Iot cloud service v2.0

This document summarizes a session on developing Internet of Things (IoT) applications with AWS IoT, AWS Lambda, and AWS Cognito. The session will include deep dives on AWS IoT, patterns for building IoT applications, creating applications using the listed AWS services, and a customer story from EROAD. There will also be demonstrations and audience participation.

The document discusses device twins in Microsoft Azure and Amazon AWS IoT. It provides an overview of how each platform implements device twins and digital twins. Key differences noted include: - Azure and AWS only define a data model for device twins, not actions or events. Their formats are not uniform. - Azure uses device twins as JSON documents while AWS defines things as device models with additional attributes. - Protocols, SDKs, security methods, and pricing models differ between the platforms. - Azure recently introduced Digital Twins, which defines additional object types beyond devices and uses a spatial intelligence graph. - A unified device model across platforms could simplify integration tasks and accelerate IoT adoption.

Serverless applications are transforming the ways that developers are solving problems by radically increasing productivity and reducing operational friction. In this session, we review the various Azure technologies enabling this trend, including Functions, Logic Apps, Event Grid, and more. Learn what Azure serverless platform can do for you with examples of successful serverless applications

AWS IoT is a new managed service that enables Internet-connected things (sensors, actuators, devices, and applications) to easily and securely interact with each other and the cloud. In this session, we will discuss how constrained devices can leverage AWS IoT to send data to the cloud and receive commands back to the device from the cloud using protocol of their choice. We will discuss how devices can connect securely connect using MQTT, HTTP protocols and how can developers and businesses leverage several features of AWS IoT Rules Engine, Thing Shadow to build a real connected product. You don't want to miss this session if you are a maker or manufacturer of a connected device. We have a cool giveaway for you at the end of the session!

FIWARE provides an IoT platform that connects IoT devices to applications through the FIWARE IoT stack. The IoT Broker acts as an abstraction layer between IoT devices and applications, organizing information flows and enabling applications to interact with "things" instead of individual sensors. The IoT Broker can be scaled and supports advanced features like an IoT Knowledge Server to add semantic information and federation to allow separate IoT domains to communicate through a common protocol.

Legacy monitoring and troubleshooting tools can limit visibility and control over your infrastructure and applications. Organizations must find monitoring and troubleshooting tools that can scale with the volume, variety and velocity of data generated by today’s complex applications in order to keep pace with business demands. Our upcoming webinar will discuss how Sumo Logic helped Scripps Networks harness cloud-native machine data analytics to improve application quality and reliability on AWS. Sumo Logic allows IT operations teams to visualize and monitor workloads in real-time, identify issues and expedite root-cause analysis across the AWS environment. Join us to learn: • How to migrate from traditional on-premises data centers to AWS with confidence • How to improve the monitoring and troubleshooting of modern applications • How Scripps Networks, a leading content developer, used Sumo Logic to optimize their transition to AWS Who should attend: Developers, DevOps Director/Manager, IT Operations Director/Manager, Director of Cloud/Infrastructure, VP of Engineering

In this general session, AWS IoT experts will present an in-depth look at the current state of the Internet of Things. Learn about trends and industry use cases. Hear how other organizations are using AWS IoT to connect devices to the cloud. Explore some of the most recent IoT announcements as we kick off the IoT re:Source Mini Con.

AWS IoT is a managed cloud platform that lets connected devices easily and securely interact with cloud applications and other devices. As an IoT developer, you will want to interact with AWS services like Kinesis, Lambda, and Amazon Machine Learning to get the most from your IoT application. In this session, we will do a deep dive on how to define rules in the Rules Engine, or retrieve the last known and desired state of device using Device Shadows, learn about the use cases and benefits of AWS Greengrass, and routing data from devices to AWS services to leverage the entire cloud for your Internet of Things application.

