Onymos and Vapotherm have announced the formation of a development and commercialisation partnership. This partnership will help Vapotherm create a unique respiratory digital platform to meet its data visualisation and device management goals for the Vapotherm HVT 2.0 system in the acute care space as well as for future products in the home.
Through the Onymos Features-as-a-Service platform, Vapotherm accesses Onymos’ suite of Internet of Things (IoT) features — including Onymos Edge, Onymos Access and Onymos DataStore — to build a secure end-to-end solution to connect the HVT 2.0 fleet with the cloud. It consists of a GoLang-based “Gateway” application, an Angular web dashboard for remote device management and cloud storage for patient data. The solution is currently undergoing beta testing with select hospitals.
The HVT 2.0 system currently uses Vapotherm’s high-velocity therapy and has a large, intuitive touchscreen to display relevant clinical information at a distance (flow, FiO2, temperature, safety alarms, event log etc.). Connectivity provides clinically relevant information remotely to help medical teams make informed and confident decisions quickly.
“We continually look to provide our customers with innovative solutions to improve patient outcomes as evidenced by our recent HVT 2.0 launch and future home offerings. We believe that by adopting Onymos’ suite of IoT features into these products it will help medical teams make informed decisions quickly to help treat their patients and improve outcomes at a lower cost. This is huge for understaffed hospitals especially. It’s an honour to help our customers and to partner with Onymos to make our connected cloud solutions a reality – one that continues to enhance and adjust according to physician feedback and needs,” said Brian Lawrence, the chief technology officer at Vapotherm.
“We are proud to work alongside Vapotherm to help the company realise its data visualisation and device management goals for the HVT 2.0 system and future home product,” said Shiva Nathan, the founder and CEO of Onymos. “By leveraging multiple facets of our Features-as-a-Service platform, we are able to develop an extensive Internet of Medical Things solution that is both SOC 2 and HIPAA compliant 80 percent faster than the standard development timeline.”
The Onymos Features-as-a-Service platform is a pro-code platform that enables companies and organizations — such as medical device manufacturers, pharmaceutical companies, retailers, and education institutions — to achieve the speed, quality and value in their web, mobile and IoT application development and innovation. It has over 20 foundational app features and can be easily added to new or existing applications. The Onymos platform includes the UI/UX, security, help with compliance requirements, underlying logic that runs on the device, the server-side functions and integrations that process and store data in the cloud, and continuous updates. The Onymos platform also supports many of the other most popular frameworks for web and mobile application development.
Comment on this article below or via X: @IoTGN
March 21, 2024
Posted by: Magda Dabrowska
Energous Corporation has announced Velociti as a preferred system integration partner and worldwide value added reseller (VAR) for its technology. Velociti, who deploys advanced enterprise technology solutions to some of the largest brands in the world, provides expansion opportunities into new markets, applications and customers for Energous’ wireless power technology across retail, healthcare, logistics, warehousing and more. (more…)
March 19, 2024
Posted by: Magda Dabrowska
Eseye has selected Thales to accelerate and simplify worldwide IoT deployment with a seamless connectivity solution. Thales solution enables Eseye to automatically connect IoT devices with the most appropriate profile the first time they are powered up and in-life. Thales Adaptive Connect (TAC) based on eSIM (embedded SIM) technology that simplifies the management of IoT devices lifecycle. It is the first market-ready solution that eliminates the need to configure mobile subscriptions in the factory, or for technicians to visit them in the field.
Eseye provides IoT cellular connectivity services worldwide, and TAC brings connectivity management of IoT devices remotely to make it easier for its customers to roll-out and support major projects in areas such as: smart utilities, supply chains, logistics and automotive. Indeed, any kind of IoT device can be deployed and connected in any region or country without being configured beforehand.
TAC is remotely managing the eSIM automatic configuration to provide the best local connectivity from its first usage and throughout its lifespan on the field. With Thales, Eseye can ensure they all connect to the preferred mobile network whenever it is needed. For example, deployed IoT devices can be switched to another mobile network remotely, over-the-air, at any time. The Thales solution fully complies with GSMA eSIM IoT standard SGP.32, ensuring security, reliability and future proof capability for massive IoT use cases.
Thanks to the Thales connectivity offer for eSIM-based devices, Eseye will be able to operate and manage flexible, end-to-end connectivity from the factory to the field, and throughout the device lifecycle. Which means the entire operation, including manufacturing, logistics, and connectivity, is streamlined and simplified.
“Eseye are delighted to be partnering with Thales to take forward this leading-edge, innovative new IoT solution. Combining SGP.32 and SGP.41 support will ensure future IoT device deployments can deliver optimum efficiency and value to our customers. Not only do Enterprise customers get a completely future proofed eSIM platform, but it also enables maximum choice of either personalising devices for local mobile networks ahead of deployment or using TAC to do this for them in the field” said Adam Hayes, the chief operating officer at Eseye.
“Eseye is a dynamic partner with whom we have also worked on a Proof of Concept for customers interested in in-factory provisioning (IFPP) for their devices. This enables profiles to be securely provisioned during the device manufacturing process. For example, a blood sugar monitor device that has been configured at the factory will have a substantially longer battery life since there is no need for an in-field local profile download. This solution, which meets the latest market specifications (SGP.41), retains all of the benefits of an automatic and cost-effective connection to the preferred local network,” said Guillaume Lafaix, VP of connectivity solutions and embedded products at Thales.
