In this lab, we will learn how to publish data from a sensor on the Internet, using IEEE IoT Harmonization interfaces. We will experiment with three different communication patterns: Publish/Subscribe, Request/Response and Event Subscription.
Smart City Lab 6 - Decision Support for your DevicesPeter Waher
This document discusses an internet of things (IoT) system that includes components for provisioning devices, making access control decisions, and managing the device lifecycle. It describes the provisioning server, decision support features, and operational processes for onboarding a device from initial provisioning through access control and ongoing management by an owner. Key components are packaged as NuGet libraries and the system uses XMPP and a token-based approach to distributed identity and access management for IoT devices and their owners.
Smart City Lecture 6 - Earning by Sharing in the Smart CityPeter Waher
The document discusses key topics related to smart cities and the Internet of Things, including incentives, identities, smart contracts, and automated provisioning. It describes a vision for ubiquitous access to sensors and data while protecting privacy. Open standards like IoT Harmonization are presented as a way to define ownership, authorize access, and establish an economic model where users share costs. Legal identities, smart contracts, and a proposed electronic currency called eDaler are discussed as elements of this framework. A series of lectures and labs are also announced on topics like building smart city infrastructure, encryption, and earning through data sharing.
Smart City Lab 1 - Sensors and ActuatorsPeter Waher
In the first lab, we assemble a sensor and an actuator utilizing Raspberry Pi (or another prototype board) and Arduino. We learn how to use Windows 10 for IoT and use the most common tools. Bring your Raspberry Pi (or prototype board of your choice), including SD card, casing, etc. If you want to connect analog devices using Arduino, bring an Arduino that you can connect via USB. We will build simple applications, learn to run, test and debug them.
We will use Visual Studio for development. The Arduino IDE will be used to prepare our Arduino boards with the Firmata Firmware, which makes it easy to communicate with. The Windows 10 IoT Core Dashboard application will be used to install Windows 10 IoT on your device, and to manage them once installed. Windows Remote Experience can be used to experiment with your Arduino board, and connected devices, directly. We will follow the steps laid out in the first three chapters of “Mastering Internet of Things”.
Smart City Lab 4 - Publishing and Discovering DevicesPeter Waher
Once we have a device that can be used, it’s time to learn how to publish its existence so that others can find it and use it. We explore conceptual and network identities, meta-data and discovery, as well as the concept of ownership, how to connect a device with its owner, and how to transfer ownership.
Presentation by Andres Escribano, Telefónica Director of IoT Connectivity Business, at MWC 2018. For more information, please visit: https://iot.telefonica.com
This 10 slide presentation discusses key topics related to internet of things (IoT) including IoT hype and predictions, lack of standards, security concerns, IoT platforms, architecture, industrial IoT, CEO interest, how to sell IoT, the impact on jobs, and whether IoT can help save the world. The presentation was created by Francisco Maroto of OIES Consulting for a 20 minute talk based on his articles.
Smart City Lab 6 - Decision Support for your DevicesPeter Waher
This document discusses an internet of things (IoT) system that includes components for provisioning devices, making access control decisions, and managing the device lifecycle. It describes the provisioning server, decision support features, and operational processes for onboarding a device from initial provisioning through access control and ongoing management by an owner. Key components are packaged as NuGet libraries and the system uses XMPP and a token-based approach to distributed identity and access management for IoT devices and their owners.
Smart City Lecture 6 - Earning by Sharing in the Smart CityPeter Waher
The document discusses key topics related to smart cities and the Internet of Things, including incentives, identities, smart contracts, and automated provisioning. It describes a vision for ubiquitous access to sensors and data while protecting privacy. Open standards like IoT Harmonization are presented as a way to define ownership, authorize access, and establish an economic model where users share costs. Legal identities, smart contracts, and a proposed electronic currency called eDaler are discussed as elements of this framework. A series of lectures and labs are also announced on topics like building smart city infrastructure, encryption, and earning through data sharing.
Smart City Lab 1 - Sensors and ActuatorsPeter Waher
In the first lab, we assemble a sensor and an actuator utilizing Raspberry Pi (or another prototype board) and Arduino. We learn how to use Windows 10 for IoT and use the most common tools. Bring your Raspberry Pi (or prototype board of your choice), including SD card, casing, etc. If you want to connect analog devices using Arduino, bring an Arduino that you can connect via USB. We will build simple applications, learn to run, test and debug them.
We will use Visual Studio for development. The Arduino IDE will be used to prepare our Arduino boards with the Firmata Firmware, which makes it easy to communicate with. The Windows 10 IoT Core Dashboard application will be used to install Windows 10 IoT on your device, and to manage them once installed. Windows Remote Experience can be used to experiment with your Arduino board, and connected devices, directly. We will follow the steps laid out in the first three chapters of “Mastering Internet of Things”.
Smart City Lab 4 - Publishing and Discovering DevicesPeter Waher
Once we have a device that can be used, it’s time to learn how to publish its existence so that others can find it and use it. We explore conceptual and network identities, meta-data and discovery, as well as the concept of ownership, how to connect a device with its owner, and how to transfer ownership.
Presentation by Andres Escribano, Telefónica Director of IoT Connectivity Business, at MWC 2018. For more information, please visit: https://iot.telefonica.com
This 10 slide presentation discusses key topics related to internet of things (IoT) including IoT hype and predictions, lack of standards, security concerns, IoT platforms, architecture, industrial IoT, CEO interest, how to sell IoT, the impact on jobs, and whether IoT can help save the world. The presentation was created by Francisco Maroto of OIES Consulting for a 20 minute talk based on his articles.
