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Kickstarting Hull's Smart City
- 2. Objectives for Today ✤ Bring together the organisations and people who, together, can deliver solutions ✤ Build consensus & commitment to a way forward ✤ Set specific next steps ✤ Find key people to be the ‘glue’ to make things happen
- 3. Rob Miles •Fellow of Hull University •Microsoft MVP •Author - Microsoft Press •www.robmiles.com Robin Harris • Wellcome Foundation, Mars, Smith&Nephew • IT, operations and logistics • Helps organisations innovate with digital technology
- 4. ❖IoT futures ❖LoRa overview ❖Experiences building an IoT community ❖Coffee ❖Call to Action ❖Lunch Agenda
- 5. IoT is a big thing…
- 6. IoT : Google Searches 5 years
- 7. 4x Increase in Job Searches 2017
- 9. Estimated amount that companies will be spending on the internet of things by 2020 Industrial IoT
- 10. Estimated number of connected devices operating in industry by 2020, up from 3.1bn in 2017 Industrial IoT
- 11. Industrial IoT Amount Siemens has spent on buying US software companies since 2007. It has 21,000 software engineers
- 12. What is the Internet of Things?
- 13. What is the Internet of Things? Connectivi ty…
- 15. ❖IoT futures ❖LoRa overview ❖Experiences building an IoT community ❖Coffee ❖Call to Action ❖Lunch Agenda
- 16. ROB MILES
- 17. CALL TO ACTION
- 18. ❖Gateways ❖Sensor nodes ❖Backend data capture ❖Use cases ❖Steering Group ❖People to build & deplo ❖Day to day co-ordinatio ❖Schedule of activities Things we need to get started
- 19. LORA IN ACTION AN END TO END EXAMPLE
- 20. • Battery powered • Long range • Low cost The Challenge Temperature sensor Time series
- 21. • Wemos D1 Mini - ESP8266 microprocessor • £2 from China (delivered) • 3.3V • Program with Arduino, NodeMCU or Micropython • 80MHz • 4Mb Flash • USB • 11 Digital IO • 1 Analogue IO Microprocessor
- 24. • Hope RFM95 LoRa Transceiver • £4 from China (delivered) • 3.3V • SPI • +120dBm • Up to 37kbs bit rate • 6 DIO LoRa Transceiver
- 28. Basic Node • Microprocessor • LoRa transceiver • Aerial • Battery
- 29. Gateway to LoRaWAN• Mine is a ‘sorta-gateway’ • Single channel • Hope RFM95 + Wemos D1 • Simple indoor aerial • < £10 • Basic gateway - £300-ish • Raspberry Pi • IC880 Transceiver • Outdoor aerial • Commercial options
- 31. End to End Solution
- 32. The most critical factors in a LPWAN are: • Network architecture • Communication range • Battery lifetime or low power • Robustness to interference • Network capacity (maximum number of nodes • Network security • One-way vs two-way communication • Variety of applications served
Editor's Notes
- …and I’m not alone in thinking that it’s a big thing.
- This is using Google Trends - great way of spotting things in different locations (headaches trending). It shows percentage searches (from the peak) over the last 5 years.
- LinkedIn Linked in has see a 4 x increase in job searches around iot in 2017
- IoT is a big thing… This is a graph showing the global share of IoT enterprise projects At the top - smart cities and cars - but not a lot happening at the lower end Big opportunities for you in smart health
- Read out FT piece
- Read out Then it’s taking it really seriously
- The Internet of Things (IoT) is a term coined by Kevin Ashton, a British technology pioneer who conceived a system of ubiquitous sensors connecting the physical world to the Internet.
- Although things, Internet, and connectivity are the three core components of IoT, The value is in closing the gap between the physical and digital world in self-reinforcing and self-improving systems.
- IoT is an enormous topic but today we are here to plan actions not discuss what it might be. Connecting the physical to digital worlds promises new ways of tackling today’s issues on both rural and urban settings. We believe that the best way of understanding the opportunities is to start implementing some of the technology and learning - simple, small and low cost. We can all learn together. A key requirement for IoT is to be able to collect data from thousands of sensors spread across our cities and rural communities - LOW POWER RADIO is one one way. We want to start using LoRa to find the best applications and to learn how to deploy it successfully.
- Mine is a simple proof of concept. Raspberry Pi is the only cost but could use any computer.
- Cheap, battery powered node with a range of kms. Sensor could be detecting anything - location, CO2, open/closed Backend could bee anything - mobile app, web service