distribution/leap/15.6/repo/non-oss/

Version: Leap 15.5 http://download.opensuse.org/distribution/leap/15.5/repo/non-oss/

Update Repository of official security and bugfix updates for OSS packages.

Version: Tumbleweed http://download.opensuse.org/update/tumbleweed/

Version: Leap 15.6 http://download.opensuse.org/update/leap/15.6/oss/

Version: Leap 15.5 http://download.opensuse.org/update/leap/15.5/oss/

Update Non-OSS Repository of official security and bugfix updates for non-OSS packages.

Version: Leap 15.6 http://download.opensuse.org/update/leap/15.6/non-oss/

Version: Leap 15.5 http://download.opensuse.org/update/leap/15.5/non-oss/

Src-OSS Source RPMs. Advanced users only.

Version: Tumbleweed http://download.opensuse.org/tumbleweed/repo/src-oss

Version: Leap 15.6 http://download.opensuse.org/source/distribution/leap/15.6/repo/oss/

Version: Leap 15.5 http://download.opensuse.org/source/distribution/leap/15.5/repo/oss/

Src-Non-OSS Source RPMs. Advanced users only.

Version: Tumbleweed http://download.opensuse.org/tumbleweed/repo/src-non-oss

Version: Leap 15.6 http://download.opensuse.org/source/distribution/leap/15.6/repo/non-oss/

Version: Leap 15.5 http://download.opensuse.org/source/distribution/leap/15.5/repo/non-oss/

Debug Debuginfo packages. Advanced users only.

Version: Tumbleweed http://download.opensuse.org/debug/tumbleweed/repo/oss/

Version: Leap 15.6 http://download.opensuse.org/debug/distribution/leap/15.6/repo/oss/ and updates http://download.opensuse.org/debug/update/leap/15.6/oss/

Version: Leap 15.5 http://download.opensuse.org/debug/distribution/leap/15.5/repo/oss/ and updates http://download.opensuse.org/debug/update/leap/15.5/oss/

Backports Update Update repository of openSUSE Backports.

Version: Leap 15.6 http://download.opensuse.org/update/leap/15.6/backports/

Version: Leap 15.5 http://download.opensuse.org/update/leap/15.5/backports/

Backports Debug-Update Update repository with updates for openSUSE Leap debuginfo packages from openSUSE Backports.

Version: Leap 15.6 http://download.opensuse.org/update/leap/15.6/backports_debug/

Version: Leap 15.5 http://download.opensuse.org/update/leap/15.5/backports_debug/

SLE Update Update repository with updates from SUSE Linux Enterprise 15.

Version: Leap 15.6 http://download.opensuse.org/update/leap/15.6/sle/

Version: Leap 15.5 http://download.opensuse.org/update/leap/15.5/sle/

[msrlunatj]

Guía sobre Red Hat Enterprise Linux: La Solución Empresarial en Linux

1. Introducción

Presentación de Red Hat Enterprise Linux (RHEL)

Red Hat Enterprise Linux (RHEL) es una distribución de Linux de clase empresarial desarrollada por Red Hat, Inc. Lanzada en 2000, RHEL está diseñada para ser una solución robusta y confiable para entornos empresariales y de misión crítica.

Importancia de RHEL en el ecosistema Linux

RHEL es ampliamente utilizado en servidores y entornos de nube debido a su estabilidad, soporte técnico y la capacidad de integrarse con una amplia gama de tecnologías empresariales. Es conocida por su enfoque en la seguridad y la escalabilidad.

2. Historia y Filosofía de Red Hat Enterprise Linux

Origen y evolución de RHEL

RHEL se basa en la distribución comunitaria Fedora y fue creado para ofrecer una versión comercial y soportada de Linux. Red Hat ha lanzado versiones de RHEL con ciclos de vida extensos, lo que garantiza soporte a largo plazo para empresas.

Filosofía de RHEL y el software libre

RHEL sigue la filosofía del software libre y open source, pero ofrece soporte comercial, lo que incluye asistencia técnica, actualizaciones y servicios adicionales. Esto proporciona a las empresas la confianza de contar con respaldo profesional.

