HCL Predictive Maintenance Solution based on IoT Cloud Service

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Luis Weir and the HCL team build an excellent PaaS showcase for predictive maintenance.

Predictive Maintenance HCL PaaS Showcase

• Industry value proposition solving a business problem

• PaaS services: IoT, MCS, PCS, ICS

Industries such as aeronautics, automotive, manufacturing, high-tech and even healthcare always deal with the management of thousands of assets. This activity is complex in very costly. Even more so due to manual business processes and disconnected systems (many of them legacy). HCL’s ServiSmart solution reduces costs by connecting assets into a streamlined and pre-built end-to-end digital business process to automate tasks such as fault recognition and diagnosis, work allocation, repairs tracking and ongoing maintenance. Watch the video here.

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Internet of Things (IoT) Cloud Service available

clip_image001The News

Oracle Internet of Things Cloud Service is now available!  Oracle IoT Cloud Service is a secure and scalable platform to help organizations quickly build and deploy IoT applications. This new offering allows customers to gain new data-driven insights and drive actions from IoT by connecting, analyzing and integrating device data into business processes and applications like remote equipment monitoring and asset tracking.

Value Proposition

The three core elements of IoT Cloud Service are – connect, analyze and integrate

         Connect –  Using IoT Cloud Service, users can collect data from any device in any market—reliably and securely. It abstracts away the technical challenges of connecting to devices/gateways and accelerates your time to market with an open, secure, and scalable platform.

         Analyze –  Gathering IoT data is pointless if customers can’t get value from it. IoT Cloud Service performs real-time analytics and enables big data and predictive analytics to deliver the enriched enterprise data that enables you to identify new services and improve customer satisfaction.

         Integrate –  IoT Cloud Service extends enterprise applications using open interfaces and pre-integrations with Oracle’s platform-as-a-service (PaaS), software-as-a-service (SaaS) and on-premise applications to reduce total cost of ownership for IoT data-enriched applications and processes.

Need to Know

Here are some assets and information to help you effectively sell Oracle IoT Cloud Service into your accounts:

         Sales Tools and Collateral:  Customer-facing content available on cloud.oracle.com/iot

1.      Create opportunities using IoT Discovery Workshop: contact us for more information

2.      Access all IoT presentations from Open World 2015 here. (SOA Community membership required)

3.      Access customer facing e-book & solution brief

         Publicity: Oracle Internet of Things was announced in a press release at Oracle OpenWorld 2015 and is included in ongoing social media activities.

         Pricing and Availability:  Oracle IoT Cloud Service is now orderable and pricing for Metered and non-Metered (Subscription) is now available in the Price Book.  Pricing will be available at cloud.oracle.com shortly.

Who to target

         Customers interested in remote monitoring of their industrial equipments to drive proactive and predictive maintenance

         Customers interested in tracking assets to optimize their logistics operations or for safety and policy adherence

         Customers in industries such as industrial manufacturing, construction, utilities, agriculture and transportation/logistics

         Existing Oracle e-Business Suite, JD Edwards E1, Oracle Service Cloud, Oracle Transportation Management customers

Key features

         Device Virtualization – IoT Cloud Service exposes every connected device as a set of resources. This abstracts any complexity associated with device connectivity and standardizes the integration of devices with the enterprise

         Flexible Topology – Devices can connect to the Oracle IoT Cloud Service using different types of network topologies – using client library, gateway software or directly using REST API. This offers customers flexibility to integrate their devices with IoT Cloud Service.

         Stream processing – IoT Cloud Service performs real time analysis of incoming data streams with event aggregation, filtering and correlation. With a business-friendly interface, customers can quickly identify key events and exceptions at real-time

         Event Store – Analyzed data streams can be sent to integrated cloud services or enterprise applications for further processing and driving business workflows. Customers can query and visualize massive amounts of data with integrated Oracle Business Intelligence Cloud Service support and enable Big Data Analysis.

         Enterprise Integration –IoT Cloud Service enables API based integration with Oracle enterprise applications such as E-Business Suite, JD Edwards Enterprise One, Oracle Transportation Management, Oracle Service Cloud as well as PaaS services like Oracle Mobile Cloud Service and Oracle Integration Cloud Service

         Command & Control – Users can send messages to devices from enterprise & mobile applications, independent of device connectivity. Enterprise applications can also use the Oracle IoT Cloud Service REST API to issue commands and make queries to devices, providing customized, intelligent orchestration for business.