This document summarizes recent updates and future plans for ATT&CK for ICS, which provides threat modeling for industrial control systems. Key points include: new mitigation techniques have been added and mapped to standards; ATT&CK for ICS is now represented in STIX and the ATT&CK Navigator; additional ICS data sources will be profiled; and real-world ICS attacks will be mapped to enterprise attack techniques. Feedback is sought on how to improve ATT&CK for ICS and its use of mitigations and characterization of data sources.
Webinar presentation March 31, 2016.
The Internet of Things (IoT) is one of the most exciting and dynamic areas of IT at the present time. IoT involves the linking of physical entities (“things”) with IT systems that derive information about or from those things which can be used to drive a wide variety of applications and services which may be directly or indirectly connected or related to those things. IoT covers a very wide spectrum of applications, spanning enterprises, governments and consumers and represents the integration of systems from traditionally different communities: Information Technology and Operational Technology. As a result, it is important for IoT systems to have architectures, systems principles, and operations that can accommodate the interesting scale, safety, reliability, and privacy requirements.
The CSCC deliverable, Cloud Customer Architecture for IoT, shares best practices for supporting IoT using cloud computing.
Download the deliverable: http://www.cloud-council.org/resource-hub
Talk presented at the INDIN2019 conference. Abstract:
This talk presents how IEEE P1451.99 can help autonomous systems to interact (autonomously) with other autonomous systems, operated under different domains and by different controllers. Autonomous Systems need AI and Informatics and the cloud to successfully interoperate. This demands a standard for interoperability… IEEE P1451.99 standard proposal presently under development, defines an architecture and federated, globally scalable communication infrastructure that includes support for security, ownership, consent-based privacy, decentralized (edge) processing, discovery, deterministic decision support, legal identities, smart contracts and monetization. It provides a means for owners of things to define rules, and for autonomous devices to find other devices, sign legally binding agreements and (co)operate with them. It also protects against malicious use. The infrastructure counts usage, which is used to create billing instructions, providing a means for a Return of Investment for owners in Cross-Domain autonomous systems. The economic feedback model also provides an efficient means to optimize industrial processes autonomously using third party systems.
Patient Care is a new health solution offered by Nokia that enables remote monitoring of patients. Biomedical signals collected via smart devices are analysed in the cloud and the results are presented to medical professionals.
The session will present our methodology of developing microservices that make the Patient Care backend. We pay special attention on testing during the various phases of the development process, and ending with deployment to production, aiming at ensuring that resulting software is compliant with relevant medical software regulations and standards, such as HIPAA or FHIR respectively.
The document discusses the Internet of Things (IoT). It defines IoT as physical objects embedded with electronics, software, and sensors that can collect and exchange data when connected to the internet. It describes how IoT works and discusses the hardware (sensors, wearable devices) and software used. It outlines several applications of IoT like home automation, manufacturing, healthcare, and transportation. Finally, it discusses challenges of IoT like security and privacy concerns, and advantages like reduced costs and improved efficiency.
The document summarizes key findings from Vodafone's IoT Barometer survey of over 1,200 organizations. It finds that IoT adoption has more than doubled in five years. Adopters are implementing more IoT solutions and seeing significant benefits beyond cost savings, including increased efficiency. While security remains a top concern, most adopters feel it can enable more IoT use. Looking ahead, respondents expect IoT to have a large economic and competitive impact, and for most business processes to incorporate IoT within five years. Collaboration will be important for building joint IoT solutions.
Edge computing is becoming a key architectural component for industrial IoT deployments. Gartner Group identifies edge computing as one of their top Tech Trends for 2019. The opportunity to process data at the edge of the network, closer to the sensors and actuators, before data is sent to the cloud results in improved security, more efficient data movement, and better performance for industrial IoT use cases.
This presentation will explore three aspects of edge computing:
The benefits of edge computing for industrial IoT use cases
The key features delivered in edge computing solutions
A survey of different edge computing options available to customers.
On The Advanced Services That 5G May Provide to IoT ApplicationsJuan Pablo Sáenz
Presentation of the paper "On The Advanced Services That 5G May Provide to IoT Applications" at the IEEE 1st 5G World Forum in Santa Clara, California, USA on July 9-11, 2018
apidays LIVE Hong Kong 2021 - Zero Trust security with Service Mesh by Lauren...apidays
This document discusses using a service mesh to implement zero trust security in Kubernetes environments. It begins by explaining what problems a service mesh addresses in Kubernetes networking and then discusses how a service mesh can provide network policies, mutual TLS encryption between services, role-based access control, and other features to enforce zero trust principles. The document emphasizes that a service mesh allows fine-grained control of inter-service traffic and centralized management of microservices connections in a way that supports strong authentication of identities and authorization of access.
The document discusses rapid prototyping for IoT using open source hardware and software solutions. It introduces the mangOH and Legato open source platforms that can deliver 90% of a prototype out of the box. mangOH is an open hardware reference design for IoT prototyping, while Legato provides an open source software stack including an application framework, services, and Linux distribution. Together these open solutions aim to simplify and accelerate IoT prototyping.
This document discusses security threats for Internet of Things (IoT) devices and proposes a "Security as a Service" model. It outlines common attacks like viruses, replay attacks, man-in-the-middle attacks, and distributed denial of service attacks that can threaten IoT environments. The document recommends using existing security standards and adding encryption where possible to help secure IoT devices and gateways. It also suggests outsourcing security functions to specialized providers if security is not a core competency. The "Security as a Service" model involves providing managed security systems, security operation centers, and other services to help protect IoT networks and devices.
