NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
NuvoLinQ, a pioneer in intelligent IoT connectivity, today announced a major industry breakthrough: the successful enablement of legacy and in-field IoT devices on the latest eUICC (SGP.32) platform. This achievement marks a critical milestone for organizations seeking to modernize their connected infrastructure and stay aligned with the future of global IoT standards. As the industry accelerates toward SGP.32, many enterprises ...
By Nicolas Lavabre, CEO of Mellonne. The IoT ecosystem has matured, but its core challenge remains: ensuring trust, reliability, and long-term maintainability in increasingly complex connected systems. Whether used in smart homes, industrial automation, supply chains, medical devices, or embedded payment modules, IoT deployments depend on robust, secure, and well-tested software. Yet this is where many projects struggle. Fragmented hardware ...
By Nicolas Lavabre, CEO of Mellonne. The IoT ecosystem has matured, but its core challenge remains: ensuring trust, reliability, and long-term maintainability in increasingly complex connected systems. Whether used in smart homes, industrial automation, supply chains, medical devices, or embedded payment modules, IoT deployments depend on robust, secure, and well-tested software. Yet this is where many projects struggle. Fragmented hardware ...