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Unveiling the Sydney IoT Landscape
- 7. INNOVATION $12.7B R&D in past 3 years $4.5B Per year moving forward 21,000 Patents and Applications
- 9. Dell Technologies Autonomous Shuttles Use Case • Application development – Pivotal Cloud Foundry & Pivotal Labs • Payment security – VMware (Smart Contracts) & Boomi • Application integration – Boomi • API framework management – Boomi API Portal • Real time analytics – Nautilus (Dell EMC, VMware) • Modern enterprise service – Pivotal RabbitMQ / Boomi Flow & Integration • Internet of Things – OEM, IoT Management (Dell EMC, VMware) • Data lake – Dell EMC (Isilon & Full Software Stack) Autonomous Driving Software defined Vehicle Security & Risk Mobility as a Service
- 20. MAKING BUSINESSES SMARTER AND SIMPLER MONITORING MORE EFFECTIVELY REAPING THE BENEFITS OF IOT CONNECTIVITY
- 21. 3 WAVES 1995 2005 20201 BILLION INTERNET USERS 2 BILLION SMARTPHONES USERS ~18 BILLION THINGS TO BE CONNECTED, <25% USING CELLULAR* *ERICSSON MOBILITY REPORT
- 22. HOW CAN WE CONNECT THEM? 10 MBps 1 MBps 1 KBps 100 Bps 1 m 10 m 100 m 1 km 10 km RFID NFC BLE Zigbee Zwave WiFi 5G 3G 4G 2G Satellite $ $$$ Bandwidth & Power consumption Range
- 23. HOW ARE THINGS CONNECTING? *ERICSSON MOBILITY REPORT
- 24. HIGH ENERGY CONSUMPTION COMPLEXITY HIGH COSTGLOBAL ACCESS CHALLENGES - SLOW SCALABILITY -
- 25. LPWAN IOT CONNECTIVITY TODAY IN THE INDUSTRIAL SPACE 10 MBps 1 MBps 1 KBps 100 Bps 1 m 10 m 100 m 1 km 10 km RFID NFC BLE Zigbee Zwave WiFi WiFi HaLow 5G 3G 4G 2G LoRa/LoRaWAN/Symphony Link,… LTE-M / CAT-M1 NB-IOT / CAT-NB Satellite $ $$$ LPWAN Not Available Bandwidth & Power consumption Range
- 26. IOT CONNECTIVITY TODAY IN THE INDUSTRIAL SPACE 10 MBps 1 MBps 1 KBps 100 Bps 1 m 10 m 100 m 1 km 10 km RFID NFC BLE Zigbee Zwave WiFi WiFi HaLow 5G 3G 4G 2G LoRaWAN Sigfox LTE-M NB-IOT Satellite $ $$$ LPWAN Not Available Bandwidth & Power consumption Range WHICH LONG RANGE CONNECTIVITY FOR IOT? Sigfox LoRaWAN NB- IoT LTE-M 4G 3GDatarate/Energyuse/Cost Sigfox LoRaWAN NB- IoT LTE-M 4G 3GDatarate/Energyuse/Cost LPWAN National coverage for high data powered devices National coverage for powered devices Cities coverage for talkative battery powered devices Community & private networks for small messages Global network for small messages
- 27. FIT FOR IOT A GLOBAL CELLULAR NETWORK FOR BATTERY POWER DEVICES, AT VERY LOW COSTS
- 28. LONG RANGE LOW COST LOW POWER SECURE NATIONAL/GLOBA L COVERAGE STRONG ECOSYSTEM OPEN STANDARD FIT FOR IOT A GLOBAL CELLULAR NETWORK JUST FOR LOW POWER DEVICES, AT VERY LOW COSTS
- 29. 2012-2016 2017 2018 2019 Covered by Thinxtra GLOBALNETWORK 5 million square kilometres covered. 60 countries coveredorin theprocessofbeing covered. 1 billionpeople covered. Majorinvestors US$292mfunding
- 30. WHAT’S COMING IN & BEYOND
- 31. GLOBAL LOCAL SIGFOX COVERAGE EVERYWHERE
- 32. Global seamless connection ADAPTED TO EVERY USE CASES GLOBAL LOCAL
- 33. 300+Ecosystem Partners $31MCapital Raised 45Team Members 3Nationwide IoT Networks (AU/NZ/HK) 2M+Number of Connection Deals Closed 60M+Number of Connections in Pipeline 150Customers
- 34. Thinxtra’s 34 84% NEW ZEALAND HONG KONGAUSTRALIA 94% 97%