The document discusses how First Reliable Engineering ensures security for their solutions and data. They store code on GitLab, design flexible access policies with different user roles, and implement infrastructure using trusted providers like AWS, Azure and GCP. Access requires VPNs and developers do not have direct access. They also follow GDPR guidelines and require an NDA with customers.
This document discusses an IoT security solution that provides zero touch device onboarding through an SDO cloud service and implementation on GCP. It also mentions a low touch customer pilot program and SDO security ecosystem as well as Intel SDO ecosystem and ownership transactions.
External Collaboration with OpenText Core: Introducing bi-directional synchro...OpenText
Simplify content sharing with OpenText Core. OpenText Core provides OpenText Content Suite and OpenText Extended ECM users with a secure, easy way to share documents with individuals outside of the enterprise. OpenText Core extends the value and functionality of existing Content Suite and Extended ECM investments by adding cloud-native sharing and collaboration capabilities, ensuring everyone with permission has access to the most up-to-date version of a document, while adhering to corporate security, compliance and privacy protocols. More information about this capability at: https://www.opentext.com/file_source/OpenText/en_US/PDF/opentext-data-sheet-for-content-suite-and-core.pdf
This document discusses implementing IOTA solutions on embedded devices for Internet of Underwater Things (IoUT) systems. It presents the IOTA Tangle and Masked Authenticated Messaging (MAM) as supporting technologies. It then describes the methodology of performing a feasibility study, reverse engineering the workflow, and implementing a pure C version to integrate with embedded environments. Test results show execution times for fetching data and code size. The document concludes the proposed solution enables IoUT and outlines future work including optimization and additional IOTA features.
Sofian Hadiwijaya is an Intel Software Innovator who works on Internet of Things (IoT) projects. He provides a workshop on setting up an IoT server that uses MQTT as the messaging protocol and Freeboard as the user interface. The workshop instructions explain how to install necessary software, set up an MQTT broker, and integrate the MQTT plugin with Freeboard so it can subscribe and publish to an MQTT topic.
The document discusses adding edge intelligence to Intel IoT gateways using the MIx Core platform. It defines the edge as the convergence of physical, security, connectivity, and data aspects where assets are located. The MIx Core platform integrates data streaming from sensors in real-time to enable preventative maintenance by detecting anomalies in vibration data from machines. This reduces equipment downtime and improves manufacturing performance.
Smart City Lab 2 - Connect and Chat with your DevicePeter Waher
In this lab, we will connect our devices to the XMPP network and start interacting with them. We will learn how devices are identified on the global network, how to connect our devices, how to make friends with them and how to exchange simple messages (chat) with them. We will demonstrate that communication is network topology independent, in that communication can bypass firewalls in a secure manner. This is done by installing a chat application on our phone and use it to chat with the devices.
This lab continues the work done in the previous lab. Participants that did not attend the previous lab will be given the opportunity to work on the first lab during the lab. There will also be an opportunity to meet earlier at GOTO 10 to discuss previous work, labs and related areas. If you want to connect your own devices, please bring them along. I’ll help get them connected. Also consider visiting the Smart City Lectures.
The document discusses how APIs can help unlock value from the Internet of Things (IoT). It notes that there will soon be 25 billion connected devices and explains how APIs can help connect devices, enable developers to build experiences, and provide security. APIs provide an API-first approach that allows devices, mobile apps, and partners to be connected and securely accessed. This evolves device businesses into digital platform businesses providing new experiences, business models, and revenue opportunities.
This document summarizes recent updates and future plans for ATT&CK for ICS, which provides threat modeling for industrial control systems. Key points include: new mitigation techniques have been added and mapped to standards; ATT&CK for ICS is now represented in STIX and the ATT&CK Navigator; additional ICS data sources will be profiled; and real-world ICS attacks will be mapped to enterprise attack techniques. Feedback is sought on how to improve ATT&CK for ICS and its use of mitigations and characterization of data sources.
Webinar presentation March 31, 2016.
The Internet of Things (IoT) is one of the most exciting and dynamic areas of IT at the present time. IoT involves the linking of physical entities (“things”) with IT systems that derive information about or from those things which can be used to drive a wide variety of applications and services which may be directly or indirectly connected or related to those things. IoT covers a very wide spectrum of applications, spanning enterprises, governments and consumers and represents the integration of systems from traditionally different communities: Information Technology and Operational Technology. As a result, it is important for IoT systems to have architectures, systems principles, and operations that can accommodate the interesting scale, safety, reliability, and privacy requirements.
The CSCC deliverable, Cloud Customer Architecture for IoT, shares best practices for supporting IoT using cloud computing.
Download the deliverable: http://www.cloud-council.org/resource-hub
Talk presented at the INDIN2019 conference. Abstract:
This talk presents how IEEE P1451.99 can help autonomous systems to interact (autonomously) with other autonomous systems, operated under different domains and by different controllers. Autonomous Systems need AI and Informatics and the cloud to successfully interoperate. This demands a standard for interoperability… IEEE P1451.99 standard proposal presently under development, defines an architecture and federated, globally scalable communication infrastructure that includes support for security, ownership, consent-based privacy, decentralized (edge) processing, discovery, deterministic decision support, legal identities, smart contracts and monetization. It provides a means for owners of things to define rules, and for autonomous devices to find other devices, sign legally binding agreements and (co)operate with them. It also protects against malicious use. The infrastructure counts usage, which is used to create billing instructions, providing a means for a Return of Investment for owners in Cross-Domain autonomous systems. The economic feedback model also provides an efficient means to optimize industrial processes autonomously using third party systems.
Patient Care is a new health solution offered by Nokia that enables remote monitoring of patients. Biomedical signals collected via smart devices are analysed in the cloud and the results are presented to medical professionals.