Independent of the source of data, the integration of event streams into an Enterprise Architecture gets more and more important in the world of sensors, social media streams and Internet of Things. Events have to be accepted quickly and reliably, they have to be distributed and analysed, often with many consumers or systems interested in all or part of the events. Dependent on the size and quantity of such events, this can quickly be in the range of Big Data. How can we efficiently collect and transmit these events? How can we make sure that we can always report over historical events? How can these new events be integrated into traditional infrastructure and application landscape? Starting with a product and technology neutral reference architecture, we will then present different solutions using Open Source frameworks and the Oracle Stack both for on premises as well as the cloud.

Overview of the Azure Internet of Things platform as delivered as part of the Microsoft IoT Cloud Workshops in Dec 2018.

Up-front design of your AWS account can be done in a way that creates a reliably secure and controlled environment no matter how the AWS resources are used. This session will focus on "Secure by Design" principles and show how an AWS environment can be configured to provide a reliable operational security control capability to meet the compliance needs across multiple industry verticals (e.g. HIPAA, FISMA, PCI, etc.). This will include operational reporting through the use of AWS services (e.g. Config/Config Rules, CloudTrail, Inspector, etc.) as well as partner integration capabilities with partner solutions such as Splunk and Allgress for real-time governance, risk, and compliance reporting. Key takeaways from this session include: learning AWS Security best practices and automation capabilities for securing your environment, Automation accelerators for configuration, compliance, and audit reporting using CloudFormation, Config/Config Rules, CloudTrail, Inspector, etc., and ISV integration for real-time notification and reporting for security, compliance, and auditing in the cloud.

Come learn how Adobe is leveraging the latest serverless offering from Microsoft – Event Grid - to build event-driven solutions in the cloud. Hear a real customer story in their own words and get insights from the product experts as well

Seven Seas Technology is an IT services company with over 250 employees that provides a wide range of IT solutions and services to over 1000 customers. They have a mission to help customers become successful businesses by designing and delivering ICT solutions that provide value and enhance productivity. Their solutions include enterprise systems, infrastructure, information security, cloud solutions, and managed services. They also have expertise in many technology domains and partnerships with leading technology companies.

The document discusses an end-to-end smart home solution using the Intel IoT Platform, Amazon Web Services (AWS), and Wind River Helix Device Cloud (HDC). It provides an overview of these technologies and how they can be used together, such as ingesting sensor data using AWS IoT and managing devices remotely using the Helix Device Cloud. The document also outlines an agenda for a workshop on connecting an Intel IoT gateway to Amazon Alexa using these various technologies.

The global security landscape is changing, now more than ever. With cloud computing gaining momentum and advanced persistent threats becoming a common occurrence, the industry is taking a more focused and serious approach when it comes to security, especially after some of last years’ heavily publicized incidents. Join this session for a discussion on what Microsoft is doing to protect against these new security threats with fresh approaches taken both at the server & client OS level, as well as in Azure.

This session will describe and demo methods to connect the Intel Edison to Amazon AWS in order to create a versatile IoT structure. The Intel Edison is a powerful system on chip module, the size of a postage stamp with powerful on board processing. It can be used as a sensor hub to gather data, a control board for actuators, and a gateway to connect to the cloud. When combined with the powerful services offered by AWS it can form the basis for many IoT solutions. AWS DevDay San Francisco, June 21, 2016. Presenter: Martin Kronberg, Intel oT Evengelist

AWS Lambda is a new compute service that runs your code in response to events and automatically manages the compute resources for you. AWS Lambda enables powerful application architectures that simplify and accelerate development of connected applications. Together with Amazon Cognito, AWS SNS Push Notifications and AWS DynamoDB, AWS Lambda is a powerful tool in your arsenal for developing IoT/mobile apps, and beyond. This session will show you how to get started quickly by covering key architectural design concepts and demonstrating the use of the AWS SDKs to simplify creating powerful applications for the always-on world that connects beyond the desktop. Speaker: Adam Larter, Solutions Architect, Amazon Web Services

Learning Objectives: • Learn what core capabilities are necessary for a successful IoT cloud platform • Understand how the core capabilities work together • Learn what and how standards are beginning to take shape As with any other trend in the history of computer software, IoT is being powered by a new generation of cloud platforms. In this tech talk, we will identify and explain what to look for when evaluating an IoT cloud platform to ensure a successful deployment of IoT strategies. Learn what core capabilities are necessary to look for when choosing an IoT cloud platform.

