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IT Solution through IoT Development
The document discusses the significance of the Internet of Things (IoT) in managing and processing vast amounts of data generated by humans and machines. It presents various IoT use cases, particularly in agriculture with real-time cattle tracking and highlights technological components like LoRa and NB-IoT for connectivity. Furthermore, it emphasizes the growing opportunities in the IoT market, specifically in Indonesia, and the importance of engaging the maker community in the development of IoT solutions.
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IT Solution through IoT Development
- 2. x@dycode.com | http://dycodex.com IoT& maker movement enabler CEO by DyCode
- 3. Proudly Developer for 20 years ASM, QBasic, Pascal, c, C++, Java, PHP, Bash, C#, Visual Basic, HTML, JavaScript, Python, Objective-C, Swift .NET, Qt/QML, Java ME/EE/SE, Android SDK, iOS SDK, Node.js ARM MBED, ESP8266, ESP-IDF, Arduino
- 4. 10 years ina row!
- 5.
- 6. Human creates 50Petabytes of Data Photo by Peter Macdiarmid/Getty Images for Somerset House
- 8. by 2020 estimated50 Zettabytes of data Who / what generating it?
- 9.
- 10. But, why do weneed data?
- 11. Google’s self-driving cargathers nearly 1 GB DATA per SECOND
- 12. A.I. is onlypossible by Big Data
- 13. Again, human isunreliable
- 14. Sensors MCU/MPU EnergySource Actuators Network Interface Firmware Things Provide means to the things so they can gather data - see, hear, smell - and react that’s why we need…
- 15. Things Connectivity People& Processes Data Data Internet of Things (Sensors, actuators, MCU/MPU, network, energy, firmware) (PAN, LPWAN, Cellular) (IoT Cloud, Machine Learning, AI) that’s why we need…
- 16. Things Connectivity People& Processes enable to create new types of smart applications & services By integrating
- 17. 10 Billion humanin 2050 How do you feed them?
- 18. According to theFAO, the world has 1.468 billion head of cattle (2015) World Cattle Inventory
- 19. "Ini proses panjangyang kita harapkan dapat membuat kita swasembada daging sapi. Dari hitung-hitungan, itu akan selesai 9 sampai 10 tahun.” - Jokowi, 2016
- 21. Use Case: SMARTernak Real-timecattle tracking: Define geofencing area and alert the owner when cattle exit the area Falling, active/inactive detection, pedometer Heart beat, heat cycle estimation, environment & body temperature Energy harvesting from solar
- 22. LoRa Module GPS Energy Harvesting & SolarPanel Battery, Gauge, Charger LoRa Antenna Temperature & Heartbeat Sensor IMU* Sensor *IMU = Inertial Measurement Unit: accelerometer, gyroscope Thing: SMARTernak
- 23. User LoRa/ LoRaWAN LoRa Gateway Cloud 5 -10 km Cellular Cellular SMARTernak - 10,000 ft view
- 24. Let’s see aDEMOInternet of Things
- 25. What did wejust see? Tracker Dashboard How? App
- 27. More Technical Architecture LoRa Gateway Trigger& Alert Internet Cloud-sideEdge-side Ingestion & StorageTracker Visualization User-side Apps Devices & Firmware Mgt. Processing
- 29. Asset Tracking UseCases Wearable Tracking Cattle Tracking for Precision Livestock Farming Vehicle Tracking (Fleet, Truck, Logistics) Panic Button & Tracking Fixed Asset Tracking
- 30. Oh… all previoustrackers are made by :)
- 31. The Tracker Core Generalpurpose is possible because all trackers are powered by the same internal System on Module (SoM) board Benefits: Easier to maintain Stock one type of board & raw components -> cheaper Faster to market Product specialisation or customisation is still possible by: Firmware/software Extension board
- 32. DytraX Top Bottom NB-IoT: U-BLOXSARA-N2 MCU: ESP32-PICO GPS/GNSS: U-BLOX ZOE-M8 Battery Charger Battery Gauge 6-Axis Accelerometer & Gyroscope OLED Display Battery Connector Nano SIM Card Holder I2S Digital Microphone 40mm On/Off Push Button Magnetometer 2G/3G/4G: U-BLOX SARA-U2 Temperature & Pressure Sensor RGB LED 40 mm Other board version supports LoRa
- 33. Hey, What isLoRa, NB-IoT?
- 34. Things Connectivity People& Processes Data Data Internet of Things (PAN, LPWAN, Cellular) Let’s get back to this…
- 35. ADVANTAGES Highest throughput DISADVANTAGES Spectrum utilization, powerrequirementsWifi Bluetooth beacons Low application throughput Bluetooth LPWA Cellular No power requirement Low cost Global coverage, application profile standards Higher reliability for mission critical applications CAT 1 and CAT 0 LTE for low cost, and ultimately NB-IoT high range data transfer Power requirements, coverage “black spots” Low data throughput Less reliability for mission critical and real-time applications Satellite Breadth of coverage even in areas with limited infrastructure e.g. at sea or in developing countries Price and interference due to weather conditions Near range Near range Wide range Global Ethernet IoT frameworks map higher-level protocols, stable service for SLAs, mobile backhaul, security Limited range, devices don’t work until they have a method of communication with the network Global Connectivity Option
- 36. What is LPWA Connectivitydesigned specifically for IoT Low Power, Wide Area Networks Low data throughput = High sensitivity = Long range (Relatively) low cost Multiple Access = One-to-Many Architecture Using licensed or unlicensed spectrum
- 37.