- 35. Winner of ACOMM 2018 Award Awarded Best IoT operator in Australia in 2018 by Commsday Australia
- 36. End-to-End Solutions via our partners To create VALUE Sensing IoT Devices ▪ Working locally or globally, wherever they are ▪ Fitted for purpose: From global asset tracking to deep indoor walking fridge monitoring IoT Network ▪ Seamless connectivity from a local proximity bubble till a global satellite for remote areas Smart IoT Platform ▪ Whatever IoT platform(s) used ▪ Interoperable: Sigfox is open to any standards. THE INTERNET OF SIMPLE THINGS
- 37. IoT solutions must &/or: ▪ REDUCE COSTS (OBVIOUS R-O-I) ▪ INCREASE PRODUCTIVITY ▪ ACCELERATE DECISION MAKING ▪ IMPROVE QUALITY OF SERVICE ▪ DISRUPT MARKET STATUS QUO Overall ▪ CREATE EFFICIENCIES ▪ DIFFERENTIATE
- 38. SOLUTIONS AND MARKET VERTICALS Thinxtra.com/solutions
- 50. IOT IS THE NEXT BIG WAVE LPWAN, the connectivity backbone for simple IoT SIGFOX is the world-leading LPWAN technology THINXTRA is the Sigfox Operator for ANZ + HK With a strong team of IoT experts to build the eco- system & fast track adoption in all industries www.thinxtra.com/solutions Nieves.Garcia@thinxtra.com
- 52. 52 Adding the Internet back into IoT Lance Brown Principal Software Engineer
- 53. 53
- 54. Won’t somebody think of the internet? 54 • Where’s the I in IoT? • Dante is typically Local Area Network (LAN) only. • Support for WAN using additional products • High quality, uncompressed, low-latency (< 1ms) audio doesn’t really work on the internet • Our end customers also have an aversion to the internet for a number of reasons…
- 55. Security 55 • Audio can contain highly sensitive information – we don’t really want that on the net • Dante is in the boardroom (pic on the right hand side is NATO!)
- 56. Lack of access 56 • Not everywhere has easy access to the open Internet • Dante can be found underground, on minesites, on boats, vehicles • Installations in China would have trouble if we required constant Internet access • Already problematic with our software licensing!
- 57. Require an (almost) never changing device 57 • Audiophiles can be superstitious about their equipment • They don’t like software updates • They ‘never’ change their hardware – if it ain’t broke don’t fix it • They don’t care about fixing bugs (even security issues) if it doesn’t impact their audio
- 58. So what can we do? 58 • Take baby steps • Introduce device control and monitoring over the Internet • Not audio (yet) • Introduce more security and user account access to Dante networks • Get the end-customers involved in firmware maintenance • Eventually we may have audio in the cloud…
- 59. Dante Domain Manager 59 • Device monitoring over the internet • Some device control • No audio • Add users, roles, device groupings (domains) • Support for WAN • Audio devices remain ‘offline’ • Released early 2018
- 60. Firmware maintenance 60 • One of the problems of the IoT industry – updating firmware • The audio industry is not great at moving forward • We want to get more involved in the management of firmware instead of relying on our manufacturing partners • Give our end-customers the knowledge and power over firmware • Dante Updater – a firmware server product - is coming soon!
