La solution de surveillance à distance intégrée de BlueEye de Redzinc est conçue pour les services hospitaliers à domicile, combiner des capteurs portables avancés, Une application pour smartphone patient, et un hotdesk basé sur le cloud pour continu, Surveillance automatisée des patients. BlueEye permet le suivi en temps réel des signes vitaux sans entrée manuelle et prend en charge les consultations vidéo en direct via sa fonction d'appel vidéo avancée Blueeye.
La solution de surveillance à distance intégrée de BlueEye de Redzinc est conçue pour les services hospitaliers à domicile, combiner des capteurs portables avancés, Une application pour smartphone patient, et un hotdesk basé sur le cloud pour continu, Surveillance automatisée des patients. BlueEye permet le suivi en temps réel des signes vitaux sans entrée manuelle et prend en charge les consultations vidéo en direct via sa fonction d'appel vidéo avancée Blueeye.
Notre vision & Valeurs
Vision de repranc est de transformer les soins de santé mondiaux grâce à des soins intégrés en utilisant une plate-forme de télémédecine avancée basée sur le cloud évolutifique reliant les patients et les professionnels de la santé n'importe où.
RedZinc’s vision is in line with the European Union’s Research and Innovation Programme goals to secure Europe’s global competitiveness, à travers la recherche et l'innovation et relever les défis sociétaux, comme l'escalade des coûts des soins de santé dans une population vieillissante. À cette fin, Redzinc a participé ou géré des projets de recherche européens dans le but de faire progresser les applications de santé et la technologie du réseau afin de fournir des applications innovantes et spécialisées telles que les communications vidéo en temps réel et la vidéo portable.
Cette recherche et développement approfondis se trouvent dans les domaines des réseaux 5G, Qualité de service, Réseaux définis au découpage et aux logiciels de réseau.
Il a abouti à des technologies avancées et de nouveaux produits en télémédecine et en communications vidéo en temps réel
Notre vision & Valeurs
Vision de repranc is to bring mobile telemedicine into a new era to improve the lives of patients and healthcare professionals while enhancing operational efficiencies.
RedZinc’s vision is in line with the European Union’s Research and Innovation Programme goals to secure Europe’s global competitiveness, à travers la recherche et l'innovation et relever les défis sociétaux, comme l'escalade des coûts des soins de santé dans une population vieillissante. À cette fin, Redzinc a participé ou géré des projets de recherche européens dans le but de faire progresser les applications de santé et la technologie du réseau afin de fournir des applications innovantes et spécialisées telles que l'hôpital à la maison, Communications vidéo en temps réel et vidéo portable.
Cette recherche et développement approfondis se trouvent dans les domaines des réseaux 5G / 6G, Qualité de service, capacités vidéo, Streaming de données en temps réel, Réseaux définis au découpage et aux logiciels de réseau.
Il a abouti à des technologies avancées et de nouveaux produits en télémédecine et en communications vidéo en temps réel
Notre présence internationale
6Projet G-path – 6G pilotes et essais dans toute l'Europe
Redzinc est activement impliqué dans le projet 6G-Path dans le développement de la connectivité 6G en contribuant à Xr (réalité étendue) Recherche en éducation et développement constant de notre technologie vidéo et des capacités de streaming de données en temps réel pour les réseaux avancés.
Description
Objective
The aim of the 6G-PATH project is to set up the 6G-PATH experiment, infrastructure and testbeds and involve user communities in large scale field trials through Open Calls. Requirements will be collected from verticals. Leading-edge business models towards the commercialisation and exploitation of 6G-PATH use cases and technologies will be devised. Use of 6G connectivity in verticals and standardisation efforts will be impacted through dissemination.
Outcome
RedZinc is staying ahead of the curve in advanced healthcare telecommunications! RedZinc is contributing to XR (réalité étendue) healthcare education in the 6G-PATH project with our real-time data streaming and video technologies which we continuously adapt for advanced networks in order to better serve our customers. To date the outcomes are:
- System Deployment and Integration – BlueEye platform is deployed on 6G testbeds, in order to experiment with more advanced network technology (commercially unavailable).
- Key Performance Metrics validation i.e. KPI such as uplink, latency and packet loss and Bouton such as Service quality indicators e.g. user satisfaction; Social Sustainability indicators e.g. enhanced eHealth education; and Economic indicators e.g. increased scalability – all in real-world scenarios.
- Valuable user feedback – actively shaping improvements to our systems and solutions.
