The Industrial IoT industry is undergoing a rapid evolution, calling for software-defined Edge nodes capable of running containerised workloads on cost-effective platforms. This transformation is driven by the need for greater flexibility, reusability, security, and the ability to deploy intelligent applications directly at the edge: where data is generated.
In response to this industry shift, Eurotech is introducing the ReliaGATE 15A-12, a rugged IoT gateway based on the Arm compute platform, designed to bridge the gap between embedded legacy systems and cloud-native Edge computing.
“The ReliaGATE 15A-12 was designed to align perfectly with this transition,” said Marco Carrer, CTO of Eurotech. “It supports containers and modern programming languages — enabling customers to evolve from fixed-function firmware to scalable, reusable application architectures. This product was engineered specifically to meet the needs of companies leading the charge in deploying edge intelligence to serve both operational and sustainability goals.”
The ReliaGATE 15A-12 highlights Eurotech’s product strategy to enable real-world digitalisation in regulated, mission-critical industries such as water infrastructure, energy, manufacturing, and smart transportation. Its secure-by-design architecture — featuring secure boot, TPM 2.0, tamper detection, and OTA updates — ensures robustness and compliance, while its flexibility supports long-term innovation in the field.
“Modernising industrial infrastructure increasingly depends on Edge platforms that deliver real-time intelligence, security, and flexibility,” said Paul Williamson, Senior Vice President and General Manager, IoT Line of Business at Arm. “The ReliaGATE 15A-12 takes advantage of the Arm compute platform to bring efficient, scalable intelligence to critical on-device environments. Eurotech is leading the way for industrial digitalization at the Edge, built on Arm’s trusted foundation.”
Among its first real-world applications, the ReliaGATE 15A-12 is already supporting the digitalisation of water infrastructure, allowing for remote monitoring, connected system visibility, and data-driven insights that strengthen sustainability and resilience.
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