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By / News / At Embedded World 2026, Texas Instruments demonstrated how artificial intelligence is becoming integrated directly into the embedded development workflow. CCStudio™ IDE, TI’s long-standing integrated development environment for programming its microcontrollers and processors, now includes AI-assisted features designed to support the full development cycle.

By / News / At Embedded World 2026, Nordic Semiconductor demonstrated an update to its fuel gauging software designed to help developers understand battery behaviour in connected devices. The feature works alongside Nordic power management chips and the broader nRF Connect software ecosystem, providing a way to estimate how much battery remains and how battery health changes over time.

By / News / At Embedded World 2026, D-Robotics showcased the RDK S100, a single-board computer designed specifically for robotics and AI workloads. While many SBCs can run Linux and basic robotics frameworks, the RDK S100 is built around a heterogeneous architecture intended to mirror the way robotic systems combine perception, reasoning, and motion control.

By / News / At Embedded World 2026, Nordic Semiconductor demonstrated two complementary approaches to running artificial intelligence directly on low-power wireless devices. The demos showed how AI workloads can be executed locally on Nordic hardware using either ultra-compact Neuton models running on the CPU or a dedicated neural processing unit called Axon.

By / News / At Embedded World 2026, Infineon demonstrated a humanoid robot designed to showcase how multiple sensing technologies can work together to help machines understand their surroundings and interact with people. The platform combines radar sensors, time-of-flight cameras, AI processing, and motion control hardware to detect nearby humans, map the environment, and move safely.

By / News / At Embedded World 2026, SEGGER showcased a technology called emApps, which introduces a modular approach to firmware development on microcontrollers. Traditional embedded firmware typically runs as a single monolithic application with full access to all system resources. While this model is efficient, it can make it difficult to extend functionality or safely allow third-party customization.

By / News / At Embedded World 2026, Nordic Semiconductor demonstrated how developers can bring satellite connectivity to IoT devices using its nRF9151 platform. The demo focused on non-terrestrial networks (NTN), which allow devices to communicate through satellites rather than relying solely on ground-based cellular towers.

By / News / At Embedded World 2026, Silicon Labs demonstrated how Bluetooth technology can support both real-time tire pressure monitoring and precise proximity detection using a scaled vehicle demo. The setup showed sensors inside the tires wirelessly transmitting pressure data to a central control unit while maintaining reliable communication in demanding conditions such as high speeds and elevated temperatures.

By / News / At Embedded World 2026, ADLINK demonstrated a development drone kit designed to combine flight control and onboard AI processing into a single integrated platform. Rather than presenting a collection of modular components, the system is built around a custom board that serves as a reference design developers can adapt for their own projects.