A tale of Rust, the ESP32 and IoT It can‘t be that hard… Who am I? Jens Reimann • Principal Software Engineer • Red Hat • Middleware, Messaging, IoT • Programming languages • 90s: Basic, Pascal,

EasyEdge [https://ai.baidu.com/easyedge/home], TSDB [https://cloud.baidu.com/product/tsdb.html], IoT Visualization [https://cloud.baidu.com/product/iotviz.html]) to provide data calculation, storage, document is Baidu IoTHub [https://cloud.baidu.com/product/iot.html] The Baetyl-Remote-MQTT module was developed to meet the needs of the IoT scenario. The Baetyl(via Baetyl-Hub module) can synchronize synchronize message with Remote Hub services(Baidu IoTHub [https://cloud.baidu.com/product/iot.html]) via the Baetyl-Remote- MQTT module. That is to say, through the Baetyl-Remote-MQTT module, we can either subscribe

EasyEdge [https://ai.baidu.com/easyedge/home], TSDB [https://cloud.baidu.com/product/tsdb.html], IoT Visualization [https://cloud.baidu.com/product/iotviz.html]) to provide data calculation, storage, this test is Baidu IoTHub [https://cloud.baidu.com/product/iot.html] The baetyl-remote-mqtt service was developed to meet the needs of the IoT scenario. The Baetyl(via baetyl-hub service) can synchronize synchronize message with remote hub, such as Baidu IoTHub [https://cloud.baidu.com/product/iot.html] via the baetyl-remote-mqtt service. That is to say, through the baetyl-remote-mqtt service, we can either subscribe

Management Suite of BIE and many other productions of Baidu Cloud(such as CFC, Infinite, EasyEdge, TSDB, IoT Visualization) to provide data calcu- lation, storage, visible display, model training and many more this document is Baidu IoTHub The Baetyl-Remote-MQTT module was developed to meet the needs of the IoT scenario. The Baetyl(via Baetyl- Hub module) can synchronize message with Remote Hub services(Baidu tcp://localhub:1883 username: test password: hahaha remotes: - name: iothub address: 'ssl://xxxxxx.mqtt.iot.bj.baidubce.com:1884' clientid: remote-iothub-1 username: xxxx/test ca: var/db/baetyl/cert/ca.pem cert:

collaboration IOT Device � Cloud IOT Device � Edge � Cloud Intelligent Edge + Intelligent Cloud MQTT Broker IOT Device MQTT Cloud Services MQTT Broker Edge Service MQTT Edge Node IOT Device Edge Cloud Protocol • IOT Protocol : e.g. MQTT Or • Cloud Protocol: e.g. Http Communication Protocol Device � Cloud MQTT Device � Edge MQTT Edge � Cloud MQTT or Http? • Sample Scenarios • IOT • Edge: Data

collaboration IOT Device � Cloud IOT Device � Edge � Cloud Intelligent Edge + Intelligent Cloud MQTT Broker IOT Device MQTT Cloud Services MQTT Broker Edge Service MQTT Edge Node IOT Device Edge Cloud Protocol • IOT Protocol : e.g. MQTT Or • Cloud Protocol: e.g. Http Communication Protocol Device � Cloud MQTT Device � Edge MQTT Edge � Cloud MQTT or Http? • Sample Scenarios • IOT • Edge: Data

Management Suite of BIE and many other productions of Baidu Cloud(such as CFC, Infinite, EasyEdge, TSDB, IoT Visualization) to provide data calcu- lation, storage, visible display, model training and many more in this test is Baidu IoTHub The baetyl-remote-mqtt service was developed to meet the needs of the IoT scenario. The Baetyl(via baetyl-hub service) can synchronize message with remote hub, such as Baidu address from Baidu IoTHub endpoint ˓→list, then replace , such as ssl://xxxxxx.mqtt.iot.gz.baidubce. ˓→com:1884, and the xxxxxx represents for endpoint name. clientid: remote-iothub-1 username:

multi-tenant edge resources from cloud • No serverless@edge support Kubernetes IoT Edge WG A working group focus on improving Kubernetes IoT and Edge deployments! Organizers: • Cindy Xing (@cindyxing), Huawei Google • Steve Wong (@cantbewong), VMWare Goals: • Provide reference architectures for various IoT/Edge environments. • Build end-to-end PoCs to validate overall design and provide examples to system integrators. • Evaluate and possibly extend k8s federation and network infrastructure to better suite IoT/Edge use cases over bandwidth constrained and unreliable WAN interconnects. • Evaluate and possibly

HOME SOME COOL HARDWARE TO START PLAYING WITH TINYGO TINYGO - POWERED BY ARDUINO ARDUINO NANO33 IOT DIVERSITY SCHOLARSHIP RECIPIENTS PLEASE TWEET USING #TINYGO #ARDUINO #GOPHERCON TO THANK THEM! OF COMPATIBLE INTERFACES PAHO MQTT CLIENT MQTT SENSOR STATION ARDUINO NANO33 IOT + LED + BUTTON ARDUINO NANO33 IOT MICROCHIP ATSAMD21G18 ARM CORTEX M0 32-BIT PROCESSOR 48 MHZ 256K FLASH UNIVERSAL PA23 adaptor *espat.Device topic = "tinygo" ) DEMO FLIGHT CONTROLLER ARDUINO NANO33 IOT + ANALOG JOYSTICK + OLED DISPLAY + BUTTONS + UART Flight Control System architecture package main

and demand forecasting to optimize sales and reduce stockouts. Smart cities need real-time data from IoT sensors and historical analysis to manage traffic flow, optimize energy usage, enhance public safety or integration bottlenecks. By bridging the gap between data producers (databases, applications, IoT devices, logs, etc.) and data consumers (dashboards, AI/ML models, analytics engines, business applications) typically includes: Real-time data ingestion from structured, semi-structured and unstructured sources (IoT, logs, event streams). Multi-model storage optimization supporting relational, time-series, JSON, geospatial