3. Características Clave de Red Hat Enterprise Linux

Soporte a largo plazo y estabilidad

RHEL ofrece soporte extendido para cada versión, con actualizaciones de seguridad y mantenimiento durante 10 años. Esto es crucial para entornos empresariales que requieren estabilidad y confiabilidad a largo plazo.

Gestor de paquetes

YUM (Yellowdog Updater, Modified) fue el gestor de paquetes tradicional de RHEL, pero ha sido reemplazado por DNF (Dandified YUM) en versiones más recientes. DNF mejora la gestión de paquetes y la resolución de dependencias.

Comandos básicos: sudo dnf install [paquete], sudo dnf remove [paquete], sudo dnf update.

Formatos de paquetes soportados

RHEL utiliza varios formatos de paquetes:

.rpm: El formato de paquetes nativo de Red Hat y sus derivados.

.deb: Aunque no es nativo, puede instalarse en sistemas basados en RHEL con herramientas específicas.

Soporte para entornos virtuales y en la nube

RHEL ofrece herramientas y soporte para la virtualización, incluyendo KVM (Kernel-based Virtual Machine), y es compatible con plataformas de nube como AWS, Azure y OpenStack.

4. Proceso de Instalación de Red Hat Enterprise Linux

Requisitos mínimos del sistema

Procesador: 1 GHz o superior.

Memoria RAM: 1 GB como mínimo, 2 GB o más recomendados.

Espacio en disco: 10 GB de espacio libre en disco.

Tarjeta gráfica: Soporte para una resolución mínima de 1024x768.

Unidad de DVD o puerto USB para la instalación.

Descarga y preparación del medio de instalación

La descarga de RHEL requiere una suscripción activa con Red Hat. Se puede preparar un USB booteable usando herramientas como Rufus o balenaEtcher.

Guía paso a paso para la instalación

Selección del entorno de instalación: El instalador gráfico de RHEL, basado en Anaconda, ofrece una interfaz intuitiva para la instalación.

Configuración de particiones: El instalador permite particionado automático y manual, adaptándose a diferentes configuraciones de almacenamiento.

Configuración de la red y selección de software: Durante la instalación, se configuran las opciones de red y se pueden elegir paquetes y características adicionales.

Primeros pasos post-instalación

Actualización del sistema: Ejecutar sudo dnf update después de la instalación garantiza que todo el software esté actualizado.

Instalación de controladores adicionales y software: RHEL puede instalar automáticamente controladores adicionales necesarios para el hardware.

5. Comparativa de RHEL con Otras Distribuciones

RHEL vs. CentOS

Objetivo: CentOS era una versión gratuita y sin soporte de RHEL, pero ha sido reemplazado por CentOS Stream, que ofrece una vista previa de la próxima versión de RHEL. RHEL proporciona soporte técnico y actualizaciones extendidas, mientras que CentOS Stream actúa como un puente entre Fedora y RHEL.

Filosofía: RHEL se centra en el soporte empresarial y en la estabilidad, mientras que CentOS Stream se enfoca en el desarrollo y la contribución de la comunidad.

RHEL vs. Ubuntu Server

Objetivo: Ubuntu Server está diseñado para ser fácil de usar y de administrar, con un ciclo de lanzamientos regular. RHEL, por su parte, se enfoca en ofrecer soporte a largo plazo y en satisfacer las necesidades de grandes empresas.

Filosofía: Ubuntu Server ofrece versiones LTS para estabilidad, mientras que RHEL proporciona soporte y servicios comerciales extensivos.

RHEL vs. SUSE Linux Enterprise Server (SLES)

Objetivo: SLES, desarrollado por SUSE, es similar a RHEL en términos de soporte empresarial y estabilidad. Ambas distribuciones ofrecen soporte extendido y herramientas para la gestión de servidores.

Filosofía: RHEL y SLES son comparables en términos de soporte empresarial, pero cada uno tiene su propio enfoque y conjunto de herramientas específicas.

6. Herramientas y Servicios de Red Hat

Red Hat Satellite

Red Hat Satellite es una solución de gestión de sistemas que permite la administración centralizada de sistemas RHEL, incluyendo la implementación, configuración y mantenimiento.

