We control the LED connected to the end node on the Internet from the smart phone.
Presenting the simplest IoT model in the demo.
The model make you image that all connected equipment can electric control even if it is on edge of the world.
Chart display the temperature of the end node connected to the Internet with a smartphone.With this mechanism you can see the value of any sensor in the world connected to the Internet with the smartphone.Presenting the simplest IoT model in the demo.
The document discusses WSO2's platform for IoT and connected devices. It describes the challenges of IoT platforms around device registration, integration, security, scalability and event management. It then outlines WSO2's reference architecture for IoT and its IoT Server product, which aims to address these challenges. Key capabilities of the WSO2 IoT Platform include device management, modeling devices as APIs, support for protocols like MQTT and HTTP, and integrating devices with analytics tools like WSO2 Data Analytics Server.
Using FIWARE and Microsoft Azure for the development of IoT solutionsDunavNET
The presentation on the topic: application of FIWARE and Microsoft Azure platform on the example of the smart city based IoT solutions made by DunavNET and comparative analysis of the services and the corresponding components of the platforms.
Presentation by Nebojša Stojanović at DaFED.
Video Presentation from OMA's Seminar/Webinar on October 27, 2016, "How Developers Can Get the Most Out of IoT Standards and Tools" by Pilgrim Beart, DevicePilot and Duncan Purves, Connect2 Systems
"The World of IoT and How Standards Fit-in"
Pulga, a Tiny Open-Source MQTT Broker for Flexible and Secure IoT DeploymentsEyes of Things
This document discusses Pulga, a tiny open-source MQTT broker designed for flexible and secure IoT deployments. Pulga is optimized for low-power embedded devices, requiring only 512KB RAM compared to the 3MB required for desktop MQTT brokers like Mosquitto. Pulga allows IoT devices to act as their own local brokers, avoiding the need to send data to externally-managed cloud brokers and reducing security risks by keeping data on the local network. The document proposes Pulga and a novel embedded vision system as a flexible yet low-cost platform for innovative computer vision applications in edge and IoT scenarios.
Connected Car … Connected Aeroplane … Connected light bulb…. IoT has become a necessity in every business vertical. A few decades ago enterprises were keen on internal connectivity before attending to external connectivity. But, today it has changed, to connecting anything to everything.
Connecting anything to everything requires additional precautionary measures to be taken in areas such as security and governance.
In addition to this, delivery channels of IoT (devices/sensors) are required to connect with existing backend systems and service platforms to pull and push events. Therefore, IoT architecture requires an unified manner of handling this situation.
APIs, enable extensibility of business operations in internal, external and partner networks. The capability of APIs is such that it can be used to bridge the new IoT world and SOA, EDA, also legacy systems that exists in the enterprises.
During this session Asanka Abeysinghe vice president of Solutions Architecture at WSO2 will discuss the relation between APIs and IoT as well as how APIs can be used as a bridge between IoT and other technology domains. Asanka will explain the reference architecture and describe use-cases around the same, while using WSO2 enterprise middleware and cloud platform as the toolset for implementation.
This document introduces IoT agents, which act as intermediaries between IoT devices and the Orion Context Broker. It discusses the IoT architecture and how agents allow different device protocols to communicate with NGSI via a common interface. It also describes APIs for provisioning devices and interacting with their active and lazy attributes as well as commands. Finally, it provides recommendations for getting started, such as installing an IoT agent like UL 2.0 using Docker and testing it with tools like figway.
Mobile Networks as Secure and Reliable Communication Platform for Smart HomeAllSeen Alliance
Dr. Jiri Hosek presented on using mobile networks and the IP Multimedia Subsystem (IMS) as a secure and reliable communication platform for smart home devices and Internet of Things (IoT) applications. The presentation discussed using IMS and the Session Initiation Protocol (SIP) as a remote access platform for IoT that provides quality of service, security, and remote device management without new infrastructure. It also described a proof-of-concept smart home gateway that acts as a central connection hub and service enabler to integrate different smart home systems and interface with IMS/SIP for remote access and management.
Chart display the temperature of the end node connected to the Internet with a smartphone.With this mechanism you can see the value of any sensor in the world connected to the Internet with the smartphone.Presenting the simplest IoT model in the demo.