This is presentation slide for OpenStack Summit Austin 2016. // Abstraction Internet of Things is a hot topic today. Many companies are trying to create new business applications on a concept of IoT such as smart city, connected vehicle or smart grid. The platform for IoT applications has some unprecedented characteristics: (1) needs to accept huge number of connections simultaneously (2) needs to be highly reliable and secure (3) needs to be highly scalable. We have designed, prototyped and evaluated a highly reliable IoT platform for collecting and storing large-scale data. We explained our use case and architecture of IoT platform. We are tackling the following very high requirements during the process of prototyping and evaluating the platform. • Receiving and storing messages from over 10M clients concurrently • Highly reliable architecture of message broking without losing messages • Instant scale-out to process burst traffic rapidly We also discussed how we can adopt OpenStack to IoT backend and share ideas for its enhancement.

This document discusses building an effective IoT system on OpenStack. It describes key IoT use cases and requirements, such as high data volume, velocity, and variety. The proposed architecture uses OpenStack services like Nova, Neutron, Swift, and Ceilometer to provide scalable infrastructure, networking, storage, and monitoring for IoT workloads. The document outlines how OpenStack can support broker integration, device management, flexible data stores, external connectivity, and data federation to realize a full-featured IoT platform. Future work involves proof-of-concept testing of the integrated architecture.

IoT Platform Vendors Alliance Map 2017 September

IoT Analytics is a leading market insights firm for the Internet of Things. The company operates in three areas: 1. Latest insights 2. Market reports 3. Go-to-market services for IoT. This is an overview of our approach and our services for go-to-market excellence in IoT.

The document provides an overview of the ZigBee wireless protocol. It discusses that ZigBee is a low power, low cost wireless standard targeted for automation and remote control applications. It then covers ZigBee features such as mesh networking, security, reliability and interoperability. The document also summarizes the ZigBee protocol stack including the physical, MAC and network layers and different device types in ZigBee networks.

This is a small introduction to microservices. you can find the differences between microservices and monolithic applications. You will find the pros and cons of microservices. you will also find the challenges (Business/ technical) that you may face while implementing microservices.

The document discusses strategies for transitioning from monolithic architectures to microservice architectures. It outlines some of the challenges with maintaining large monolithic applications and reasons for modernizing, such as handling more data and needing faster changes. It then covers microservice design principles and best practices, including service decomposition, distributed systems strategies, and reactive design. Finally it introduces Lagom as a framework for building reactive microservices on the JVM and outlines its key components and development environment.

This document discusses microservices architecture as a modern approach to application development. It begins by outlining some of the challenges with monolithic architectures and how microservices address needs for scalability, agility, availability and efficiency. Key characteristics of microservices are that they are independently deployable, use lightweight protocols for communication, and are organized around business capabilities rather than technical boundaries. The document provides examples of how to decompose a monolithic application into microservices and discusses considerations for designing services, service communication, and hosting microservices using containers and orchestration platforms.

Presentation for Dutch Microsoft TechDays 2015 with Marcel de Vries: During this session we will take a look at how to realize a Microservices architecture (MSA) using the latest Microsoft technologies available. We will discuss some fundamental theories behind MSA and show you how this can actually be realized with Microsoft technologies such as Azure Service Fabric. This session is a real must-see for any developer that wants to stay ahead of the curve in modern architectures.

Comparing and contrasting monolithic systems to Lego pieces (microservices) at the 50,000 foot view. In this presentation we will compare and contrast monolithic systems to microservices. We will then take a look at some of the down sides to microservices. And then we will discuss some strategies for building microservices.

