Go real-time with the InternetOfThings
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Slides from my talk at NDC IoT day in Oslo 2014-11-06. Code is available on GitHub at https://github.com/codeplanner/NDC-InternetOfThingsDay-2014-11-06
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2) While some see IoT arriving in 2020 or having a "big wishlist," the truth is that IoT will come gradually and have practical limitations like costs and device capabilities.
3) Rather than needing to create an IoT ecosystem, the author argues that the ecosystem already exists and one should become part of supporting it through innovation and using emerging IoT technologies, hardware, and development tools.
Internet of Things (IoT) and Big Data
Independent of the source of data, the integration of event streams into an Enterprise Architecture gets more and more important in the world of sensors, social media streams and Internet of Things. Events have to be accepted quickly and reliably, they have to be distributed and analysed, often with many consumers or systems interested in all or part of the events. Dependent on the size and quantity of such events, this can quickly be in the range of Big Data. How can we efficiently collect and transmit these events? How can we make sure that we can always report over historical events? How can these new events be integrated into traditional infrastructure and application landscape?
Starting with a product and technology neutral reference architecture, we will then present different solutions using Open Source frameworks and the Oracle Stack both for on premises as well as the cloud.
Using Node-RED for building IoT workflows
Workflows are a key component of server side of IoT solution along with Analytics, Rule Engine and IoT device management. IoT focused Workflow tools draw their inspiration of classical workflow tools that exist in market, but focus more on IoT use cases. For example they are able to connect with IoT devices using IoT specific protocols like CoAP or MQTT. Node-RED is a visual tool for wiring together hardware devices, APIs and online services in new and interesting ways. It’s build by IBM Emerging Technology team from group for IoT, though it’s not limited only to IoT.
IOT Based Smart City: Weather, Traffic and Pollution Monitoring System
This document describes an Internet of Things (IoT) system to monitor weather, traffic, and pollution conditions in a smart city. Sensors are connected to a Raspberry Pi to collect real-time data on temperature, humidity, rainfall, noise, and air quality. The Raspberry Pi then sends this sensor data to the Amazon Web Services (AWS) cloud platform using MQTT and WebSocket protocols. In AWS, the IoT service connects devices to applications, DynamoDB stores the sensor data in a database, and rules trigger actions like inserting data into DynamoDB tables or invoking Lambda functions. Developers can build a web interface to extract real-time sensor readings from DynamoDB and display traffic, weather, and pollution conditions for
Internet Of Things What You Need To Know - TechFuse
The Internet of Things (IoT) is here today in the devices, sensors, cloud services, and data your business uses. Microsoft delivers a flexible cloud-based approach that enables enterprises to capitalize on IoT by gathering, storing, and processing data centrally. When centrally connecting distributed LoB assets, the edge of an enterprise’s infrastructure can be redefined, and the breadth of the Microsoft data platform can be harnessed. Join Richard Harbridge as you learn about Microsoft’s position on IoT, and the technology and services being delivered from Microsoft to help you create the Internet of Your Things.
Simple things about Internet of Things
Discover what is Internet of Things (IoT)?
Why it is important?
How it is built, what are the components?
Brought to you by GISTIC
www.gistic.org
DWX2018 IoT lecture
Monitoring water temperature, opening a yard gate and detecting water flood are just few samples of the many scenarios that simple IoT system can answer. Azure IoT Hub can be used to connect many different types of devices. At the lowest end, you can use it to connect a less than 3$ WiFi capable system on a cheap microcontroller, such as the WeMos D1 Pro and NodeMCU. In this lecture we will dive into the details of the Azure IoT hub. We will understand its service and its SDKs. We will see how we can build a WiFi capable, Arduino based, cloud controlled IoT smart switch. We will then use a cross platform Xamarin based application to activate the smart switch.
You will learn:
· An Internet of Thing system overview
· How to create and use the Azure IoT Hub
· Implementing an Azure IoT client SDK based solution
· Provisioning IoT devices, sending information to the cloud and receiving commands
· Arduino development using Visual Studio
NashTech - Azure IoT Solutions on Microsoft Azure
This document discusses Internet of Things (IoT) solutions using Microsoft Azure. It begins with an agenda and some statistics about IoT growth. It then defines IoT and discusses the layers and reference architecture of an IoT solution. It describes Azure IoT Hub and Stream Analytics and how they enable device connectivity, management, and real-time analytics of streaming data. It also discusses Azure IoT preconfigured solutions and provides an example of a connected car solution. Finally, it outlines a smart city solution showcase using Azure services like IoT Hub, Stream Analytics, and Machine Learning.