- 38. Wireless modulation technology,based on Chirp Spread Spectrum (CSS) Physical (PHY) layer for long range communications Operates in the license-free ISM bands all around the world • 433, 868, 915 Mhz • Regulated (power, duty-cycle, bandwidth) E.g: EU: 0.1% or 1% per sub-band duty-cycle limitation (per hour) Sensitivity: -142 dBm, Link budget (EU): 156 dB What is LoRa
- 39. ISM Regulation ISMworldwide regulation 7 Output Power vs Duty Cycle Countries Frequency band review Max. output power EU 868 MHz 14 dBm USA 915 MHz 20 dBm Korea 900 MHz 14 dBm Japan 920 MHz Malaysia 862 to 875 MHz 20 dBm Philippines 868 MHz Vietnam 920 to 925 MHz India 865 to 867 MHz Singapore 922 MHz Thailand 920 to 925 MHz Indonesia 922 MHz ANZ 915 to 928 MHz Taiwan 920 to 925 MHz China 470 to 510 MHz 17 dBm 919 to 923MHz 923 to 925MHz Indonesia: 923 to 925MHz (proposed)
- 40. Communications protocol &architecture utilizing the LoRa physical layer Freely available, specified by LoRa Alliance Star of Starts Topology. Nodes connect to multiple gateways Data rates are from 300bps to 5.5kbps Device classes: A, B, and C What is LoRaWAN
- 41.
- 42. LPWA recap 2015 20162017 2018 LTE-M 375 kbps NB-IoT 20-65 kbps EC-GSM-IoT 200 kbps GSM 200 kbps LTE CAT-1 10 Mbps CAT-M1 CAT-NB1 Ultra Low Power 10-20 years lifetime Deep Coverage +18dB sensitivity Low Complexity 75% Simpler Immediate Service Global Coverage Durable Investment Long-term availability Trusted Ecosystem Solid supply Cellular IoT: Evolution
- 43. What is NB-IoT 3GPP-standardisedtechnology - Release 13 180 kHz RF frontend; Chipset cheaper than Cat M1, cheaper module Can be deployed in: existing LTE bands, in guard bands, re-farmed spectrum, or standalone Other details: Uplink: 250 kbit/s half-duplex (multi-tone), 20 kbit/s (single- tone) Downlink: 250 kbit/s Latency: 1.6s-10s Device Transmit Power: 23 dBm Coverage: 164 dB
- 44. Did I mentionit’s the 1st NB-IoT product from/by Indonesia?DytraX
- 45.
- 46. Things Connectivity People& Processes Data Data Internet of Things (PAN, LPWAN, Cellular) Let’s get back to this…
- 47. Azure IoT Hub and awhole lot more… Makestro Cloud IoT Cloud Platform
- 48.
- 49. Collect & visualizetemperature & pressure Microsoft IoT Central
- 50.
- 51. Getting Started to Microsoft IoT Central https://github.com/dycodex/ESPectro32-IDF/ tree/master/components/AzureIoTHub32/ examples/ThermostatIoTCentral CODE
- 54. 0 1 2 4 5 6 7 2013 2017 2020 1,5 0,5 0,3 2,5 1,2 0,6 3 1,9 1,1 HardwareServices Software US$7T IoT Opportunity Globally Hardware +16% Services +24% Software +28% Source: Cisco APJC Market Share 31% 34% 37% US$ Trillion +20%
- 55. FSI 140 Infrastructure 207 Dist & Logistics 440 PublicSector 509 Manufacturing 553 Consumer 754 Total 2,603 In US$ Billion APJC IoT Market in 2020: US$2.6T Limited to hardware sales, i.e Wearables & smart devices Connected factories & Smart Cities will be the key themes for APJC Source: Cisco
- 56. Devices 56 Network 39 Platform 157 Application 192 Total 444 In IDRTrillion Indonesia IoT Market in 2022: IDR444T Source: Indonesia IoT Forum Major Contributors: Platform & Apps (78%)
- 57. Home & Others 3% Agriculture 5% RealEstate 5% Utilities 6% Transportation 7% Government 8% Computing 9% Retail 9% Insurance 13% Healthcare 17% Manufacture 18% Total 400 million Indonesia IoT Devices in 2022: 400M Source: Indonesia IoT Forum Manufacture & Healthcare are major contributors
- 58. IT Solution notonly software! hardware may be needed Closing
- 59.
- 61. Define the problem Identifydata sources Identify hardware Define Connectivity & Data Format Define & Implement Security strategy IoT: How to start
- 62.
- 63.
- 64. ESPectro32 Alora Board UseDevelopment Board!
- 65. LEARN TO CODE Imagesource: https://www.entrepreneur.com/article/241644
- 66. Developer Skillset Edge-side Cloud-sideMobile side [Obj-C]
- 67. *Disclaimer: I haveno data of all players in Indonesia yet. Sorry if you’re not listed. And I’m talking about electronics maker- related players Indonesia Indonesia Join Communities Indonesia
- 68. An Indonesia Platformfor Maker: to “democratize” knowledge, hardware kit, and software to help makers to start making in hardware. To drive into Internet of Things Disclosure: it’s initiated by DycodeX
- 69. Learning Shop Community Software Projects, tutorials, videos,news, professional trainings Hardware marketplace from Maker for Maker: kits, devboards, maker tools IoT Cloud infrastructure, software libraries, sample code Offline meetups, seminars, training/hands-on, competitions
- 70.
- 76.
- 77. It’s exciting time tojump into IoT!
- 78.
- 79. Andri CEO a (at) dycode.com Getin Touch
- 80.
- 81. x@dycode.com | http://dycodex.com IoT& maker movement enabler