DockerCon EU 2015: Containing IoT Sensor Telemetry
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The document discusses IoT sensor telemetry, focusing on how telemetry involves the remote sensing of device data and telecommand directs devices to act. It covers various topics such as deployment strategies, Docker container roles in IoT, and data management challenges. Additionally, it highlights the importance of smart engineering in managing complex systems and processing large volumes of data.
DockerCon EU 2015: Containing IoT Sensor Telemetry
- 1. Containing IoT Sensor Telemetry Samuel Cozannet, Canonical Michael Schloh, Europalab http://lect.europalab.com/dociotsen/
- 2. In this hour… Added Value Isolation and reliability Transports and protocols Maintenance reduction Data management Show and Tell ARMHF image tour Application layers Sensory data flows IoT service deployments Dive into IoT Sensor telemetry Actuator telecommand Computing device nodes Gateways and routing SDP Workflows Embedded challenges Computing node images Research and develop Deployment strategies
- 3. Dive Into IoT Defining the Internet of Things
- 4. 44 44
- 6. Sensor telemetry Actuator telecommand Computing device nodes Gateways and routing
- 7. —Michael Schloh von Bennewitz “Telemetry concerns remotely determining what a device senses, while telecommand directs a remote device to act” 7 7
- 8. Use Cases Docker container roles in Internet of Things research and development
- 9. Release engineering SDK and IDE deployment Firmware infrastructure Runtime management
- 10. Docker Container IoT Network Internet of Things Service Internet of Things Service Docker Container IoT R& D
- 11. New Workflows Software Development Process departure from classic devops
- 13. Embedded challenges Computing node images Research and develop Deployment strategies
- 14. Adding Value Smart engineering of ubiquitous systems in contrast to containers
- 15. Isolation and reliability Transports and protocols Maintenance reduction Data management
- 16. $ docker pull msvb/armhf-iotempire $ docker pull msvb/ia32-iotempire $ docker run -t -i msvb/armhf-iotempire -i: interactive stdin -t: pseudo-tty stdin Images are alpha tested Sample image contents: ‣ MQTT ‣ AMQP ‣ LWM2M ‣ ZeroMQ
- 17. Show and Tell Whirlwind tour of Docker assisted networks of cloudy sensor things
- 18. ARMHF image tour Application layers Sensory data flows IoT service deployments
- 19. Front End Human to Machine (H2M) interfaces
- 21. Back End How to store & process all that data?
- 22. 22 22
- 23. 1 Million devices 1 tweet every 5 seconds 2.4PB / day
- 28. Thank you! Michael Schloh Von Bennewitz michael@schloh.com Europalab Networks Samuel Cozannet samuel.cozannet@canonical.com Canonical, Ltd. http://lect.europalab.com/dociotsen/