- 61. Thanks for listening! 61 Check us out at http://www.audinate.com/ https://www.audinate.com/about/careers
- 63. Low Power Wide Area Networks – enabling the IoT
- 64. Internet of Things – What is it? • Sensors – interface with the real world • Communications – transport data between the field and “the cloud” • Analytical tools – process data into information • Organisational structures that encourage collaboration, innovation, and the application of information to solve problems
- 65. Internet of Things – In a nutshell Sensors Communications Analytical Tools People making things happen
- 66. Internet of Things - Communications Low Power Wide Area Networks (LPWAN) Small amounts of data Long distance Low speed Low power Each one has its strengths & weakness None is suitable for all applications 3G/4G
- 67. Source: www.m2mconnectivity.com.au Internet of Things - Communications
- 68. Internet of Things – Endpoint Economics • Value of data to be collected • Number of endpoints • Tens? Thousands? Millions? • Cost of endpoints • Sensors, radio modules, batteries, enclosures etc. • Cost of data acquisition • Self-managed network • Network-as-a-Service Photo: Arria Belli
- 69. Internet of Things – Endpoint Economics • Endpoint cost driven by functionality required • Mantra needs to be: • “What can we take out?” not “What else can we add?” • Apply the “KISS” principle at the • endpoint and shift as much processing as possible to the Cloud. • Example: Water meters - Leak alerts • On-meter leak detection vs. data processed in the cloud • What if you want to change the settings? • Sydney Water has 1.9 million water meters • Every $1 of extra functionality adds nearly $2M!
- 70. Introduction to Taggle Systems • Privately held company founded in 2006. • Born as an Ag-tech start-up developing Low Power Wide Area (LPWA) radio technology for real time livestock tracking. • Pivot towards telemetry rather than location around 2009, with initial focus on smart utilities, particularly the Automatic Meter Reading (AMR) market for water utilities. • Taggle is both a developer of LPWA technology and products and an operator of LPWA networks. • Taggle provides complete LPWAN end-to-end solutions including: • Design and manufacturing of LPWAN endpoints • Delivery of LPWA “Network as a Service” • Cloud based data processing and delivery • Sophisticated data analytics • Based in Sydney CBD, currently ~30 full time employees
- 71. Technology Summary • Taggle’s primary LPWAN is a proprietary system developed locally • One way DSSS operating in the 915-928MHz LIPD class licence band, which is a subset of the North American 902-928MHz ISM band. • Fixed transmit frequency of 922.0MHz • 1172 bit/s data spread with a 4096 bit code to yield 4.8Mbaud BPSK signal. • 14dBm tx power (standard range), 27dBm for extended range. • Maximum 16 byte packet, programmable transmit interval from 4 sec to 6 month, hourly is typical. • High sensitivity receiver can demodulate up to 16 simultaneous receptions down to -136dBm. • Asynchronous transmitters with no MAC layer required. • Proprietary active interference cancellation mitigates effect of in band interferers. • Single receiver can support > 20,000 unique tags transmitting at hourly intervals. • Transmitters based on “Byron” ASIC designed by Taggle. • Very low quiescent current transmitter (< 2uA) supports 10-15 year battery life using single AA cell transmitting at hourly intervals. • Taggle is technology “agnostic”, and supports complimentary LPWAN solutions including LoRaWAN and NB-IoT where appropriate.
- 72. Customers include 34 Utilities and Water Authorities
- 73. Utility Customers • 34 Water Utilities • 150,000 Devices • 500,000 sq.km. • 1.5 Billion Meter and Sensor Readings per year
- 75. Taggle MRC-1 AMR Module • Taggle’s first Automatic Meter Reading product was the MRC-1. • This module was engineered to specifically suit the Elster V100 water meter, which is the most popular water meter in Australia. • The MRC-1 is easily retrofitted onto V100 meters in the field and has a 10+ year design life that exceeds the typical life of the meter itself. • The MRC-1 constant measures water consumption, and transmits this data on an hourly basis. • The MRC-1 has become Taggle’s most successful product, with over 85,000 devices deployed in the field, the oldest for more than 7 years. DomesticWaterMeters Taggle MRC-1 AMR module on Elster V100 domestic water meter
- 76. Taggle ADC-1 AMR Module • Taggle’s ADC-1 pulse-count AMR module is designed to suit all other pulse-output style meters. Sealed and maintenance free, the ADC-1 also has a 10+ year battery, the ADC-1 is one of Taggle’s most widely used products for pulse count applications such as water, gas and electricity meters. The ADC-1 also monitors consumption continuously and transmits this to the network on an hourly basis, or more frequently if required. PulseCountMeters Taggle ADC-1 Pulse Count AMR module suits most common water meters
- 77. Taggle HP-1 High Power AMR Module • Taggle’s HP-1 high-power AMR module is designed for those difficult radio environments such as pits and basements. • Using a higher-power transmitter, the HP-1 has been tested and certified for Australian and US regulations. Utilising a larger battery, the HP-1 still retains the long-life maintenance-free profile of the ADC-1 and MRC-1. PitsandBasements Taggle HP-1 Module installed on a consumption water meter located in a building basement. Taggle HP-1 modules successfully transmit from underneath cast-iron pits in the Adelaide CBD.
