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In this episode of The Electropages Podcast, host Robin Mitchell interviews Rodney Dowdall, VP of R&D at TeleCANesis. Rodney explains how TeleCANesis helps engineers connect CAN, Modbus, ISOBUS, EtherCAT, MQTT, JSON, and other protocols through a configurable middleware stack designed to reduce repetitive code changes and simplify embedded data handling.
The conversation covers how TeleCANesis was built around a real engineering problem: data formats, CAN messages, DBC files, and sensor interfaces keep changing, forcing developers to rewrite and revalidate code. Rodney explains how a configuration-led approach can help engineers update message handling without changing core software, reducing the risk, time, and certification burden that often comes with embedded development.
Engineers will also hear a wider discussion on AI-assisted coding, deterministic software, safety certification, human-in-the-loop development, and why "vibe coding" may suit some applications but not safety-critical embedded systems. This episode provides a practical look at how middleware, tooling, and protocol abstraction can make connected devices easier to build, maintain, and scale.
By ElectropagesIn this episode of The Electropages Podcast, host Robin Mitchell interviews Rodney Dowdall, VP of R&D at TeleCANesis. Rodney explains how TeleCANesis helps engineers connect CAN, Modbus, ISOBUS, EtherCAT, MQTT, JSON, and other protocols through a configurable middleware stack designed to reduce repetitive code changes and simplify embedded data handling.
The conversation covers how TeleCANesis was built around a real engineering problem: data formats, CAN messages, DBC files, and sensor interfaces keep changing, forcing developers to rewrite and revalidate code. Rodney explains how a configuration-led approach can help engineers update message handling without changing core software, reducing the risk, time, and certification burden that often comes with embedded development.
Engineers will also hear a wider discussion on AI-assisted coding, deterministic software, safety certification, human-in-the-loop development, and why "vibe coding" may suit some applications but not safety-critical embedded systems. This episode provides a practical look at how middleware, tooling, and protocol abstraction can make connected devices easier to build, maintain, and scale.