The document discusses WSO2's platform for IoT and connected devices. It describes the challenges of IoT platforms around device registration, integration, security, scalability and event management. It then outlines WSO2's reference architecture for IoT and its IoT Server product, which aims to address these challenges. Key capabilities of the WSO2 IoT Platform include device management, modeling devices as APIs, support for protocols like MQTT and HTTP, and integrating devices with analytics tools like WSO2 Data Analytics Server.
Using FIWARE and Microsoft Azure for the development of IoT solutionsDunavNET
The presentation on the topic: application of FIWARE and Microsoft Azure platform on the example of the smart city based IoT solutions made by DunavNET and comparative analysis of the services and the corresponding components of the platforms.
Presentation by Nebojša Stojanović at DaFED.
Video Presentation from OMA's Seminar/Webinar on October 27, 2016, "How Developers Can Get the Most Out of IoT Standards and Tools" by Pilgrim Beart, DevicePilot and Duncan Purves, Connect2 Systems
"The World of IoT and How Standards Fit-in"
Pulga, a Tiny Open-Source MQTT Broker for Flexible and Secure IoT DeploymentsEyes of Things
This document discusses Pulga, a tiny open-source MQTT broker designed for flexible and secure IoT deployments. Pulga is optimized for low-power embedded devices, requiring only 512KB RAM compared to the 3MB required for desktop MQTT brokers like Mosquitto. Pulga allows IoT devices to act as their own local brokers, avoiding the need to send data to externally-managed cloud brokers and reducing security risks by keeping data on the local network. The document proposes Pulga and a novel embedded vision system as a flexible yet low-cost platform for innovative computer vision applications in edge and IoT scenarios.
Connected Car … Connected Aeroplane … Connected light bulb…. IoT has become a necessity in every business vertical. A few decades ago enterprises were keen on internal connectivity before attending to external connectivity. But, today it has changed, to connecting anything to everything.
Connecting anything to everything requires additional precautionary measures to be taken in areas such as security and governance.
In addition to this, delivery channels of IoT (devices/sensors) are required to connect with existing backend systems and service platforms to pull and push events. Therefore, IoT architecture requires an unified manner of handling this situation.
APIs, enable extensibility of business operations in internal, external and partner networks. The capability of APIs is such that it can be used to bridge the new IoT world and SOA, EDA, also legacy systems that exists in the enterprises.
During this session Asanka Abeysinghe vice president of Solutions Architecture at WSO2 will discuss the relation between APIs and IoT as well as how APIs can be used as a bridge between IoT and other technology domains. Asanka will explain the reference architecture and describe use-cases around the same, while using WSO2 enterprise middleware and cloud platform as the toolset for implementation.
This document introduces IoT agents, which act as intermediaries between IoT devices and the Orion Context Broker. It discusses the IoT architecture and how agents allow different device protocols to communicate with NGSI via a common interface. It also describes APIs for provisioning devices and interacting with their active and lazy attributes as well as commands. Finally, it provides recommendations for getting started, such as installing an IoT agent like UL 2.0 using Docker and testing it with tools like figway.
Mobile Networks as Secure and Reliable Communication Platform for Smart HomeAllSeen Alliance
Dr. Jiri Hosek presented on using mobile networks and the IP Multimedia Subsystem (IMS) as a secure and reliable communication platform for smart home devices and Internet of Things (IoT) applications. The presentation discussed using IMS and the Session Initiation Protocol (SIP) as a remote access platform for IoT that provides quality of service, security, and remote device management without new infrastructure. It also described a proof-of-concept smart home gateway that acts as a central connection hub and service enabler to integrate different smart home systems and interface with IMS/SIP for remote access and management.
This document discusses the architecture of IoT backends. It begins by outlining requirements like APIs, event processing, and storage. First-generation backends used monolithic applications in the cloud with limitations around testing, releases, and failures. Second-generation backends adopted a microservices approach with smaller, independent services and fully automated deployments allowing for faster iteration. Future platforms may utilize infrastructure as code and treat data centers as single machines. The document proposes student projects on comparing cloud IoT platforms, benefits of cloud native designs, and improving internal communication.
This document discusses making smartcards more useful for security applications by building a trust layer between blockchains and the physical world. It proposes using secure elements like smartcards combined with secure microcontrollers to create cryptographically authenticated hardware security tokens. These devices would allow installing applications securely, authenticating to blockchains, and improving on smartcard limitations regarding developers and auditing. Examples given include the Ledger Nano S hardware wallet and plans to implement bitcoin, ethereum, and other cryptocurrency applications as well as password management and OpenPGP.