The session will present our methodology of developing microservices that make the Patient Care backend. We pay special attention on testing during the various phases of the development process, and ending with deployment to production, aiming at ensuring that resulting software is compliant with relevant medical software regulations and standards, such as HIPAA or FHIR respectively.
The document discusses the Internet of Things (IoT). It defines IoT as physical objects embedded with electronics, software, and sensors that can collect and exchange data when connected to the internet. It describes how IoT works and discusses the hardware (sensors, wearable devices) and software used. It outlines several applications of IoT like home automation, manufacturing, healthcare, and transportation. Finally, it discusses challenges of IoT like security and privacy concerns, and advantages like reduced costs and improved efficiency.
The document summarizes key findings from Vodafone's IoT Barometer survey of over 1,200 organizations. It finds that IoT adoption has more than doubled in five years. Adopters are implementing more IoT solutions and seeing significant benefits beyond cost savings, including increased efficiency. While security remains a top concern, most adopters feel it can enable more IoT use. Looking ahead, respondents expect IoT to have a large economic and competitive impact, and for most business processes to incorporate IoT within five years. Collaboration will be important for building joint IoT solutions.
Edge computing is becoming a key architectural component for industrial IoT deployments. Gartner Group identifies edge computing as one of their top Tech Trends for 2019. The opportunity to process data at the edge of the network, closer to the sensors and actuators, before data is sent to the cloud results in improved security, more efficient data movement, and better performance for industrial IoT use cases.
This presentation will explore three aspects of edge computing:
The benefits of edge computing for industrial IoT use cases
The key features delivered in edge computing solutions
A survey of different edge computing options available to customers.
On The Advanced Services That 5G May Provide to IoT ApplicationsJuan Pablo Sáenz
Presentation of the paper "On The Advanced Services That 5G May Provide to IoT Applications" at the IEEE 1st 5G World Forum in Santa Clara, California, USA on July 9-11, 2018
apidays LIVE Hong Kong 2021 - Zero Trust security with Service Mesh by Lauren...apidays
This document discusses using a service mesh to implement zero trust security in Kubernetes environments. It begins by explaining what problems a service mesh addresses in Kubernetes networking and then discusses how a service mesh can provide network policies, mutual TLS encryption between services, role-based access control, and other features to enforce zero trust principles. The document emphasizes that a service mesh allows fine-grained control of inter-service traffic and centralized management of microservices connections in a way that supports strong authentication of identities and authorization of access.
The document discusses rapid prototyping for IoT using open source hardware and software solutions. It introduces the mangOH and Legato open source platforms that can deliver 90% of a prototype out of the box. mangOH is an open hardware reference design for IoT prototyping, while Legato provides an open source software stack including an application framework, services, and Linux distribution. Together these open solutions aim to simplify and accelerate IoT prototyping.
This document discusses security threats for Internet of Things (IoT) devices and proposes a "Security as a Service" model. It outlines common attacks like viruses, replay attacks, man-in-the-middle attacks, and distributed denial of service attacks that can threaten IoT environments. The document recommends using existing security standards and adding encryption where possible to help secure IoT devices and gateways. It also suggests outsourcing security functions to specialized providers if security is not a core competency. The "Security as a Service" model involves providing managed security systems, security operation centers, and other services to help protect IoT networks and devices.
The document discusses how First Reliable Engineering ensures security for their solutions and data. They store code on GitLab, design flexible access policies with different user roles, and implement infrastructure using trusted providers like AWS, Azure and GCP. Access requires VPNs and developers do not have direct access. They also follow GDPR guidelines and require an NDA with customers.
This document discusses an IoT security solution that provides zero touch device onboarding through an SDO cloud service and implementation on GCP. It also mentions a low touch customer pilot program and SDO security ecosystem as well as Intel SDO ecosystem and ownership transactions.
External Collaboration with OpenText Core: Introducing bi-directional synchro...OpenText
Simplify content sharing with OpenText Core. OpenText Core provides OpenText Content Suite and OpenText Extended ECM users with a secure, easy way to share documents with individuals outside of the enterprise. OpenText Core extends the value and functionality of existing Content Suite and Extended ECM investments by adding cloud-native sharing and collaboration capabilities, ensuring everyone with permission has access to the most up-to-date version of a document, while adhering to corporate security, compliance and privacy protocols. More information about this capability at: https://www.opentext.com/file_source/OpenText/en_US/PDF/opentext-data-sheet-for-content-suite-and-core.pdf
This document discusses implementing IOTA solutions on embedded devices for Internet of Underwater Things (IoUT) systems. It presents the IOTA Tangle and Masked Authenticated Messaging (MAM) as supporting technologies. It then describes the methodology of performing a feasibility study, reverse engineering the workflow, and implementing a pure C version to integrate with embedded environments. Test results show execution times for fetching data and code size. The document concludes the proposed solution enables IoUT and outlines future work including optimization and additional IOTA features.
Sofian Hadiwijaya is an Intel Software Innovator who works on Internet of Things (IoT) projects. He provides a workshop on setting up an IoT server that uses MQTT as the messaging protocol and Freeboard as the user interface. The workshop instructions explain how to install necessary software, set up an MQTT broker, and integrate the MQTT plugin with Freeboard so it can subscribe and publish to an MQTT topic.
The document discusses adding edge intelligence to Intel IoT gateways using the MIx Core platform. It defines the edge as the convergence of physical, security, connectivity, and data aspects where assets are located. The MIx Core platform integrates data streaming from sensors in real-time to enable preventative maintenance by detecting anomalies in vibration data from machines. This reduces equipment downtime and improves manufacturing performance.
