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Drones Collaboration and IoT enabling digitalization of sensors - Angelo Fienga - Codemotion Milan 2016
Drones can be relevant to Cisco by enabling the digitization of various sensors using technologies like the Internet of Things (IoT) and collaboration. There are many disparate sensors (IoE) and developers need a platform to make sensors accessible via APIs, provide data transport and routing, processing capabilities like fog computing, and a collaborative environment. Cisco's IoT, collaboration, connectivity, security, processing and storage capabilities combined with analytics APIs and algorithms can provide such a platform as the "IoT of everything". Drones equipped with specialized sensors and using targeted algorithms can help with applications in areas like precision agriculture, site surveys, 3D modeling, and more when integrated into this platform.
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Drones Collaboration and IoT enabling digitalization of sensors - Angelo Fienga - Codemotion Milan 2016
- 1. Drones Collaboration andIoT enabling digitization of sensors Angelo Fienga Architect, Mobility – WW Collaboration Sales and Strategy
- 2. Cisco Confidential 2©2013-2014 Cisco and/or its affiliates. All rights reserved. Why are drone relevant to Cisco? The power of app and cloud Many Disparate Sensors (IoE) Desperate Developers (too many different languages/APIs) Dispersed Users and verticals looking for services (Health, Retail, Drones,…) SOMETHING IS MISSING
- 3. Cisco Confidential 3©2013-2014 Cisco and/or its affiliates. All rights reserved. Why are drone relevant to Cisco? The power of app and cloud Many Disparate Sensors (IoE) Desperate Developers (too many different languages/APIs) Dispersed Users and verticals looking for services (Health, Retail, Drones,…) Collaboration Connectivity Security Processing, Storage, analytics APIS and Algorithms A service/app creation platform that: - Makes sensors easily accessible (APIs) - Provides data transport (routing) - Processing capability (Fog) - Collaborative environment (Collaboration) THE IoT OF EVERYTHING Monetizing the enablement With Cisco Cloud Collaboration
- 4. DRONES…A SMART LIFTFOR SENSORS Specialized drones pilots and operations Purpose targeted sensors Application of specific algorithms and processing Security and Safety Quality of Air analysis Antenna 3D modelling Site surveys and modeling Precision Agriculture
- 5. POC HIGH LEVELSYSTEM VIEW Dubai city Video, Thermal, Sensors info collection RTA Control Center Partner analytics Streaming in Cisco Collab and RTA portal • Traffic management 3.0 • Project status analysis • Road and transportation enhanced safety
- 6. Anatomy of asmart connected drone/sensor Control Center Fight Control center Drone Flight control system Photogram. Camera Thermal Radio (no 4g) GAS Sensor Other sensors Security Mission planner IoT Dhara With 4G DevIot Camera GPS Video Streaming Spark Analytics Collaboration
- 7. Smart Drone demo@ Cisco Live, Berlin - Architecture Video from the Drone On the DX80 Video from the SX10 Shared in a CMR DevIoT Sensors connected To Dhara Compute box Triggered notifications Spark/Tropo Triggered SMSs https://developer.cisco.com/site/iot/
- 8. REMOTE SURVEILLANCE ANDASSETS ANALYSIS • Geo-referenced catalogue of assets • Web access, easy to consume • Analytics and post processing info • Geo referenced information • 3D model for change detection and analysis • Further processing with specialized partners (e.g. Vectorialization for CAD)
- 9. Cisco Confidential 9©2013-2014 Cisco and/or its affiliates. All rights reserved. Upper ring Panel Zenith Panel 1 0.28 Panel 2 0.99 Panel 3 -0.25 Lower ring Panel Zenith Panel 1 -1.45 Panel 2 1.06 Panel 3 0.59 Panel 4 0.78 Panel 5 0.25 Panel 6 0.05 1 3 6 2 4 3 1 2 5 Monetizing SP assets Building enhanced antenna catalog and status
- 10. Cisco Confidential 10©2013-2014 Cisco and/or its affiliates. All rights reserved. Each antenna/site file in the general catalog can be rich of info, including • Complete 3D view • Visual information on real estate • Number of cables • Free space for antennas • EM signal as measured by the drone • Augmented Reality antenna modeling to provide easy to use info for mainteinance people It can be also possible to download a editable model of the antennas as well Outcomes – Radio interface
- 11. QUALITY OF AIRANALYSIS • Leverage drone flexibility to perform air analysis at multiple altitudes and locations • Real time with flexible sensors configurations • Collecting air samples for further specific analysis in labs • Possibility to create dispersion model based on multiple parameters (weather, time, etc.) • Reduced risks for people • Extremely flexible and safe operations, based on professional multi-rotors and highly qualified pilots
- 12. SENSORS AND DRONES– ENABLING DIGITIZATION • It’s not (only) about the drone, It’s about the capability to create end to end solutions combining drones, sensors and algorithms/APIS • Collaboration and IoT are key enablers for drones enabled services • A developer ecosystem is vital to address multiple verticals • Cisco technologies combined with partner competencies to enable innovative solutions and fit new use cases
- 13.