Celtic-Next Health 5G Project – Innovative clinical pilots
RedZinc played an active part in the Health 5G Celtic Next Eureka Cluster project from 2020 to 2021, piloting 3 new clinical uses of mobile video telemedicine across Sweden, Germany, and Turkey.
Description
HEALTH-5G is a pan European collaborative project for new 5G health applications, Emerging network technologies, including the next generation mobile technology (5G), will form the backbone of future healthcare digital transformation. 5G is a key enabling technology for the Internet of Things, Smart Pharmaceuticals, and Individualized Medicine. The aim of our project is to identify novel use cases of eHealth that take advantage of 5G capabilities, study and develop 5G enablers for the use cases, develop and validate actual eHealth solutions in real environments and real 5G test networks, and disseminate and exploit the results.
Objective
The aim of HEALTH-5G project is to refine the scenarios and use cases during the project together with partners to increase the societal, business, and scientific impacts of the project. RedZinc was invited into the HEALTH5G project because of our innovative health care applications for 5G.
Outcome
RedZinc has used the project support to expand our business in Sweden, Germany, and Turkey. RedZinc delivered 3 showcases and pilots in these countries. As a result of the project, we gained insights into 3 new clinical use cases for mobile video telemedicine (i) use of mobile video telemedicine for out of hours nurse support for frail elderly in Sweden; (ii) use of mobile video telemedicine for cardio ultrasound teaching in Germany; (iii) use of mobile video telemedicine for earthquake disaster recovery in Turkey. Based in pilot feedback from prospective customers in the project we have evolved our software real time video stack in terms of features, stability and robustness. We have developed new cameras based on partner feedback. We are appreciative of Enterprise Ireland and Dublin City Council LEO for support and encouragement to deliver on the project and achieve these results.
The company received support from Dublin City Council Local Enterprise Office (LEO) and Enterprise Ireland Agile project support.
Learn more about Health 5G project.
5G Heart – Innovative digital use cases in healthcare, transport & aquaculture
5G-HEART is a €14.3m EU funded public private private partnership project for new 5G use cases. The project bid was co-lead by RedZinc, Telenor, Philips and VTT. RedZinc has a contract with the 5GHEART project to deliver pilots based on wearable video in Norway, Finland and Netherlands.
Wearable video for Emergency Services, Netherlands
Today the medical manager can provide ‘voice only’ support to the paramedic with the remote patient.
In this use case, the ‘in-field’ paramedics used BlueEye wearable video to send real-time point-of-view video and vital patient data to remote medical manager for support and consultation.
Outcomes
At the end of the pilot, it was concluded that real-time point-of-view video and vital patient data significantly improves remote patient assessment. During the pilot, the medical manager said
“Ambulance services are striving for higher quality and impact in pre-hospital healthcare, preferably with more efficiency. We wish to progressively improve pre-hospital triage, so it is important to make correct and timely decisions. These results are a promising start to help us get there.”
Watch pilot video for more details.
Wearable video for Medical education, Finland
For Oulu University Hospital, medical education had stalled due to COVID-19 pandemic. Oulu Hospital used BlueEye Wearable Video to deliver paediatrics bedside tutorials to remote students via real-time point-of-view video facilitated by BlueEye Handsfree.
Outcomes
BlueEye enables Oulu University Hospital to deliver medical tutorials to remote students. In a survey, more than 80% students out of 27 participants voted that teaching with BlueEye wearable video could partly or wholly replace traditional face-to-face teaching. During the pilot, a medical professor said
“Pandemic has challenged the medical education as traditional bedside sessions and direct patient contacts need to be minimised. Group sessions and ward rounds are problematic in hospitals. New technologies like real-time wearable video system provide promising solution and provide high quality patient centric education”
Watch pilot video for more details.
Wearable video for Urban Search and Rescue, Norway
Oslo Ambulance service identified several use cases where BlueEye Wearable Video could help including situational assessment for Urban Search and Rescue (USAR), check list management for hazard management, single vehicle paramedic support, oncology support, special needs support, pain relieve drug support.
Outcomes
The pilot run on Urban Search & Rescue use case has concluded successfully. BlueEye wearable video enabled the remote incident commander to immerse themselves in the situation. This enhanced their situational awareness and optimised decision making. Also, real-time support from remote commander increased the searcher’s confidence.
One of the incident commanders during the pilot said
“The use of video is the future. I was able to comprehend the situation from home”
Watch pilot video or read white paper for more details.
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