This document provides an overview of WSO2's platform and vision for connected businesses. It discusses how WSO2 builds a complete open source middleware platform with a single codebase that can be deployed on-premise, in private clouds, and public clouds. It then describes how WSO2 helps customers become connected businesses through APIs, mobile, cloud, and other technologies. The presentation provides examples of WSO2's middleware platform, cloud platform, reference architectures, and upcoming product releases.
Blockchain solutions leading to better security practicesEric Larcheveque
Blockchain technologies can drive better security solutions by providing a trust layer between the blockchain and the physical world. Hardware-based security devices can help solve problems like securing user key management and addressing weaknesses in randomness and side-channel attacks. Ledger Technology has developed multiple secure hardware devices of varying tamper resistance that integrate with blockchains in a user-friendly and developer-friendly way.
Using an Open Source RESTful Backend for IoT ApplicationsJan Liband
Presentation from IoT DevCon 2015 explaining how an open source RESTful backend can be used for IoT applications. Presented by Bill Appleton, DreamFactory CEO and co-founder.
This document summarizes the Eyes of Things (EoT) project, which aims to develop an open hardware and software platform for computer vision applications. The platform will be low-cost, small, and optimized for computer vision tasks. It will allow developers to easily create vision-based applications. Four demonstration applications will be developed, including surveillance, augmented reality, cloud computing, and perceptual computing. The platform is being developed to address challenges with existing devices for "out of factory" computer vision applications related to size, cost, and flexibility. It utilizes the Movidius Myriad 2 processor and Awaiba NanEye camera. The software includes computer vision functions, middleware, and APIs to control the device from a smartphone or
This document discusses the top 10 security risks for internet of things (IoT) devices. It begins with an introduction to IoT and why security is important given the rapid growth in the number of connected devices. It then outlines the main attack vectors for IoT systems based on their common architecture. The bulk of the document details the top 10 IoT risks according to the OWASP IoT project: 1) insecure web interface, 2) insufficient authentication/authorization, 3) insecure network services, 4) lack of transport encryption, 5) privacy concerns, 6) insecure cloud interface, 7) insecure mobile interface, 8) insufficient security configurability, 9) insecure software/firmware updates, and 10) poor physical security
IoT and API Management - A Match Made in HeavenWSO2
This talk will dive deep into API Management in the IoT space and discuss:
Device registration
Exposing devices as APIs
Applying API management best practices to manage device APIs
Discuss why OAuth2 is a natural fit for authorizing access to devices
Demo of a device exposed as a managed API
The session was presented at APIDays + APIStrat & Practice Berlin 2015.
The document provides an overview of the Internet of Things (IoT). It defines IoT as connecting everyday devices to the internet to collect and exchange data. It discusses how IoT works using devices, gateways, cloud platforms and applications. It also describes common IoT domains like smart home, healthcare and transportation. Finally, it discusses IoT devices, boards, platforms and tools as well as example IoT projects.
IoT is definitely getting popular day-by-day where no company can afford to ignore. Benefits offered by IoT for both B2B and B2C companies are obvious. For many traditional businesses which didn’t come into the digital world (PC era) are now leapfrogging directly into cloud centric IoT era. IoT based based solutions being seriously considered and deployed in traditional industries like chemical manufacturing, water treatment plants, leather manufacturing etc... As time passes, more industries and business are flocking into IoT. These businesses stand to gain benefits in terms of improved operational efficiency, better productivity and better manpower management. Similar advantages are clearly seen in B2C industries as well. An average consumer benefiting by interacting with devices that are getting smart - Smart Home, Smart City etc..Irrespective of that type of Business (B2B or B2C), it is imperative that their existing manpower and new recruits (freshers) should be skilled in the IoT related technologies to harness benefits in a tangible fashion.
This document provides an introduction to Internet of Things (IoT) and firmware reversing. It defines IoT as network-connected physical devices that can collect and exchange data. Examples of IoT devices include routers, medical devices, vehicles and smart home appliances. The document discusses common IoT protocols, security risks of IoT devices, and demonstrates extracting and analyzing firmware from a D-Link router using the Binwalk tool. It concludes by outlining topics for further learning like firmware extraction methods, IDA Pro for reversing, IoT components, protocols and the OWASP IoT security risks.
Mobile interoperability and business productivityAllSeen Alliance
Yury Buluy, Product Manager, MobilityLab LLC gave this presentation at the AllSeen Alliance's 2015 Mobile World Congress Partner Programme.