Smart City Lab 2 - Connect and Chat with your DevicePeter Waher
In this lab, we will connect our devices to the XMPP network and start interacting with them. We will learn how devices are identified on the global network, how to connect our devices, how to make friends with them and how to exchange simple messages (chat) with them. We will demonstrate that communication is network topology independent, in that communication can bypass firewalls in a secure manner. This is done by installing a chat application on our phone and use it to chat with the devices.
This lab continues the work done in the previous lab. Participants that did not attend the previous lab will be given the opportunity to work on the first lab during the lab. There will also be an opportunity to meet earlier at GOTO 10 to discuss previous work, labs and related areas. If you want to connect your own devices, please bring them along. I’ll help get them connected. Also consider visiting the Smart City Lectures.
The document discusses how APIs can help unlock value from the Internet of Things (IoT). It notes that there will soon be 25 billion connected devices and explains how APIs can help connect devices, enable developers to build experiences, and provide security. APIs provide an API-first approach that allows devices, mobile apps, and partners to be connected and securely accessed. This evolves device businesses into digital platform businesses providing new experiences, business models, and revenue opportunities.
Scaling Your SaaS with Analytics-Driven Insights and Wavefront Integrations f...Amazon Web Services
This document summarizes Wavefront, a cloud-native analytics and monitoring platform. It discusses how Wavefront helps companies scale their software-as-a-service applications by providing analytics-driven insights and integrations with AWS. It highlights key Wavefront features like customizable dashboards, query-driven analytics, and intelligent alerting. It also provides examples of Wavefront integrations with AWS services and case studies of companies using Wavefront to monitor their AWS environments and applications.
Anatomy of a Successful IoT Project, ft. Pentair (IOT202) - AWS re:Invent 2018Amazon Web Services
Patterns of IoT project success are starting to emerge across industries and project types. In this session, we identify and review high-level challenges, and we describe the most common solutions to those challenges. Leave this session with an understanding of the common phases and personae necessary for your project as well as general guidelines for orienting your project and organization toward success. A representative from Pentair discusses the company's IoT project as an example case study.
Put the days of trying to decipher meaning from boring spreadsheets behind you. Visualize data to give greater and immediate meaning to all those numbers with Python. Explore the variety of options available for data visualization in Python using different libraries and understand which ones excel for what type of task. Create maps, statistical graphs and more detailed or interactive visualizations that can also be used on the web, ideal to take that blog post to a whole new level.
BI congres 2014-4: thinking out of the box - Jos Cools - CrosspointBICC Thomas More
7de BI congres van het BICC-Thomas More: 3 april 2014
Business Analytics @ Immoweb
In 2013 heeft Immoweb gekozen voor SAS Visual Analytics om een solide basis uit te bouwen om de besluitvorming te ondersteunen.
Tijdens deze sessie worden een aantal uitdagingen onder de loep genomen rond rapportering, analytics en forecasting.
Met deze praktijk case krijg je inzicht in hoe je een analytics en rapporterings omgeving kan opzetten als beleidsondersteuning.
◦ Node-RED for data processing and visualization
◦ Dronekit for drone control
◦ Sensortag for environmental data
Pilot E: Port Area Monitoring
Innovation
- Real-time monitoring of port areas using drones and sensors
- Early detection of incidents like fires or explosions
- Improved situational awareness for emergency responders
- Automated data collection from hard to reach areas
- Integration of multiple sensor types (thermal, gas, video etc)
- Processing of sensor data to detect anomalies
Benefits:
- Faster response times in emergencies
- Improved safety for emergency workers
- Detection of environmental hazards
- Continuous monitoring for security
Pilot
This document discusses common security issues that can occur with APIs and provides examples and recommendations for addressing them. It covers topics like excessive data exposure, broken function-level authorization, mass assignment vulnerabilities, improper assets management, and the importance of email safety. The document provides real-world examples like data breaches at Snapchat and Airbnb. It recommends approaches like explicitly defining what data can be accessed, monitoring for unusual patterns, hashing credentials, knowing what third parties do with data, and treating non-production APIs the same as production APIs. The document directs readers to additional resources on API security best practices.
Smart City Lecture 3 - An Open And/Or Secure Smart CityPeter Waher
When considering Interoperability in a Smart City, there seems to be an apparent contradiction between the requirement of Openness and Security. The choice seems to be between allowing others (anyone?) access to your devices, opening the solution to endless attacks and vulnerabilities, or hermetically sealing off your devices from the outside world, protecting your solution, but making it difficult, or practically impossible, to interoperate with others. The lecture presents a solution to this apparent contradiction. Strong global identities can be used to protect access to things and their data. They can also be used to allow others to discover discoverable devices. A method of defining ownership of information is presented.
By utilizing an infrastructure that provides things with decision support across their entire lifecycles, as well as knowledge about ownership, it becomes possible to model owner consent and provision access to devices and data in realtime, based on the desires of their corresponding owners, without impacting operation of the infrastructure. Thus, an Open and Secure Smart City can be built.When considering Interoperability in a Smart City, there seems to be an apparent contradiction between the requirement of Openness and Security. The choice seems to be between allowing others (anyone?) access to your devices, opening the solution to endless attacks and vulnerabilities, or hermetically sealing off your devices from the outside world, protecting your solution, but making it difficult, or practically impossible, to interoperate with others. The lecture presents a solution to this apparent contradiction. Strong global identities can be used to protect access to things and their data. They can also be used to allow others to discover discoverable devices. A method of defining ownership of information is presented.