Comment on this article below or via X @IoTGN
March 18, 2024
Posted by: Magda Dabrowska
Tele2 AB (“Tele2”) and the q-trade platform foodora have announced that they will launch food deliveries using IoT and 5G connected drones. The deliveries will be made wherever possible to the customers’ property or garden and lowered with a cable from the drone, with the first deliveries taking place already in the spring on Värmdö, outside Stockholm. (more…)
March 14, 2024
Posted by: Magda Dabrowska
u-blox has provided the US-based company Cellular Tracking Technologies (CTT) with its CloudLocate positioning service to enable scientists to track and monitor the diving and feeding behavior of a large Adélie penguin colony on Ross Island, in Antarctica, one of the harshest environments on Earth.
March 13, 2024
Posted by: Magda Dabrowska
Swedish company Innoware Development has launched a vehicle smart lighting system, designed to enable the simple installation of aftermarket auxiliary lights. Consisting of an ‘XBB Dongle’ and ‘XBB PowerUnit’, the solution can be fitted without any modifications to the vehicle’s original electrical setup by using Bluetooth LE wireless connectivity provided by Nordic Semiconductor’s nRF52832 SoC.
Once the user has installed aftermarket lights to their vehicle, they are connected to the XBB PowerUnit which is in turn connected to the car’s battery. Meanwhile, the XBB Dongle is plugged into the vehicle’s OBD2 port. Both devices integrate the ISP1507-AX module from Insight SiP, which is based on Nordic’s nRF52832 SoC. The module provides Bluetooth LE connectivity between the XBB PowerUnit and the XBB Dongle, as well as between the dongle and the ‘XBB Configurator’ app on the user’s smartphone.
From the app the user can download vehicle specific settings or ‘recipes’ and configure preferred signals for controlling the lights through the vehicle’s existing controls. The app includes a dashboard to toggle the lights on and off, and provides statistics such as restarts and ignition time. Users can also update the system firmware via the app.
March 12, 2024
Posted by: Magda Dabrowska
Suntec City Office Towers has embarked on a comprehensive refurbishment project with UnaBiz. The large-scale project includes the replacement of existing key equipment to enhance the reliability of the Air-Conditioning and Mechanical Ventilation (ACMV) system and the installation of indoor air quality (IAQ) monitoring solution to improve air quality standards and enhance the comfort of tenants in the office environment. (more…)
March 8, 2024
Posted by: Magda Dabrowska
At MWC Barcelona 2024, Huawei released the Smart Retail Solution, which is designed for retail campuses, stores and multi-branch interconnection. The solution series focuses on smart stores, intelligent warehousing, energy efficiency and digital marketing. It employs the latest Wi-Fi, storage, cloud and Internet of Things (IoT) technologies to help retail companies increase efficiency, reduce costs and improve consumer experience. (more…)
March 7, 2024
Posted by: Magda Dabrowska
The AWARE Flood System, the Internet of Things (IoT)-based water inundation monitoring solution developed by Intellisense Systems, will now be produced, sold and supported through a new independent company called AWARE Monitoring Systems. This new company will manufacture AWARE Flood System components and support the Flashflood.info data-viewing site, which delivers water level data and system status updates directly to users’ computers and phones. Users can also send remote commands to their units via their Flashflood.info account. (more…)
March 5, 2024
Posted by: Magda Dabrowska
Eseye has selected Thales to accelerate and simplify worldwide IoT deployment with a connectivity solution. Thales solution enables Eseye to automatically connect IoT devices with the most appropriate profile the first time they are powered up and in-life. Thales Adaptive Connect (TAC) based on eSIM (embedded SIM) technology that simplifies the management of IoT devices lifecycle. It is the first market-ready solution that eliminates the need to configure mobile subscriptions in the factory, or for technicians to visit them in the field.
Eseye provides IoT cellular connectivity services worldwide, and TAC brings connectivity management of IoT devices remotely to make it far easier for its customers to roll-out and support major projects in areas such as: smart utilities, supply chains, logistics, and automotive. Indeed, any kind of IoT device can be deployed and connected in any region or country without being configured beforehand.
TAC is remotely managing the eSIM automatic configuration to provide the best local connectivity from its first usage and throughout its lifespan on the field. With Thales, Eseye can ensure they all connect to the preferred mobile network whenever it is needed. For example, deployed IoT devices can be switched to another mobile network remotely, over-the-air, at any time. The Thales solution fully complies with GSMA eSIM IoT standard SGP.32, ensuring security, reliability, and future proof capability for massive IoT use cases.
Thanks to the Thales connectivity offer for eSIM-based devices, Eseye will be able to operate and manage flexible, end-to-end connectivity from the factory to the field, and throughout the device lifecycle. Which means the entire operation, including manufacturing, logistics, and connectivity, is streamlined and simplified.
“Eseye is delighted to be partnering with Thales to take forward this leading-edge, innovative new IoT solution. Combining SGP.32 and SGP.41 support will ensure future IoT device deployments can deliver optimum efficiency and value to our customers. Not only do Enterprise customers get a completely future proofed eSIM platform, but it also enables maximum choice of either personalising devices for local mobile networks ahead of deployment or using TAC to do this for them in the field,”said Adam Hayes, the chief operating officer at Eseye.
“Eseye is a dynamic partner with whom we have also worked on a Proof of Concept for customers interested in in-factory provisioning (IFPP) for their devices. This enables profiles to be securely provisioned during the device manufacturing process. For example, a blood sugar monitor device that has been configured at the factory will have a substantially longer battery life since there is no need for an in-field local profile download. This solution, which meets the latest market specifications (SGP.41), retains all of the benefits of an automatic and cost-effective connection to the preferred local network,“ said Guillaume Lafaix, a VP of Connectivity Solutions and Embedded Products at Thales.
March 4, 2024
Posted by: Magda Dabrowska