About Mobility Lab:
MobilityLab, LLC. is an enterprise start-up ISV focused on developing the next generation out-of-the-box enterprise mobility solution — the integrated enterprise mobile workplace WorksPad. MobilityLab has an extended technology partnership with the leading global enterprise mobility ecosystem providers, including Citrix, Good Technology, IBM, and Symantec. Since October 2014, MobilityLab has been a member of AllSeen Alliance community.
This project received EU funding to develop a generic computer vision system for embedded applications. An consortium of 8 partners from 7 countries is working on both the hardware and software platform, as well as 4 demonstrator applications in surveillance, augmented reality, cloud computing, and perceptual computing. The goal is to build a small, low-power system optimized for computer vision tasks that can be used standalone or embedded in other devices, in order to make embedded vision more accessible and widespread.
The document discusses the challenges of designing Internet of Things (IoT) devices. IoT designs combine multiple complex design domains including sensors, analog and digital signal processing, radio connectivity, and interfaces to the internet. Integrating all these elements together into a single IoT product places a high demand on engineering teams. The diagram shows the typical components of an IoT device that must be integrated, including sensors, analog and digital conversion/processing, a microcontroller, radio connectivity, and links to the internet and cloud services.
The document discusses building an open source IoT cloud stack using Eclipse projects. It describes typical IoT applications with devices, cloud and applications. It then introduces the Eclipse Kura project, which provides an open source device gateway. The Eclipse Hono project provides a scalable and secure messaging connector. Finally, the Eclipse Kapua project aims to provide a complete open source IoT cloud solution with services for device and data management. The stack is designed to be scalable, secure and maintainable for building IoT solutions.
IoT is the buzzword today. Wherever you go, people talk about it and there is more hype than reality. In this situation as fresh engineers it is important for you to understand IoT by taking an "inside-out" approach. It means to build understanding about various building blocks of IoT (Sensor | Device | Cloud | App) and technologies associated with it. This talk also focus on these key aspects and also derive key skills that engineers require to build a career in IoT. It will even map with our current ECEP course and make a connect with IoT.
Using Eclipse and Lua for the Internet of Things with Eclipse Koneki, Mihini ...Benjamin Cabé
The Internet of Things (IoT) or Machine to Machine (M2M), is a technological field that will radically change the global network by enabling the communication of virtually every single object with each other. Studies state that more than 50 billions objects may be connected to the Internet by 2020. In a near future, everything from a light bulb to a power plant, from a pacemaker to an hospital, from a car to a road network will be part of the Internet.
While this revolution is already happening (your house or your car may be "connected" already!), there are still lots of barriers to its growth, especially since existing solutions are almost always proprietary, and cannot interoperate easily.
There are several very active M2M initiatives at Eclipse aiming at lowering these barriers, all under the umbrella of the M2M Industry Working Group. Last year, projects Paho (communication protocols for M2M) and Koneki (tools for M2M developers, in particular a complete IDE for Lua development) were created, and in July 2012 project Mihini was proposed to establish Lua as a reference platform for building M2M and IoT solutions.
The purpose of this talk is to give you a clear understanding of the afore mentioned Eclipse projects, as well as to show you that real M2M solutions can already be developed thanks to them. We will briefly introduce the Lua programming language, explain why it is a good fit for embedded M2M development, and then demonstrate the development of an actual working solution making use of the Mihini framework, a Paho MQTT client, and the Koneki tooling. The use case will also leverage Open Hardware such as Arduino and a RaspberryPi, therefore you can expect nice demos!
Don Pearson and Travis Cox from Inductive Automation, and Arlen Nipper, the president/CTO of Cirrus Link Solutions and co-inventor of MQTT, will take you on a deeper dive into the components and infrastructure of an MQTT-based SCADA solution.
This document discusses the architecture of IoT backends. It begins by outlining requirements like APIs, event processing, and storage. First-generation backends used monolithic applications in the cloud with limitations around testing, releases, and failures. Second-generation backends adopted a microservices approach with smaller, independent services and fully automated deployments allowing for faster iteration. Future platforms may utilize infrastructure as code and treat data centers as single machines. The document proposes student projects on comparing cloud IoT platforms, benefits of cloud native designs, and improving internal communication.