By utilizing an infrastructure that provides things with decision support across their entire lifecycles, as well as knowledge about ownership, it becomes possible to model owner consent and provision access to devices and data in realtime, based on the desires of their corresponding owners, without impacting operation of the infrastructure. Thus, an Open and Secure Smart City can be built.
Scale and Optimize Data Engineering Pipelines with Software Engineering Best ...Databricks
In rapidly changing conditions, many companies build ETL pipelines using ad-hoc strategy. Such an approach makes automated testing for data reliability almost impossible and leads to ineffective and time-consuming manual ETL monitoring.
Wavefront provides a unified platform for real-time monitoring and observability across cloud infrastructure, applications, and services. It collects and analyzes time series metrics and distributed traces at massive scale to help users detect issues faster, optimize performance, and gain interactive insights. Key features include out-of-the-box integrations, real-time metrics ingestion, advanced analytics, and use cases for monitoring microservices, Kubernetes, containers, and public clouds.
Brushing skills on SignalR for ASP.NET developersONE BCG
Let’s take a quick peek at SignalR and how we use it.
SignalR is an open-source library available in ASP.NET, to help developers add real-time features in web applications and more. Chat is the most common application that you can think of, there is a lot more you can do.
SignalR can be used to add any sort of “real-time” web functionality like dashboards, collaborative tools that require simultaneous editing of documents, job progress updates, and real-time forms. It can enable completely new types of web applications that need high-frequency updates from the server. One of the most common examples is real-time gaming.
Internet of Things (IoT) has become ubiquitous and mainstream. You can well envision a future where everything - right from smart watch to smart car to home- would be interconnected to make human lives smarter and easier. The real opportunity lies in interpreting the data being churned out by these IoT devices and more importantly, bringing connected applications, scalable and smart products to the market, rapidly.
The IoT Cloud platforms enable you to integrate your application and solution with any device, anywhere; providing a reliable, seamless experience in the shortest time window.
Harbinger Systems hosted an informative webinar "IoT Cloud Platforms and Middleware for Rapid Application Development" on January 13, 2016. . Attendees gained insights on how to quickly ideate and develop IoT applications through cloud based platforms and middleware.
Wavefront is a modern analytics and observability platform that provides unified visibility across cloud infrastructure and applications. It offers real-time monitoring of metrics, traces, and logs, powerful analytics capabilities, and automated anomaly detection. Some key benefits include dramatically reducing mean time to detection and resolution of issues, improving collaboration across distributed teams, and accelerating innovation through self-service capabilities.
Dear Grey Area
Why to you have to make everything so complicated?
Sincerely
Fan of Black and White
What is the view from IBM on the wonderfully vague notion of "Big Data"
Big Data and Analytics: The IBM PerspectiveThe_IPA
Gareth Mitchell-Jones, Associate Partner Big Data & Analytics at IBM, shares his thoughts on the hot topic of Big Data from his unique perspective at an IPA 44 Club event in London. To learn more about The IPA visit www.ipa.co.uk and The 44 Club here http://www.ipa.co.uk/groups/44-club-2
by Mr. Ananth Subba, Co-founder & CTO, SpaceAge Labs, at NUS-ISS SkillsFuture Series Seminar: Secured IoTs and Secured Cloud – Partners in ensuring a Secured Smart Nation (3 Oct)
Smart City Lecture 4 - Harmonizing the Internet of ThingsPeter Waher
This document provides an overview of harmonizing the Internet of Things (IoT) for smart cities and societies. It discusses the vision of a smart city with ubiquitous access to interoperable sensors and data. It notes that while early projections forecasted massive IoT growth by 2020, development has not matched expectations due to a lack of standards. The document advocates for open, interoperable and secure IoT systems through the use of standards. It presents IEEE's work towards an IoT harmonization standard based on extending the XMPP protocol to bridge isolated IoT systems. Key aspects covered include communication patterns, security, decentralization and infrastructure services needed to support ownership and discovery of IoT devices.
Similar to Smart City Lab 3 - Publishing Data from your Sensor (20)
Tokenization of sustainable real estate in Smart Cities - Monetization as bas...Peter Waher
The document discusses Trust Anchor Group's work in tokenizing sustainable real estate projects and carbon neutralization efforts. It describes their next-generation digital tokens and smart contracts that can be used to fund real estate development and carbon sequestration initiatives through the sale of tokens representing ownership of the projects. Specifically, it outlines PropiToken which funds real estate construction through token sales and Creturner Tokens that offset carbon by sequestering it underground and giving token owners emission credits.
Un resumen histórico de "interoperación" y Internet, como ha evolucionado, que no es interoperación (intraoperación) y el estado actual, trabajos actuales, desafíos y la visión del futuro. Incluye la necesidad de privacidad, propiedad de información y datos, identidades digitales, contratos inteligentes con validez legal, interoperación cruzando fronteras y dominios.
Globally Scalable Mobile Digital ID using IEEE P1451.99Peter Waher
Identities are the cornerstone of networked applications. There are different types of identities: Network identities, conceptual identities, personal identities, legal identities, etc. The IEEE P1451.99 IoT Harmonization standard proposal, presently under development, defines an architecture providing for federated network and legal identities to be used by connected entities, suitable for distributed, decentralized and autonomous systems across multiple domains. This talk presents how such identities can be used to implement a globally scalable backbone for Digital IDs that can be used in any type of service requiring secure authentication of identities of users, such as financial services, etc.
New business opportunities in smart societies and industry 4.0Peter Waher
In a presentation held at Grant Thornton, together with Dataföreningen, Peter explains how gigantic new markets open to smart business developers. It requires that smart devices can discover each other, agree in a legally binding manner and to business with each other securely, autonomously, in real-time, in a decentralized manner. Image what you would be able to do if smart things were able to do business with each other, using micro payments.