Red Hat Ansible Automation

Ansible Automation es una herramienta para la automatización de tareas y la gestión de configuraciones, facilitando la administración de sistemas a gran escala.

Red Hat OpenShift

OpenShift es una plataforma de contenedores y Kubernetes gestionada por Red Hat, ideal para la implementación y gestión de aplicaciones en contenedores.

7. Comunidad y Soporte

Acceso al soporte de Red Hat

Red Hat ofrece soporte técnico profesional a través de sus suscripciones, que incluyen asistencia técnica 24/7, actualizaciones de seguridad y parches.

Recursos comunitarios y documentación

Red Hat Customer Portal: Acceso a documentación, guías de usuario, y foros de soporte.

Red Hat Learning Subscription: Cursos y formación en línea para usuarios de RHEL.

8. Conclusión

RHEL como una opción robusta para empresas

Red Hat Enterprise Linux es una opción sólida para empresas que buscan una distribución de Linux con soporte técnico profesional, estabilidad y escalabilidad. Su enfoque en la estabilidad y el soporte extendido lo convierte en una opción ideal para entornos empresariales y de misión crítica.

Recomendaciones finales para quienes consideran usar RHEL

RHEL es adecuado para organizaciones que requieren soporte técnico y estabilidad a largo plazo, y que están dispuestas a invertir en una solución de Linux empresarial respaldada por Red Hat.

9. Preguntas Frecuentes (FAQ)

¿RHEL es adecuado para pequeñas empresas?

RHEL es ideal para empresas de todos tamaños que buscan un sistema operativo empresarial robusto y con soporte técnico profesional.

¿Qué diferencia a RHEL de CentOS?

CentOS era una versión gratuita y comunitaria de RHEL, pero ahora CentOS Stream sirve como una vista previa de las próximas versiones de RHEL. RHEL proporciona soporte empresarial y actualizaciones extendidas.

¿Cómo obtengo soporte para RHEL?

El soporte se obtiene a través de una suscripción con Red Hat, que incluye asistencia técnica, actualizaciones y acceso a herramientas de gestión.

¿RHEL es compatible con software de terceros?

Sí, RHEL es compatible con una amplia gama de software y aplicaciones de terceros, y Red Hat ofrece soporte para integrar soluciones empresariales.

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Structured schedule for the future follow ups with patients by planning the future interactions, the care team is assisted by the software to maintain a consistent and continuous connection with patients which promotes the adherence to care plans and focus towards the contributing to improved health outcomes of each and every patients in the CCM.

Humhealth’s incorporated disease based questionnaire in the software adds value to the patients service. Such assessments empower the patients to be tracked periodically and gather the relevant information of the patients health and allows the  care teams to make decisions and adjustments in the patients care plan.

Humhealth CCM software ensures the dynamic changes in the patients care plan thus promotes the patients care.

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[usafphantom2]

B-52 pilots test new instruments to facilitate the flight of BUFF

Fernando Valduga By Fernando Valduga 10/11/2023 - 08:21 in Military

As the B-52 fleet prepares for new engines, radars and other technological upgrades, a team of test pilots and engineers from Edwards Air Base, California, wants to make the old bomber easier for crews to operate.

Specifically, they are testing new instrumentation, including sets of digital motor meters to replace the current analog meters.

The meter groups show information such as fuel flow and exhaust temperature for each of the B-52's eight engines, which helps pilots check for problems and identify defects. The goal is to make the cabin more intuitive so that pilots can devote more attention to fulfilling the missions.

“Piloting the plane is the first step and using it as a weapons system is the final step,” Lieutenant Colonel Scott Pontzer, commander of the 419º Flight Test Squadron and director of the Combined Global Bomber Test Force, said in a press release on August 22. "So if I can reduce the pilot's workload... I can reduce the general brain task."

The concept of human systems integration, where the systems are adapted to the operator and not vice versa, did not exist when the B-52 cabin was first designed in the late 1940s, said Dave Prakash, a former B-52 operational test pilot and flight operator.