This document discusses making smartcards more useful for security applications by building a trust layer between blockchains and the physical world. It proposes using secure elements like smartcards combined with secure microcontrollers to create cryptographically authenticated hardware security tokens. These devices would allow installing applications securely, authenticating to blockchains, and improving on smartcard limitations regarding developers and auditing. Examples given include the Ledger Nano S hardware wallet and plans to implement bitcoin, ethereum, and other cryptocurrency applications as well as password management and OpenPGP.
This document provides an overview of WSO2's platform and vision for connected businesses. It discusses how WSO2 builds a complete open source middleware platform with a single codebase that can be deployed on-premise, in private clouds, and public clouds. It then describes how WSO2 helps customers become connected businesses through APIs, mobile, cloud, and other technologies. The presentation provides examples of WSO2's middleware platform, cloud platform, reference architectures, and upcoming product releases.
Blockchain solutions leading to better security practicesEric Larcheveque
Blockchain technologies can drive better security solutions by providing a trust layer between the blockchain and the physical world. Hardware-based security devices can help solve problems like securing user key management and addressing weaknesses in randomness and side-channel attacks. Ledger Technology has developed multiple secure hardware devices of varying tamper resistance that integrate with blockchains in a user-friendly and developer-friendly way.
Using an Open Source RESTful Backend for IoT ApplicationsJan Liband
Presentation from IoT DevCon 2015 explaining how an open source RESTful backend can be used for IoT applications. Presented by Bill Appleton, DreamFactory CEO and co-founder.
This document summarizes the Eyes of Things (EoT) project, which aims to develop an open hardware and software platform for computer vision applications. The platform will be low-cost, small, and optimized for computer vision tasks. It will allow developers to easily create vision-based applications. Four demonstration applications will be developed, including surveillance, augmented reality, cloud computing, and perceptual computing. The platform is being developed to address challenges with existing devices for "out of factory" computer vision applications related to size, cost, and flexibility. It utilizes the Movidius Myriad 2 processor and Awaiba NanEye camera. The software includes computer vision functions, middleware, and APIs to control the device from a smartphone or
This document discusses the top 10 security risks for internet of things (IoT) devices. It begins with an introduction to IoT and why security is important given the rapid growth in the number of connected devices. It then outlines the main attack vectors for IoT systems based on their common architecture. The bulk of the document details the top 10 IoT risks according to the OWASP IoT project: 1) insecure web interface, 2) insufficient authentication/authorization, 3) insecure network services, 4) lack of transport encryption, 5) privacy concerns, 6) insecure cloud interface, 7) insecure mobile interface, 8) insufficient security configurability, 9) insecure software/firmware updates, and 10) poor physical security
IoT and API Management - A Match Made in HeavenWSO2
This talk will dive deep into API Management in the IoT space and discuss:
Device registration
Exposing devices as APIs
Applying API management best practices to manage device APIs
Discuss why OAuth2 is a natural fit for authorizing access to devices
Demo of a device exposed as a managed API
The session was presented at APIDays + APIStrat & Practice Berlin 2015.
The document provides an overview of the Internet of Things (IoT). It defines IoT as connecting everyday devices to the internet to collect and exchange data. It discusses how IoT works using devices, gateways, cloud platforms and applications. It also describes common IoT domains like smart home, healthcare and transportation. Finally, it discusses IoT devices, boards, platforms and tools as well as example IoT projects.
IoT is definitely getting popular day-by-day where no company can afford to ignore. Benefits offered by IoT for both B2B and B2C companies are obvious. For many traditional businesses which didn’t come into the digital world (PC era) are now leapfrogging directly into cloud centric IoT era. IoT based based solutions being seriously considered and deployed in traditional industries like chemical manufacturing, water treatment plants, leather manufacturing etc... As time passes, more industries and business are flocking into IoT. These businesses stand to gain benefits in terms of improved operational efficiency, better productivity and better manpower management. Similar advantages are clearly seen in B2C industries as well. An average consumer benefiting by interacting with devices that are getting smart - Smart Home, Smart City etc..Irrespective of that type of Business (B2B or B2C), it is imperative that their existing manpower and new recruits (freshers) should be skilled in the IoT related technologies to harness benefits in a tangible fashion.
This document provides an introduction to Internet of Things (IoT) and firmware reversing. It defines IoT as network-connected physical devices that can collect and exchange data. Examples of IoT devices include routers, medical devices, vehicles and smart home appliances. The document discusses common IoT protocols, security risks of IoT devices, and demonstrates extracting and analyzing firmware from a D-Link router using the Binwalk tool. It concludes by outlining topics for further learning like firmware extraction methods, IDA Pro for reversing, IoT components, protocols and the OWASP IoT security risks.