The presentation shows how IEEE P1451.99 (IoT Harmonization) solves many of the problems related to smart cities. It includes an architecture containing a security framework, services for decision support, interoperability, economic feedback, legal identities, smart contracts ownership of things and information as well as monetization.
IEEE Standards Impact in IoT and 5G, Day 2 - Architectural Requirements for S...Peter Waher
The presentation on Architectural Requirements for Smart Cities on the second day of the "IEEE Standards Impact in IoT and 5G" conference in Bangalore, India, describes the vision of a Smart City and shows that there are two paths to building a Smart City. Either Top/Down or Bottom/Up. The presentation describes Open Societies, and how to create Digital equivalents of Open Societies, or Open Smart Societies. It shows how standards, interoperability, monetization, privacy and security are key factors, and how IEEE 1451.99 can help lay a strong foundation for a Smart City.
IEEE Standards Impact in IoT and 5G, Day 1, Session 3 - Smart contracts, Mone...Peter Waher
This document summarizes a session on smart contracts, monetization, and cyber security. It discusses how smart contracts can be used for certification of devices using digital signatures from multiple roles and authorities. It also outlines how monetization could work through economic feedback incentives that allow for more devices and services by sharing costs. Finally, it describes layers of cyber security protection like strong identities, authorization, encryption, and smart contracts to facilitate distributed transactions with accountability.
IEEE Standards Impact in IoT and 5G, Day 1, Session 2 - Communication & Opera...Peter Waher
The second session of the IEEE 1451.99 tutorial provided at "IEEE Standards Impact in IoT and 5G" in Bangalore, India, presents basic communication features, patterns and operations defined in IEEE 1451.99, with examples.
IEEE Standards Impact in IoT and 5G, Day 1, Session 1 - Introduction & OverviewPeter Waher
The IEEE 1451.99 tutorial provided at "IEEE Standards Impact in IoT and 5G" in Bangalore, India, gives an introduction and overview of the problem being addressed by IEEE 1451.99 IoT Harmonization. It presents what a Smart City or Smart Society can be, what is required for it to become what we want, how Industry 4.0 is related, why there is a need for standardization, and the role of IoT Harmonization to accomplish these goals.
Smart contracts for certification of smart devicesPeter Waher
Testing and certification of different types of electronic devices such as sen-sors, actuators and meters require special laboratories that ascertain that claims made by manufacturers are true, and that the devices comply with regulations. As devices become connected and smarter, connectivity, securi-ty and maturity need to be tested and certified as well. While a manufacturer might be satisfied with a paper certificate for traditional devices, smart con-nected devices have other requirements. Industry 4.0 and Smart City use of smart devices require autonomous and secure discovery and interoperability across domains. Maturity, security and functionality need to be compared at run-time, and in real-time. To accomplish this, certification claims need to be digitally accessible, cryptographically protected against fraud and verifiable by all parties. This requires interoperable standards for the purpose.
Federated and legal identities in industrial and financial applicationsPeter Waher
Identities are the cornerstone of networked applications. There are different types of identities: Network identities, conceptual identities, personal identities, legal identities, etc. The IEEE P1451.99 IoT Harmonization standard proposal, presently under development, defines an architecture providing for federated network and legal identities to be used by connected entities, suitable for distributed, decentralized and autonomous systems across multiple domains. This talk presents how such identities can be used to implement Industry 4.0 features such as discoverability and distributed authentication and authorization, suitable for cross-domain automation, into different Industrial and Financial applications.
Secure interoperation across cyber physical systems in smart societies with i...Peter Waher
This talk presents how IEEE P1451.99 can help autonomous Cyber-Physical Systems to interact (autonomously) with other autonomous systems, operated under different domains and by different controllers. The IEEE P1451.99 standard proposal presently under development, defines an architecture and federated, globally scalable communication infrastructure that includes support for security, ownership, consent-based privacy, decentralized (edge) processing, discovery, deterministic decision support, legal identities, smart contracts and monetization. It provides a means for owners of things to define rules, and for autonomous devices to find other devices, sign legally binding agreements and (co)operate with them. It also protects against malicious use. The infrastructure counts usage, which is used to create billing instructions, providing a means for a Return of Investment for owners in Cross-Domain autonomous systems. The economic feedback model also provides an efficient means to optimize industrial processes autonomously using third party systems, as well as incentivize the development of Smart City infrastructure.
Smart City Lab 5 - Controlling ActuatorsPeter Waher
This document discusses controlling actuators in a smart city lab and includes sections on finding friends, subscribing to sensor data, and performing control operations. It references repositories for internet of things projects and describes tracking friends, preparing searches, making new friends, subscribing to sensor data events, and performing control operations.
Smart City Lecture 5 - Introduction to EncryptionPeter Waher
This lecture gives an introduction to the field of cryptography for engineers. It provides an overview of hash algorithms, symmetric, asymmetric and hybrid ciphers, introduces Elliptic Curve Cryptography, and related algorithms (ECDH, ECDSA). It present Public Key Infrastructure (PKI), certificates (X.509), and how these can be automatically updated (ACME). It discusses Transport Encryption (TLS, DTLS), and End-to-End encryption, and when the latter is needed. Some common forms of attack are presented, to motivate the listener to implement the ubiquitous encryption policy (“Encrypt Everywhere”) in their solutions and organizations.