This document provides an overview of microservices and monolithic architectures. It discusses how monolithic applications are self-contained and execute end-to-end tasks, while microservices are small, independent services that communicate to perform tasks. The document outlines characteristics of each approach and compares their advantages and disadvantages, such as improved scalability, deployment and innovation with microservices versus better performance with monolithic architectures. Examples of companies using microservices are also provided.

A quick glance into the Microservices architecture and what the architecture offers over its precursor - Monolith Architecture

Most large-scale web companies have evolved their system architecture from a monolithic application and monolithic database to a set of loosely coupled micro-services. Using examples from Google, eBay, and KIXEYE, this talk outlines the pros and cons of these different stages of evolution, and makes practical suggestions about when and how other organizations should consider migrating to micro-services. It concludes with some more advanced implications of a micro-services architecture, including SLAs, cost-allocation, and vendor-customer relationships within the organization.

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The document discusses the cloud architecture of Presence Insights, a service that provides analytics for physical locations. Some key points: - Presence Insights migrated from a traditional on-premises JEE architecture to a cloud-native microservices architecture on Bluemix using 29 microservices and 317 Node.js instances. - The new architecture utilizes various technologies like Node.js, MQLight for messaging, Redis for caching and real-time eventing, and Cloudant for persistence. - Lessons learned include deciding how to break services into actors, testing complex cloud architectures, optimizing for different scaling needs, and choosing the right data store for read/write patterns. - The evolution

Jeff Nickoloff - Co-founder, Topple Growth can be challenging to address once monolithic systems begin to fail under strain or internal software development processes begin to slow the release cadence. Many organizations are looking to microservices architecture to solve these application issues, whether they plan to write new applications or rewrite the monoliths into microservices. This talk will highlight the common technical and cultural issues that will make microservice architectures a challenge to adopt and maintain. Issues include impact of Dunbar's Number and Conway's Law, build-time vs runtime continuous integration, evolution of testability, API versioning impact, logistics overhead, artifact management, and strategies for iteration in a distributed environment. Attendees will learn: - How and why microservice architectures and ownership end up falling along organizational lines (and why that is a good thing) - How we can learn from monolith tooling to inform our tooling in a microservice environment - How you can achieve operational excellence at scale taking a logistical approach with Docker.

1) Continuous delivery is the ability to get changes into production safely and quickly in a sustainable way. It provides benefits like increased availability, manageability, quality and satisfaction. 2) Research found that high performing organizations deploy code more frequently with shorter lead times and recovery times from incidents. 3) Continuous delivery requires architecting systems to flow work continuously from concept to cash through the value stream. This involves setting up deployment pipelines and eliminating bottlenecks.

The business case for MicroServices, DevOps / Agile, adopting CI/CD, and Kubernetes with best practices.

This document provides an overview of microservices architecture compared to monolithic architecture. It discusses key concepts like SOA, containers with Docker, principles of microservices including loose coupling and decentralization, and industry examples from Netflix, Twitter, and others. The presenter's goal is to explain why microservices are important and how organizations can transition applications from monolithic to microservices using tools like Docker and orchestration.

A lot of businesses that never before considered themselves as “technology companies” are now faced with digital modernization imperatives that force them to rethink their application and infrastructure architecture. On the path to becoming a digital, on-demand provider, development speed is the ultimate competitive advantage. https://info.lightbend.com/webinar-java-ee-to-cloud-modernization-register.html

This webinar will discuss migrating from Java EE applications to cloud-native reactive systems. It will cover how reactive and microservice architectures are better suited for today's applications that need to efficiently handle streaming data and frequent updates. The webinar will explore how to utilize reactive principles like messaging and isolation to build resilient distributed systems. It will also provide resources on modernizing Java EE applications using Lightbend technologies and patterns for reactive microservices.