Upstream Security has announced it received an investment from Cisco Investments. The proliferation of complex IoT devices in the mobility, automotive, and transportation sectors introduces unprecedented operational efficiencies, data-driven services and solutions, and exceptional customer experience. However, advanced connectivity and software-defined components also open the door for large-scale cyber risks, threatening business availability and data integrity.
Upstream already protects millions of mobility connected vehicles and IoT devices worldwide, offering a cloud-based multi-layered approach to extended detection and response.
“We are thrilled to welcome Cisco Investments to our group of investors,” said Yoav Levy, the co-founder and CEO of Upstream Security. “This investment provides a unique opportunity to deepen our impact on the IoT sector, and more specifically mobility, automotive and transportation.”
This investment by Cisco Investments amplifies the need for purpose-built IoT cybersecurity solutions that will safeguard the mobility and IoT ecosystem across the entire development and production lifecycle.
“Together with our partners, Cisco is enabling automobile manufacturers across the globe to provide mission-critical, secure connectivity as cars transform into data centers on wheels,” said Aleem Rizvon, a vice president at Cisco Investments. “With an expected 95% of new vehicles having embedded connectivity by the year 2030, we can also expect a rise in automotive cybersecurity threats. Investing in solutions, to ensure the right safeguards for secure connectivity and operation are in place, is critical to instill the trust needed for wide adoption of the technology, not just in the automotive segment, but more broadly for other IoT applications, as well.
Upstream’s cloud-based IoT XDR platform analyses, in real-time, the contextual state of physical IoT assets and their connected ecosystem, to holistically identify and mitigate cyber risks. The Platform is agentless, requiring no installation of software or hardware, enabling rapid deployment and comprehensive coverage of devices already in production.
The Platform ingests, parses, and normalises vast amounts of connected vehicle data, IoT protocols, telematics, API transactions and other data streams from tens of millions of devices, endpoints and application consumers. This data enables the creation of unique digital twins—near real-time representations of devices and endpoints, facilitating holistic and effective detection. By monitoring devices, services and overall asset behavior, the Platform detects both known and unknown anomalies based on proprietary ML-powered models.
Coupled with a purpose-built vehicle security operation center (vSOC), dedicated for monitoring and investigating connected vehicles and IoT cyber threats, Upstream provides a holistic suite of cybersecurity solutions and services to enable customers to proactively identify and remediate cyber threats. Utilising Upstream’s Ocean AI, Generative AI-powered capabilities, accelerates the investigation remediation process.
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April 11, 2024
Posted by: Magda Dabrowska
SecEdge announced an expanded partnership with Variscite. The collaboration provides a chip-to-cloud, easy-to-implement, standards-compliant security solution for Variscite products. (more…)
April 10, 2024
Posted by: Magda Dabrowska
Telit Cinterion has announced a reference design board featuring the Telit Cinterion ELS62-W LTE Cat 1 bis + 2G module and the Taoglas PCS.50.A tunable antenna. This turnkey platform helps device OEMs, IoT service providers and other businesses minimise the expense and lead time of developing and launching smart sensors, wearables, asset trackers and other IoT solutions. (more…)
April 9, 2024
Posted by: Magda Dabrowska
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.
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March 21, 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.
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March 18, 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
EchoStar Mobile Limited, an EchoStar company, announced that Dryad Networks has made an initial purchase of 3,000 EM2050 LoRaWAN modules and related connectivity services. The modules, powered by Semtech‘s ultra-low power LR1120 device, will provide embedded LoRaWAN satellite IoT capabilities for the Dryad Silvanet gateways.
Dryad’s Silvanet Suite of end-to-end wildfire detection technology is already deployed in 25 countries by a number of public and private sector organisations.
Based in Germany, Dryad provides ultra-early detection of wildfires as well as health and growth-monitoring of forests through the Silvanet solution – solar-powered gas sensors deployed in a large-scale LoRaWAN mesh network. Dryad aims to reduce unwanted wildfires, which cause up to 20% of global CO2 emissions and have a devastating impact on biodiversity. By 2030, Dryad aims to prevent 3.9 million hectares of forest from burning, preventing 1.7 billion tons of CO2 emissions.
“Each year, wildfires are responsible for 20% of global CO2 emissions and cause $140 billion of financial damages,” Carsten Brinkschulte, a CEO and co-founder of Dryad Networks, said in a media statement. “Dryad Networks is committed to protecting public and private forests with fire detection and monitoring solutions and the EM2050 module from EchoStar Mobile gives us the features we need to enable large-scale deployments in areas with poor or non-existent terrestrial network coverage.”
Brinkschulte added that the EM2050 module made sense because of its compliance to LoRaWAN standards, the world’s largest IoT ecosystem. “The EM2050’s latest features, such as Semtech’s Long Range – Frequency Hopping Spread Spectrum (LR-FHSS) technology coupled with EchoStar Mobile’s powerful satellite IoT communications infrastructure will provide excellent support for Dryad’s Silvanet wireless distributed architecture network.”
Prior to working with EchoStar Mobile, Dryad relied primarily on terrestrial connectivity with limited support for satellite communications. Integrating the real-time communications and dual mode connectivity of the EM2050 module into the upcoming third generation of Sylvanet gateways will make it possible for Dryad to make full-featured use of satellite links, including support for bi-directional communications, device configuration and Firmware Update Over The Air (FUOTA), enabling deployments independently of terrestrial network coverage.
“We are thrilled to power the Silvanet product line with the EM2050 LoRaWAN compatible module,” said Telemaco Melia, a vice president and general manager of EchoStar Mobile. “Satellite connectivity is necessary to assure reliable and cost-effective 100% coverage. And the EM2050 module supports multicast and FUOTA, optimising operations and keeping the Silvanet devices up to date.”
“We believe that satellite IoT holds immense potential in delivering significant benefits across various applications, in particular, those targeting environmental protection like Dryad’s Silvanet Suite,” said Carlo Tinella, senior product marketing manager at Semtech. “By providing affordable wireless connectivity in remote areas beyond the reach of terrestrial networks, it is possible to expand the digitalisation process into vast natural assets, contributing to our planet’s sustainable development goals.”
Tinella added that Semtech is “enthusiastic about the outcome of this collaboration with EchoStar Mobile and believe the enablement of satellite technology for IoT leveraging LoRa and LR-FHSS is just the beginning of a groundbreaking and transformative journey.”
February 23, 2024
Posted by: Anna Ribeiro
Somos has introduced SomosID, an innovative IoT identity management service that offers a registry for IoT asset owners seeking to gain greater visibility into their installed asset(s). (more…)
February 19, 2024
Posted by: Magda Dabrowska
In collaboration with Sony, Rohde & Schwarz has validated and verified Sony Altair’s device for its NTN NB-IoT capability. Using the advanced R&S CMW500 mobile radio tester platform from Rohde & Schwarz, Sony was able to verify all 3GPP defined RF parameters on their chipset in an interactive testing mode, in both geostationary orbit (GEO) and geosynchronous orbit (GSO). The company also validated the released protocol conformance test cases (PCT) for compliance, demonstrating exceptional performance and reliability of the Sony device. Additionally, both companies have committed to completing Skylo’s certified test plan on the R&S CMW500 as part of the carrier acceptance program. (more…)
February 15, 2024
Posted by: Magda Dabrowska
Golioth, an Internet of Things (IoT) platform founded by Jonathan Beri, aims to change IoT development. Beri drew from his more than a decade of experience working with tech giants to position Golioth as an innovative solutions provider, simplifying the creation of connected products to enhance the developer experience. (more…)
February 13, 2024
Posted by: Magda Dabrowska