Mobile interoperability and business productivityAllSeen Alliance
Yury Buluy, Product Manager, MobilityLab LLC gave this presentation at the AllSeen Alliance's 2015 Mobile World Congress Partner Programme.
About Mobility Lab:
MobilityLab, LLC. is an enterprise start-up ISV focused on developing the next generation out-of-the-box enterprise mobility solution — the integrated enterprise mobile workplace WorksPad. MobilityLab has an extended technology partnership with the leading global enterprise mobility ecosystem providers, including Citrix, Good Technology, IBM, and Symantec. Since October 2014, MobilityLab has been a member of AllSeen Alliance community.
This project received EU funding to develop a generic computer vision system for embedded applications. An consortium of 8 partners from 7 countries is working on both the hardware and software platform, as well as 4 demonstrator applications in surveillance, augmented reality, cloud computing, and perceptual computing. The goal is to build a small, low-power system optimized for computer vision tasks that can be used standalone or embedded in other devices, in order to make embedded vision more accessible and widespread.
The document discusses the challenges of designing Internet of Things (IoT) devices. IoT designs combine multiple complex design domains including sensors, analog and digital signal processing, radio connectivity, and interfaces to the internet. Integrating all these elements together into a single IoT product places a high demand on engineering teams. The diagram shows the typical components of an IoT device that must be integrated, including sensors, analog and digital conversion/processing, a microcontroller, radio connectivity, and links to the internet and cloud services.
The document discusses building an open source IoT cloud stack using Eclipse projects. It describes typical IoT applications with devices, cloud and applications. It then introduces the Eclipse Kura project, which provides an open source device gateway. The Eclipse Hono project provides a scalable and secure messaging connector. Finally, the Eclipse Kapua project aims to provide a complete open source IoT cloud solution with services for device and data management. The stack is designed to be scalable, secure and maintainable for building IoT solutions.
IoT is the buzzword today. Wherever you go, people talk about it and there is more hype than reality. In this situation as fresh engineers it is important for you to understand IoT by taking an "inside-out" approach. It means to build understanding about various building blocks of IoT (Sensor | Device | Cloud | App) and technologies associated with it. This talk also focus on these key aspects and also derive key skills that engineers require to build a career in IoT. It will even map with our current ECEP course and make a connect with IoT.
Using Eclipse and Lua for the Internet of Things with Eclipse Koneki, Mihini ...Benjamin Cabé
The Internet of Things (IoT) or Machine to Machine (M2M), is a technological field that will radically change the global network by enabling the communication of virtually every single object with each other. Studies state that more than 50 billions objects may be connected to the Internet by 2020. In a near future, everything from a light bulb to a power plant, from a pacemaker to an hospital, from a car to a road network will be part of the Internet.
While this revolution is already happening (your house or your car may be "connected" already!), there are still lots of barriers to its growth, especially since existing solutions are almost always proprietary, and cannot interoperate easily.
There are several very active M2M initiatives at Eclipse aiming at lowering these barriers, all under the umbrella of the M2M Industry Working Group. Last year, projects Paho (communication protocols for M2M) and Koneki (tools for M2M developers, in particular a complete IDE for Lua development) were created, and in July 2012 project Mihini was proposed to establish Lua as a reference platform for building M2M and IoT solutions.
The purpose of this talk is to give you a clear understanding of the afore mentioned Eclipse projects, as well as to show you that real M2M solutions can already be developed thanks to them. We will briefly introduce the Lua programming language, explain why it is a good fit for embedded M2M development, and then demonstrate the development of an actual working solution making use of the Mihini framework, a Paho MQTT client, and the Koneki tooling. The use case will also leverage Open Hardware such as Arduino and a RaspberryPi, therefore you can expect nice demos!
Don Pearson and Travis Cox from Inductive Automation, and Arlen Nipper, the president/CTO of Cirrus Link Solutions and co-inventor of MQTT, will take you on a deeper dive into the components and infrastructure of an MQTT-based SCADA solution.
The document outlines Don Pearson's agenda for a presentation on MQTT for IIoT. It discusses how MQTT is well-suited as an IIoT messaging protocol due to its low bandwidth usage, TLS security, and stateful awareness. It also describes how to implement MQTT architectures with edge devices, MQTT servers, and MQTT clients like Ignition. The presentation demonstrates how Ignition and its MQTT modules can be used to migrate legacy systems and enable bidirectional communication with MQTT-enabled devices.