- 78. Taggle LSTT Industrial Meters • Increasingly water utilities are adopting more sophisticated metering technology, such as those from Krohne and ABB, that measure totalized volume, instantaneous flow, and pressure. Taggle’s LSTT module includes sophisticated logic and communicates with these meters via the Modbus industrial serial protocol. Taggle’s LSTT also support other common industrial protocols including RS485, RS232, 4-20mA, SDI-12 and more. Industrial Meters Taggle LSTT telemetry module Krohne Waterflux (left) and ABB Aquamaster Modbus meters supported by the Taggle LSTT Taggle LSTT module installed with a Krohne Waterflux meter in an SA Water street-box in the Adelaide CBD
- 79. Taggle Next Generation Tags “Parakeet” Many utility applications demand very long battery life. Leveraging the benefits of Taggle’s ultra-low power radio, Taggle’s next generation tag, codenamed “Parakeet”, have been engineered from the ground up to provide ultra-long battery life of 20+ years. This provides the utility with continuity of data, reduced field work, and overall better ROI. Taggle has recently commenced production of initial 5,000 Parakeet tags for the US market 20+YearBatteryLife Pulsecountandserialprotocols NFCconfigurationandupdate
- 80. Honeywell V200HT. Taggle Byron- enabled Smart Meter • Honeywell is one of the world’s largest meter manufacturers, and has endorsed Taggle’s Byron wireless as the standard for Honeywell’s newly released flagship integrated smart meter, the V200HT. • Launched this year, every V200HT meter in Australia supports Taggle’s Byron wireless network. • V200HT meters are already deployed or in trial with SA Water, Sydney Water, Unity Water, Townsville, GWM Water and City West Water. Honeywelladopted TaggleByronasthestandard communicationsfortheflagshipV200HTsmartmeter Honeywell V200HT Integrated Smart Meter includes Taggle Byron wireless communication as standard.
- 81. Other Sensors Most of Taggle’s customer deploy automatic meter reading technology as their first priority, but increasingly utilities have been rolling out additional sensors that require similar long-life, maintenance free characteristics. Taggle modules support a wide range of common commercial and industrial protocols, enabling a wide range of sensors to be easily deployed. Openstandards Industrialprotocols IoTsensors Sensor interface standards include: ❑ Pulse output ❑ Modbus ❑ RS485 ❑ RS232 ❑ SDI-12 ❑ UART ❑ 4-20mA Example of sensors on the Taggle Network ❑Pressure ❑Flow ❑Level ❑Water and Air Quality ❑Weather ❑Odour ❑Gas Water Quality Sensor andTaggle LSTT module installed in a manhole
- 82. Open Development Ecosystem Taggle has also developed an open development ecosystem where other companies can leverage the low- power, long-range technology benefits of the Byron wireless system to build their own Internet of Things (IoT) applications. Taggle partners utilise Taggle modules including the Corella Development Module (left) to develop products in environmental monitoring such as water quality (middle), agricultural technology such as irrigation monitoring (right) and industrial IoT monitoring such as temperature and vibration of motors and other equipment. OpenDevelopment Ecosystem Byronmodules Longrange,lowpower
- 83. Taggle Receiver • Sophisticated Software Defined Radio • High gain antenna to pick up weak signals • Field re-configurable • Active Interference Cancellation • Direct Sequence Spread Spectrum • Very high capacity
