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as recently seen with independently produced articles published on, or exhibited at events |
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Secure Lifecycle Management for AI & WebAssembly at the Edge
Securely deploy, update, and operate native firmware within a hardware-rooted sandbox, while independently managing AI models and WebAssembly (WASM MVP) modules in a portable execution layer - giving device makers and AI partners full lifecycle control, secure updates, and operational confidence on resource-constrained devices at scale. Separate hardware-critical firmware from fast-moving AI models and application logic, so each can be updated independently without introducing security, performance, or operational risk.
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In an increasingly interconnected world, the Internet of Things (IoT) spans billions of deployed devices, enabling new classes of intelligent, connected products across consumer and enterprise industries. At the same time, this growing complexity introduces significant challenges: long device lifetimes, evolving software requirements, increasing exposure to cyber threats, and the rising adoption of edge AI and advanced application logic. As IoT devices move beyond static firmware toward AI-enabled, updatable systems, managing security, updates, and long-term control becomes a critical concern. Building and operating modern IoT devices now requires expertise across hardware engineering, native firmware, connectivity, security, AI models, and increasingly portable execution environments such as WebAssembly. For many organizations, maintaining secure and reliable lifecycle management across these layers is a substantial burden - especially when AI models and application logic evolve far more rapidly than the underlying hardware and firmware. RIoT Secure addresses this challenge with a lifecycle management platform designed for the realities of modern, intelligent IoT systems. The platform provides end-to-end support from proof of concept to large-scale commercial deployment, enabling secure operation and controlled evolution of devices throughout their entire lifecycle. By combining a hardware-rooted security sandbox for native firmware with support for portable execution layers - including AI models and WebAssembly modules - RIoT Secure allows different parts of the system to evolve independently without compromising security, performance, or control. This unified approach enables developers and solution providers to transition smoothly from development to production without re-engineering security architectures or adapting to new hardware and software constraints. Existing deployments can also be retrofitted with minimal changes, extending device lifetimes while enabling new functionality and intelligence at the edge. Designed for flexibility and longevity, the RIoT Secure platform adapts as new technologies, standards, AI workloads, and execution models emerge. Its scalable, future-proof architecture ensures that devices remain secure, maintainable, and operationally viable over the long term - even as software, AI models, and application logic continue to evolve. Experience how RIoT Secure enables secure lifecycle management for AI-enabled IoT devices - from native firmware to WebAssembly - and take control of your device fleet with confidence. |