Athens IoT meetup #7 - Open Source Industrial IoT - Manolis Nikiforakis (Ex M...Athens IoT Meetup
A presentation on how to setup a powerful industrial IoT solution for a typical energy monitoring use-case, built on open source technologies* and elaborate on various architecture approaches and challenges. (*Eclipse Kura/Kapua/Hawkbit, Thingsboard.io, AgileIoT, Resin.io, NodeRED, OpenHAB, RPi, ESP8266/32, Modbus, MQTT), by Manolis Nikiforakis of Ex Machina
Athens IoT meetup #7 - AI, Bots and DevOps - May 2018
How to setup a powerful industrial IoT solution for a typical energy monitoring use-case, built on open source technologies. Architecture approaches and challenges.
Eclipse Kura / Kapua / Hawkbit, Thingsboard.io, AgileIoT, Resin.io, NodeRED, OpenHAB, RPi, ESP8266/32, Modbus, MQTT
https://www.meetup.com/Athens-IoT-Meetup/events/250458102/
Powering your next IoT application with MQTT - JavaOne 2014 tutorialBenjamin Cabé
When it comes to connecting physical objects from daily life to the internet, you’re faced with several challenges. MQTT is a protocol for the Internet of Things that addresses the aforementioned challenges and makes it possible to build scalable sensor networks. This tutorial aims to give you a hands-on experience with the MQTT protocol and walk you through the creation of an end-to-end M2M/Internet of Things application, using open source Java components such as Eclipse Paho, Mosquitto, and Kura. You will leave the session knowing all the cool features of MQTT and how you can integrate it into your Java solutions.
This document summarizes a network design project for the Alliance Française de Dhaka organization. The network was designed using Cisco Packet Tracer software. It includes physical and logical diagrams of the network layout, a list of equipment and their estimated costs totaling over 81 lakh Taka, and descriptions of the star and hybrid topologies used. Security measures like CCTV cameras, a smart door, and fire detection are discussed. Advantages include a simple yet effective design, while disadvantages include the high cost and potential wireless connection issues.
Programma
16.30 Ontvangst
17.00 Robbrecht van Amerongen - Head of IoT, Conclusion Connect
• Welkom en opvallendste zaken van het congres
• Stand van zaken PaaS/SaaS, Digital Twin, Context IoT, Big Data en Machine Learning
• IoT en Security
• IoT-projecten: stand van zaken, opvallende voorbeelden en best practices
• Waar staan de vendors/ platformleveranciers
18.00 Diner
18.45 Gertjan van het Hof - IoT Solutions Architect, Conclusion Connect
• Platformen: Microsoft Azure IoT Reference Architecture en Google Cloud IoT
• CrateDB
• EdgeX Foundry en NetFoundry
• Intel Video processing
• Beacons
• Security Maturity Model
• Industrial Internet Consortium (IIC)
19:45 Pauze
20:00 Henk Jan van Wijk - IoT Solution Engineer, Conclusion Connect
• Microsoft Azure Sphere (connected devices)
• Low Power Connectivity (Thingstream)
• Digital Twin
• Anomaly detection at Intel (predict robots failure)
21.00 Afsluiting en borrel
Session 1908 connecting devices to the IBM IoT CloudPeterNiblett
IBM MessageSight and the IBM Internet of Things cloud enable connectivity across a wide variety of devices - from existing devices in silos and systems through the wide range of new devices that are appearing on a daily basis. This session covers patterns of connectivity, how to make it happen, including sending events like measurements and receiving of commands. The session goes into detail on how to use the industry standard MQ Telemetry Transport protocol to achieve this and encompasses best practices for topics and message format.
This document provides information about an IoT workshop hosted by Null Mumbai. It introduces the workshop organizers, Nitesh Malviya and Ganesh Naik, and their backgrounds in security and embedded systems. It then defines IoT and discusses its various components, including physical devices, sensors, networks, and cloud services. The document outlines common processor architectures, operating systems, protocols, and hardware that are used in IoT, such as Arduino, Raspberry Pi, MQTT, and more. It provides examples of how these pieces fit together in an IoT system and references materials for further learning.