- 84. Taggle Receiver Network Taggle’s Byron wireless system uses a network of sophisticated high-gain, sensitive receiver base stations. Each base station has an effective range of up to 20km and a capacity in excess of 30,000 devices per hour, which means the system has the range and capacity required for city-scale applications. Taggle receivers use lightweight antennas and low-footprint base stations, which has enabled Taggle to deploy a network of over 300 base stations and 500,000 square kilometers of coverage. Unlike Telco standards like 2G, 3G & 4G, Taggle recognises that Utilities need a different standard of longevity for AMR technology decisions. Taggle’s products are designed to be installed and operate on a single battery and no maintenance for 20 years or more. Taggle’s network is designed and built to support AMR and other sensor modules for 20+ years without forced obsolescence and unnecessary technology refresh. Low-footprintReceiver HighCapacity,LongRange FutureProofTechnology
- 85. • Pulse • Analog • 4-20mA • RS232 • RS485 • Modbus • SDI12 • UART MQTT AMQP Web Services Hypercat DNP3 ODBC CSV/FTP Taggle IoT Platform Things Taggle IoT Platform Intelligenc e Data Customers MyH2O MiWater ClearSCADA Visenti OpenSpatial ESRI TechOne Civica Open Sensor Standards Open Data Standards Application Ecosystem Portals Open standards for collecting data from sensors and devices in the field. Open standards for delivery of data
- 86. Data Processing Platform Decrypt,DecodeandDeliver Database,ApplicationsandAnalytics Taggle’s data processing platform is built on Amazon Web Services which provides the performance, security and reliability required for utility-scale applications. The platform collects data from the network of receivers, and decrypts and decodes data from meters and other sensors. Data is delivered to utility customers either via real-time interfaces or via nightly batch jobs depending on the Utility’s specific requirements.
- 87. Software and Analytics Taggle Software & Analytics Data Integration Support Schneider Electric Building Management Systems Microsoft Azure IoT Hub SCADA Systems (DNP3)AWS MiWater Meter Data Management MyH2O Customer Portal Taggle Data Portal MyTelemetry*MiSewer Waste Water Management
- 89. Taggle Systems Pty. Ltd Level 1, 101 Sussex Street, Sydney, NSW 2000. 02 8999 1919 enquiries@taggle.com.au Concluding Remarks • Taggle’s proprietary LPWAN solution has been 100% developed from the ground up in Australia. • All of Taggle’s products are designed in Australia • Taggle LPWAN receiver is manufactured in Australia by Intellidesign • Taggle LSTT industrial endpoint is manufactured in Australia by Nesstronics • Honeywell V200HT is assembled in Australia • Higher volume endpoint products (MRC-1, ADC-1, HP-1) are manufactured offshore, with some final assembly and test done in Sydney. • All of Taggle’s data delivery and software analytics products have been implemented locally.
- 90. Evoqua Chloroclam Water Quality Sensors Battery–poweredWater QualitySensors Chlorine Conductivity TaggleLSTT–15minutedata ProprietaryRS232Interface
- 92. Vaisala Air Quality Sensor NitrogenDioxide(NO2) SulfurDioxide(SO2) CarbonMonoxide(CO) Ozone(O3) SDI-12Interface
- 93. HyQuest TB3 Tipping Bucket Rain Gauge HyQuest TB3 Rain Gauge with Taggle ADC-1 pulse count module HighQualityRainGauge (usedbyAustralianBureauof Meteorology) Pulseoutput TaggleADC-1PulseCounter LowCostdeployment
- 94. Davis Tipping Bucket Rain Gauge HyQuest TB3 Rain Gauge with Taggle ADC-1 pulse count module InexpensiveRainGauge LargeScaleRoll-outs Pulseoutput TaggleADC-1PulseCounter
- 97. Low Cost Sewer Monitoring Floatswitchalerts: pipefull&overflow Inexpensivehardware Inexpensiveinstallation PermanentMonitoring Taggle’s High Power telemetry modules monitor sewer levels and provide real-time alerts, with minimal installation and maintenance.