Liberating the Black Box - Real-Time Communications for the Internet of Things
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@pmoskovi #kaazing Liberating the Black Box Peter Moskovits @pmoskovi Kaazing.com
description
Commercial aviation’s biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights how IoT and modern Web communications concepts have the power to change all this. I you’re a maker, you will learn about flight sensors attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you’ll learn about a highly secure and scalable WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. Regardless of your background, you’ll have fun. Guaranteed!
Transcript of Liberating the Black Box - Real-Time Communications for the Internet of Things
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Demos
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HTML5 WebSocket: TCP for the Web
Standard Protocol (IETF): RFC-6455
Standard API (W3C): JavaScript Single socket, full-duplex
Full duplex
Low overhead: <1% of HTTP Low latency: low milliseconds SSL support
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The Event-Driven Web
Browser
Half Duplex
Full duplex
Back-end server
Web
Web Tier Middleware
Legacy Web
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The Event-Driven Web
Browser
Half DuplexFull duplex
Back-end server
Web
Web Tier
Middleware
Legacy Web
Event-Driven Web
Back-end serverWebSocket Server
Web
WebSocket Full duplex
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Protocol Layering
TCP
HTTP
Your application
AMQP MQTT
WebSocket
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Protocol Layering
WebSocket
TCP
JMS XMPP AMQP B2B FTP VNC mktdata etc
Browsers, Native Applications and IoT Devices
WebSocketGateway
Internet
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WebSocket Server and Clients
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Enterprise Messaging Extended to the Web
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Connected Devices
Bridging the Gap Between Hardware and Software
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Enterprise Messaging Extended to the Web
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Enterprise Messaging Extended to the Web
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Controlling the Light Remotely Using Pub-Sub Over the Web
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Light Switch: Range Extended to the Web
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Remote Controlling Car Over the Web
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KWG
Message Broker
JMSWS
JMSWS
JMSWSJM
SW
S
Telemetry Data Distributed to the Web Over Satellite Network
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KWG
Message Broker
JMSWS
JMSWS
JMSWSJM
SW
S
Telemetry Data Distributed to the Web Over Satellite Network
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Telemetry Data Distributed to the Web Over Satellite Network
KWG
Message Broker
JMSWS
JMSWS
JMSWSJM
SW
S
Java App
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KWG
Message Broker
JMSWS
JMSWS
JMSWSJM
SW
S
Java App
Telemetry Data Distributed to the Web Over Satellite Network
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About the Quadcopter: DJI Phantom 2
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The Sensor Stack
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Arduino: GPS, thermometer, humidity, compass, accelerometer + Go Pro
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Satellite Terminal: InmarSat – Geostationary Satellites
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Satellite Terminal: InmarSat – Geostationary Satellites
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The Team
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End-to-end Latency: Under ONE Second
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It’s More Than “Just” the Web
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Connected Devices
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Connected Devices Communicating Over WebSocket
AMQP/WS
MQTT/WS
JMS/WS
STOMP/WS
XMPP/WS
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Connected Devices Communicating with Proprietary Protocols Over WebSocket
WS
WS WSWS
WS
WSWS
WSWS
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What Does KAAZING Do?
Clients disconnect
Network intermediari
es
Locked down
firewalls
Millions of users
High availability
Disaster recovery
Developer productivity
Integration with existing
security infrastructur
e
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Learn More
• http://kaazing.com
• http://tutorial.kaazing.com
• http://kaazing.com/telemetry
• The Definitive Guide to HTML5 WebSocket
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