Gustavo Zastrow - Introduction to AWS IoT Core and MQTTGustavoRuizZastrow
Introduction to IoT Core and MQTT concepts. Demo using a Raspberry Pi and temperature and humidity sensors publishing to AWS IoT Core. Rules to plot values in Cloudwatch and alert using SNS.
Presented on 05-15-2019 at Arlington AWS Meetup
military purpose robot using iot FINAL PPT.pptxMubeenaMohmad
This document proposes a military robot that can be controlled remotely using IoT. It will have sensors, a camera, and be operated through a mobile device to allow control anywhere and anytime. The robot will use a NodeMCU microcontroller connected to DC motors and other hardware. It will send video and data wirelessly and be easy to control through an app. Its applications include search and rescue operations, military reconnaissance, and wireless security and surveillance.
Machine to Machine Communication with Microsoft Azure IoT Edge & HiveMQHiveMQ
Edge computing is becoming an important part of an IoT architecture. Microsoft’s IoT Edge runtime can manage different containers at the edge, including HiveMQ.
In this webinar, IoT and MQTT experts show the steps for deploying the HiveMQ broker on Microsoft Azure IoT Edge and then how to use HiveMQ to send MQTT messages to the cloud.
About the Speakers.
Christoph Schäbel -practical MQTT expert with multiple years of experience in the field. HiveMQ Core Developer. Has a background in scalable and reliable distributed systems and robotics.
Kresimir Galic - independent contractor with strong software engineering experience. Certified Azure Solutions Architect and a technical blogger.
To watch a webinar: https://www.hivemq.com/webinars/machine-to-machine-communication-with-microsoft-azure-iot-edge-and-hivemq/
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How to control remote LED at the easiest and cheapest with Azure
1. How to control remote LED at the
easiest and cheapest with Azure
(Smart phone & M5Stack edition)
Lecture materials at a place somewhere in Seattle suburb
8-MAR-2018
Michihiro Imaoka (Hiro)
2. Notify
The actual
presentation went with
a notepad.
This slide was later
created by adding
devices photos and
screen shots that I
showed on the
demonstration.
4. Overview
• We control the LED connected to the end node
on the Internet from the smart phone.
• Presenting the simplest IoT model in the demo.
• The model make you image that all connected
equipments can electric control even if it is on
edge of the world.
• In this demonstration, consideration of security
and credibility has not been done. I will discuss it
on another occasion.
5. Several words
• M5STACK as endnode
• MQTT protocol be used
• IoT Dashboard is client application on
Android phone
• Mosquitto as Broker
• Message is sended to Subscriber via
Broker
• Subscriber should specify Topic to receive
needed Message.
7. M5Stack
• ESP32 SoC inside
– WiFi & Bluetooth capabilities
– Tensilica 32bit 2 core CPU
– 520KiB SRAM
– AD,DA,SPI,I2C,UART,GPIO
• Color LCD (320x240) included
(Super Mario seems to work)
• Rechargeable battery is in a inside.
• Arduino IDE can be used.
• $ 31 (shipping fee included from
China)
• Microsoft Azure Certified
• See more details
http://m5stack.com/
8. MQTT
• Message Queuing Telemetry Transport
• MQTT is a connection protocol for
M2M and/or IoT
• The model is consisted by
Publisher,Broker,Subscriber
• Lightweight and fast(That being
said)
• Upper layer for TCP
• http://mqtt.org/
S
B
P
9. Mosquitto
• Mosquito is an implementation of MQTT
• It is an implementation that is faithful to the
MQTT specification and becomes a
reference of other implementations
• The normal port uses 1883.
• https://mosquitto.org/
10. IoT Mqtt Dashboard
• MQTT client application running on Android
• Can operate as publisher and subscriber
• You can create a GUI such as a button with
simple operation
• If the message is numeric, chart can be shown.
13. M5Stack LED lights up or goes out
Receive message "0" Receive message "1"
14. Conclusion
• Simple
– It is only edge nodes that need to write code
– Only SSID & PASSWORD should be modified
• Cheap
– The cost required to add an end node is just $ 31.
– Cheaper than Raspberry Pi or Arduino
• Portability and Readability
– Most components are open sources.
– Various client applications for smart phones are available for free.
(Some of them are also not open source.)
– Many MQTT clients running on PC are also open source.
15. Thank you
This document will be published as follow.
https://www.slideshare.net/ImaokaMicihihiro
Any contact to me as follows.
imaoca@gmail.com
twitter: @imaoca
https://www.facebook.com/imaoka.micihihiro