A B-52 Stratofortress test pilot operates a flight simulator while using one of three new prototype flight instruments at Edwards Air Base, California. (Photo: US Air Force / Giancarlo Casem)

“Whether motor instruments or navigation instruments, they are all designed to fit compactly into existing space, but they were not designed to be easy to use,” he said.

For example, pilots perform cross-checks routinely, where they quickly check their air speed indicator, vertical speed indicator, tilt angle and other instruments to make a decision. Weather is essential, especially during a delicate procedure such as landing at night or in adverse weather conditions. But the way the B-52 cabin is arranged can cost precious half a second or a quarter of a second.

"Instrument groups are not designed in the most efficient way for a pilot to do a cross-check," Prakash said. "In addition, the meters and instruments are not even consistent between the left and right pilot seats, so you have to do a different cross-check depending on the seat you are in."

The problem extends to the engine meters, which display the engine pressure ratio (EPR), fuel flow, exhaust gas temperature, rotations per minute (RPM) and oil pressure. During his time as a test pilot, Prakash analyzed how these and other systems, such as navigation, could be optimized for the operator.

"If it takes 20 button taps to do one thing, is there a way to press just two buttons?" he asked.

The Edwards testing team is working on the same issues as the B-52 Commercial Engine Replacement Program goes online. The switch to digital meters should make it easier for operators to quickly check the engines.

"This provides better accuracy, readability and error indications (for example, color changes), to name a few things," said Major Darin Flynn, B-52H test pilot of the 370º Flight Test Squadron. "We also have EPR demand indicators that greatly reduce the workload during the precise adjustment of the accelerator."

The pilots tested three different prototypes of groups of meters in a simulator and then received a questionnaire to record what they liked or dis liked in it.

“In fact, we are measuring their performance on these monitors and we are also getting very good comments, because now they have really seen what the monitors are like,” Flynn said in the statement. "This will help us select the best design option for the B-52."

Differences between the cockpits of the B-52H and the future B-52J (below).

The new B-52 engines are militarized versions of Rolls-Royce's commercial BR725, and the B-52J software will be a mixture of commercial and military software, explained Flynn and Eric Treadwell, leaders of B-52's human crew systems/factors. In addition to the engine meter groups, the entire cockpit is undergoing a renovation, as the analog displays are replaced by large color multifunction screens.

“What they are doing is fantastic and absolutely critical,” Prakash said of the effort to integrate human systems.

There are still some dangers in better technologies: Prakash warned that problems can arise due to automation prejudice, which occurs when users do not notice failures in automated decision-making systems (such as when spell checking suggests the wrong word); and the fatigue of alarms, where users become insensitive to beeps and recurring alarms that may indicate real danger. Flynn was not very concerned about the first.

"I don't think automation bias will really be a very important factor because, although we are getting new engines [digital engine control with full authority], there is little automation involved," he said. "There will be no automatic accelerators."

Military standards provide guidance to avoid problems such as automation bias and alarm fatigue, Treadwell explained. A working group of government engineers and contractors is also collaborating with B-52 pilots to evaluate and refine the project, a best practice in U.S. Air Force development programs.

“We have different levels of alerts that will be displayed or inhibited depending on the severity and phase of the flight,” Flynn said. "We have already identified some warnings of a commercial nature and not applicable to military use."

In the future, the Edwards team hopes to collaborate with maintainers to get their opinion on digital instruments and whether this would affect their work.

“We can solve problems before they become problems,” Pontzer said in the press release. “Being at the forefront, between Boeing, the 418º FLTS and the [Test Pilot School], all of us working together to use robust systems and proven test methodologies to make good decisions is incredible for the combatant.”

Source: Air Force & Space Magazine

Tags: Military AviationBoeing B-52H StratofortressUSAF - United States Air Force / U.S. Air Force

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Fernando Valduga

Fernando Valduga

Aviation photographer and pilot since 1992, has participated in several events and air operations, such as Cruzex, AirVenture, Dayton Airshow and FIDAE. He has work published in specialized aviation magazines in Brazil and abroad. Uses Canon equipment during his photographic work in the world of aviation.

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