Fullstack IoT Development
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Transcript of Fullstack IoT Development
#techBDV21and collect printed photos at Jepret Allegra booth
FullStack
Internet of ThingsDevelopment
Disclaimer
It’s technical Talk, Sorry if you can’t catch up :)
Andri Yadi
@andri_yadi | a at dycode dot com
http://andriyadi.me | http://dycodex.com
CEO of DycodeXIoT & disruptive technologies enabler for more enjoyable life.
DycodeX, by DyCode
8 years in a row
What is it, really?
Image source: https://www.youtube.com/watch?v=KflfJwXncy8
“Network-connected devices with embedded processing power„
Internet of Things
*Microsoft’s definition of IoT
Connectivity Data AnalyticsThings
Internet of Things
internetCloud
Mobile/web app
internet
IoT Typical Architecture
Things
Things
IoT Typical Archiecture
Protocol(over internet)
Ingestion Analytics
Storage VisualizationDevice
Management
API
Cloud
Message Broker Mobile Apps
3rd party systems
Microcontroller
Radio Transceiver/Network Interface
Sensor/Actuator Circuitry
Energy Source
A Thing
When we’re talking about full stack/end-to-end IoT Development…
So…
…we’re talking about developing for: Things, Cloud, Mobile
as developer…
Image source: https://www.entrepreneur.com/article/241644
Developer Skillset
Thing side Backend side Mobile side
[Obj-C]
Let’s start
Thing’s side
ESP8266Arduino nRF BLE
EspruinoParticle.ioPhoton, Electron
Arduino 101 Indonesia-madeBluino
Nucleombed
Raspberry Pi
and manymore…
Choose Dev Board
Choose Dev Platform
COSA Teensyand manymore…Sming
Choose Dev Tool/Ide
Disclaimer
Let’s focus to ESP8266
Do you still use ESP8266 this way?
While nothing wrong with that, but you can program ESP8266 directly. Without the Arduino board!
CPU: Tensilca Xtensa LX3: 32-bit, 80 MHz 3.3V operating voltage ESP8266 SOC: Expressif RAM: 32Kb, DRAM 80Kb External Flash: 512KB to 16MB WiFi (802.11): b/g/n/d/e/i/k/r Peripherals: 16 GPIOs, 3 PWM, 1 ADC, I2S, UART, SPI, I2C
ESP8266 Specs
ESP-01
ESP-12
ESP-12E ESP-14 ESP-WROOM-02
ESP-07
ESP-13
ESP8266 Family
Choose ESP8266 Framework
Sming
NONOS RTOS
Choose Dev Tool/IDE
Did I mention it’s only
$2
ESP8266 Dev Board
OlimexNodeMCU ESPino Thing Dev ESPresso
Digistump Oak Wemos D1 Mini Witty
andmore…
Today, we use…
DycodeX ESP8266 Dev Board v0.5
Based on ESP-12E Breadboard-friendly 8 channels GPIO Extender On-board additional SPI RAM 128 KB On-board additional ADC 12-bit 8 channels User-programmable LED & RGB LED, and button Reset & Flash buttons Automatic program upload SPIs, I2Cs breakout Supports I2C or SPI-based display
DycodeX ESP8266 Dev Board v0.5
Demo Let there be a light…
Cloud side
Cloud Platform
AzureIoT Hub
and a whole lot more…
Designed for IoT Connectivity, Security & Management for billions of devices
Service Assisted Communications Devices are not servers Use IoT Hub to enable secure bi-directional communications
Cloud Scale Messaging Device-to-cloud and Cloud-to-device Durable message inbox/outbox per device
Monitor Devices Delivery receipts, expired messages Device communication errors
Per-Device Authentication Individual device identities and credentials
Connection Multiplexing Single device-cloud connection for all communications (device-to-cloud, cloud-to-device)
Multi-Protocol Natively supports AMQPS, HTTPS, MQTT Extensible protocol support for custom protocol needs
Multi-Platform Device SDKs available for multiple platforms: RTOS, Linux, Windows, iOS, Android Service SDK supports multiple languages (Node, Java, C#)
Azure IoT Hub
• Blog article: http://aka.ms/azureiotdevintro • Azure IoT dev center: http://aka.ms/azureiotdev • GitHub repo: http://github.com/azure/azure-iot-sdks • Watch Build 2016 videos on Channel 9
More about Azure IoT Hub
ESP8266
Today, we use…
Dycodex’s iothub.id Cloud
We’ve been using it internally, heavily during learning & prototyping. Then we decided to make it available for everyone.
Demo How hot is it here?
internet iothub.idCloud
Web app
internet
Demo Architecture
ESP8266 + BMP180
Temperature Reading
BMP180
DemoHey Siri…
Cloud
iOS
internet
Demo Architecture
HomeKit Accessory
(ESP8266-based)
internet
WiFi
Hub (Raspberry Pi-based)
WiFi
How to start?for developers
Solve your own problem
Start with…
Join Communities
Learn to code
What do you need
Developer Skillset
Electronics side Backend side Mobile side
[Obj-C]
Learn Basic Electronicsespecially digital electronics
What do you need
Use dev boards
Use Ready-to-use Cloud
Explore The Real World techs
IoT 3G or WiFinot only
Communication
Source: http://postscapes.com/internet-of-things-technologies
LoRa
Cloud
3G/4G/WiFi/Ethernet Internet
Sensor nodes:15-20km range, 10 years of battery life, small form factor
Sensor Radio Transceiver
Microcontroller(ESP8266)
Energy Source
Sensor Radio Transceiver
Microcontroller(ESP8266)
Energy Source
MQTT(internet)
Node
Azure IoT Hub
Node
Node
Gateway
Radio Transceiver WiFi
Raspberry Pi 2 BatteryLong Range
(radio)
Sensor Radio Transceiver
Microcontroller(ESP8266)
Energy Source
LoRa Use Case
IoT ≠ HTTP
Protocol
CoAP
Challenge & ExpoNext Year!
Join
v1.0 just finished on early June 2016
IoT development will breed A new type of engineer, expert in electronics Engineering while fluent in
software development
I believe…
DycodeX IS HIRING!
Interns are welcome
[email protected] | http://dycodex.com
• IoT communities on Facebook: IoT Geek Surabaya, IoT for Bandung, Arduino Indonesia, Raspberry Indonesia, IoT Indonesia, Indonesia IoT Connect, ESP8266 Indonesia
• Connect your things: http://iothub.id • Professional training: http://edu.dycode.co.id • DycodeX’s IoT products: http://dycodex.com
Call to Action
Thanks!Andri YadiEmail — a at dycode dot com twitter — @andri_yadi www — andriyadi.me github — github.com/andriyadi