Smart City Lecture 2 - Privacy in the Smart CityPeter Waher
Privacy is a basic human right that has been heavily eroded on the point of extinction in the current digital age, as the constant reports on security breaches tell us. With the help of the General Data Protection Regulation (GDPR), privacy has been brought back from the dead, and is at least discussed in most enterprises in Europe, and perhaps a large part of the world. This lecture introduces the GDPR and Privacy, as it relates to the Smart City. It presents concepts such as “Data Protection by design and by default”, “Consent”, “Legal Basis”, etc. It also presents technologies that make protecting Privacy more difficult, and why.
These technologies work against the basic principles of privacy by default, so you need to know the details of how they work, to avoid serious pitfalls. There are also technologies that are more Privacy neutral. While not making data protection easier, at least the technology does not work against the basic principles of privacy. Finally, technologies that intrinsically help you protect Privacy are presented. These technologies make it easier to protect Privacy and sensitive data in general.
Smart City Lecture 1: How to build a Smart CityPeter Waher
The Smart City series of lectures span the fundamental ideas, visions and the technologies related to the development of services for the Smart City (or Society) and the Internet of Things.
Before building a Smart City, we must agree on what a Smart City is, or could be. This lecture presents a concrete vision for what a Smart City is. We will work through some immediate conclusions. This will help us define some basic requirements on architecture and infrastructure, vital to create a scalable and resilient Smart City. With a focus on decentralized and federated architectures, new standardization efforts are presented that provide a basis for interoperability in the Smart City.
This document discusses privacy considerations for IoT devices and how the XMPP protocol can help address privacy. It provides an overview of key privacy concepts like what constitutes personal data and individuals' rights. It then discusses how XMPP supports privacy through features like decentralization, encryption, authentication and flexible communication patterns. The document is presented as part of an IoT conference on using XMPP to enable privacy for IoT applications and devices.
This document provides an overview of XMPP and its use for IoT applications. XMPP is an open standard for messaging and presence that allows for global scalability, extensibility, robustness, and security. It supports asynchronous messages, request/response interactions, and publish/subscribe communication patterns. For IoT, XMPP defines interfaces for sensor data, provisioning, control, device discovery, and secure account creation. It provides a standardized way to connect IoT devices and applications.
This document outlines design principles and specifications for using XMPP and XEP-0323 to transmit sensor data in a loosely coupled, interoperable, and secure manner. Key aspects covered include supporting request/response and publish/subscribe communication patterns, representing sensor readings and metadata, and ensuring flexibility through the use of descriptive strings rather than enumerations. Related XEPs for security, device management, and event subscription are also referenced.
This talk introduces the concepts of web 3.0 technology and how they relate to related technologies such as Internet of Things (IoT), Grid Computing and the Semantic Web:
• A short history of web technologies:
o Web 1.0: Publishing static information with links for human consumption.
o Web 2.0: Publishing dynamic information created by users, for human consumption.
o Web 3.0: Publishing all kinds of information with links between data items, for machine consumption.
• Standardization of protocols for description of any type of data (RDF, N3, Turtle).
• Standardization of protocols for the consumption of data in “the grid” (SPARQL).
• Standardization of protocols for rules (RIF).
• Comparison with the evolution of technologies related to data bases.
• Comparison of IoT solutions based on web 2.0 and web 3.0 technologies.
• Distributed solutions vs centralized solutions..
• Security
• Extensions of Peer-to-peer protocols (XMPP).
• Advantages of solutions based on web 3.0 and standards (IETF, XSF).
Duration of talk: 1-2 hours with questions.
Securing BGP: Operational Strategies and Best Practices for Network Defenders...APNIC
Md. Zobair Khan,
Network Analyst and Technical Trainer at APNIC, presented 'Securing BGP: Operational Strategies and Best Practices for Network Defenders' at the Phoenix Summit held in Dhaka, Bangladesh from 23 to 24 May 2024.
Honeypots Unveiled: Proactive Defense Tactics for Cyber Security, Phoenix Sum...APNIC
Adli Wahid, Senior Internet Security Specialist at APNIC, delivered a presentation titled 'Honeypots Unveiled: Proactive Defense Tactics for Cyber Security' at the Phoenix Summit held in Dhaka, Bangladesh from 23 to 24 May 2024.
Decentralized Justice in Gaming and EsportsFederico Ast
Discover how Kleros is transforming the landscape of dispute resolution in the gaming and eSports industry through the power of decentralized justice.
This presentation, delivered by Federico Ast, CEO of Kleros, explores the innovative application of blockchain technology, crowdsourcing, and incentivized mechanisms to create fair and efficient arbitration processes.
Key Highlights:
- Introduction to Decentralized Justice: Learn about the foundational principles of Kleros and how it combines blockchain with crowdsourcing to develop a novel justice system.
- Challenges in Traditional Arbitration: Understand the limitations of conventional arbitration methods, such as high costs and long resolution times, particularly for small claims in the gaming sector.
- How Kleros Works: A step-by-step guide on the functioning of Kleros, from the initiation of a smart contract to the final decision by a jury of peers.
- Case Studies in eSports: Explore real-world scenarios where Kleros has been applied to resolve disputes in eSports, including issues like cheating, governance, player behavior, and contractual disagreements.
- Practical Implementation: Detailed walkthroughs of how disputes are handled in eSports tournaments, emphasizing speed, cost-efficiency, and fairness.
- Enhanced Transparency: The role of blockchain in providing an immutable and transparent record of proceedings, ensuring trust in the resolution process.
- Future Prospects: The potential expansion of decentralized justice mechanisms across various sectors within the gaming industry.
For more information, visit kleros.io or follow Federico Ast and Kleros on social media:
• Twitter: @federicoast
• Twitter: @kleros_io