KNoT Manifesto
Why don't you have all your home devices connected to the internet yet? Here we will present the KNoT meta-platform, an interoperability solution for IoT.
IoT overview 2014
The document discusses definitions of the Internet of Things (IoT). It provides several definitions from various organizations that describe the IoT as connecting physical objects through standard internet protocols and allowing them to generate, exchange and consume data. The document also discusses the evolution of the IoT through different waves, starting with connecting PCs, then people through mobile/cloud, and the current wave of connecting everything through ubiquitous embedded systems like sensors. Finally, the document outlines some of the key enabling technologies and standards that help make the IoT possible, such as 6LoWPAN, CoAP and IEEE protocols.
The internet of things in now , see how golang is a part of this evolution
This document discusses how Golang can help with Internet of Things (IoT) development. It summarizes that IoT development requires skills in many areas, from embedded programming to backend development, which makes it challenging. Golang can help unify development by allowing code to run natively on devices and be used for both device and backend code, simplifying context switching. It also discusses examples of using Golang with IoT, including a code sample accessing a webcam from a Raspberry Pi. Recommended Golang packages for IoT are also listed.
Tec118 Teched2015 IOT use case and examples
In this session, Markus van Kempen discusses Internet of Things (IoT) use cases and examples. He demonstrates a geo-fencing application that tracks workers on a construction site using mobile devices and delays detonations if workers are still in danger areas. He also outlines how IoT connects devices to applications using MQTT and topics to publish and subscribe to sensor data.
Get in Touch with Internet of Things
The document is a presentation about Internet of Things (IoT) given by Andri Yadi, CEO of DycodeX. It defines IoT as network-connected devices with embedded processing and discusses how IoT represents the third wave of internet connectivity, after the internet of information and internet of people. It outlines key IoT technologies like wireless sensors, microcontrollers, communication protocols, and cloud platforms. Examples are given of an IoT weather station and smart farm. The presenter discusses the business opportunities in IoT and highlights several Indonesian IoT companies.
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Go real-time with the InternetOfThings
- 1. Go real-time with "Internet of Things" RealTime communication and IoT walks hand in hand Uffe Bjorklund - @ulfbjo
- 2. About Me In RealTimeWeb since 2009. Web (mostly backend, and you will see why) Kinect, Arduino, Netduino, RaspberryPI, AR Drone etc P2P (like WebRTC) M2M ...Full-Duplex communication in general...
- 3. Todays agenda Intro to "realtime" development Show that state is important Communicate cross-protocol Add "things" to the mix
- 4. HTTP/REST/AJAX Designed for delivering resources (HTML, JS, CSS) Half-Duplex (stateless) ~870 bytes average header
- 5. Why is "RealTime" important Well... Event driven architecture Should decrease complexity Will increase speed But... A client should never (or rarely) ask for data You should never send data to a client that does not need it So... Simple Fast Saves resources
- 6. RealTime Frameworks NodeJS/Socket.io XSockets.NET SignalR Pusher * Fleck Realtime.co * PubNub * Tornado Kaazing ** Firebase * Autobahn * SaaS ** SaaS and SelfHosted
- 8. Framework Capabilities The most imporant parts (IMO) of a "real-time" framework? Modular architecture So that functionality can be overriden/added in a smooth way State So that we get control over where messages are sent Cross-Protocol Communication So that we can connect things/systems regardles of protocol But also... Scaling Security Etc...
- 9. How it works... kind of...
- 10. <CODE/> Code availbale at: https://github.com/codeplanner/NDC-InternetOfThingsDay- 2014-11-06
- 11. Why should I care about IoT? Today there is ~300.000 developers in IoT. By 2020 that number is expected ot be ~4.500.000. An annual growth by 57 %
- 12. Thank You! Questions? Uffe Bjorklund email: uffe@xsockets.net twitter: @ulfbjo
- 13. Sources/Credits IoT statistics 1: Intel IoT statistics 2: ReadWrite.com Image of "Communication Patterns" by Phil Leggetter Graphs by Wijmo Game by html5quintus Code samples by XSockets.NET MissileSharp by Christian Specht SharpDX by Alexandre Mutel RevealJS by Hakim El Hattab