Key Benefits

         Faster Time to Market –  Extend manufacturing processes & logistics operations by leveraging connected devices

         Real-Time Insight –  Optimize asset tracking by analyzing and acting on in-flight IoT data

         Integrated –  Drive predictive maintenance using pre-built integrations with applications, analytics & mobile services

         Secure & Scalable –  Enterprise-grade platform for mission critical IoT applications

 

Want to try IoT Cloud Service? See the blog post here

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Introducing the Oracle IoT Cloud by Attila Németh

 

clip_image002Oracle released its newest cloud product, the Oracle Internet of Things (IoT) Cloud Service, a couple of days ago. We have shared our experience with the product at the DOAG 2015 conference where we have also shown a showcase demonstrating the capabilities of the IoT Cloud Service. With this article we are starting a series of posts showing some key aspects of the product.

First of all, a brief introduction: what is IoT and what does the Oracle IoT Cloud Service provide?

More than a year has passed since we have built our first IoT demo. The article gives a good overview about what the Internet of Things is, how the architecture can be set up, etc. The retrospective at the end of our pilot project back then shows the key aspects for a successful adoption.

The high level view of the Oracle IoT Cloud Service is shown in the picture below.

Data from “things” – devices somewhere around the world – is sent to the Oracle IoT Cloud Service. This can be a direct connection if the device supports it or an indirect one in which case the device communicates with a gateway (possibly even over a proprietary protocol) and the gateway forwards the data to the IoT Cloud Service.

All these devices and their connections are managed by the product. Metadata attributes like device category or location can be added to devices to help find devices quickly (for example to locate a faulty device).

Data sent to the cloud can be either forwarded directly to backend systems (which can be either in the cloud or on premise) or it can be analysed in the cloud and the result of the analysis can be forwarded to other systems – for example to a BI System for producing more detailed reports or to an ERP system to keep track of the assets. Read part I here, part II here, part III here, part IV here and part V here.

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PaaS & Middleware Partner YouTube Update August 2016

The August edition of the PaaS & Middleware Partner Update contains three key topics:

  • PaaS Sales Kits
  • Internet of Things Cloud Service free trial
  • SOA & BPM Partner Community Webcasts August 30th 2016

For regular updates please subscribe to our YouTube channel here. For the latest SOA & BPM Partner Community information please visit our Community update wiki here (Community membership required)

SOA & BPM Partner Community

For regular information on Oracle SOA Suite become a member in the SOA & BPM Partner Community for registration please visit www.oracle.com/goto/emea/soa (OPN account required) If you need support with your account please contact the Oracle Partner Business Center.

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SOA Suite 12c Administrator’s Guide Released

 

clip_image002Your blogger, for the past few years have piled up more things that he can chew.  As a result the blog posts have dried up a little as blogging involves both time and novelty and I have been a little short on the first lately. Of that may activities that consumed me, none was more time taking, challenging and difficult as writing the Oracle SOA Suite 12c Administrator’s Guide . The book was announced a month ago and is finally out and available. Here is a sneak peak a the cover.

Oracle SOA Suite 12c is the most comprehensive and integrated infrastructure on the market today that is used for building applications based on service-oriented architecture. With the vast number of features and capabilities that Oracle SOA Suite 12c has to offer comes numerous complexities and challenges for administration. Oracle SOA Suite 12c Administrator’s Guide covers all the core areas of administration needed for you to effectively manage and monitor the Oracle SOA Suite environment and its transactions, from deployments, to monitoring, to performance tuning, and much, much more.

Manage, monitor, and troubleshoot SOA composites and OSB services from a single product set. Understand core administrative activities such as deployments, purging, startup and shutdown, configuration, backup, and recovery. Also learn about new features such as Oracle Enterprise Scheduler, lazy loading, work manager groups, high availability, and more. Get the SOA Administrator’s Guide here. For additional SOA books visit our wiki here.

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SOA 12c QuickTip: Enable Servicebus message tracing in DefaultDomain by Sven Bernhardt

 

clip_image001Messsage or execution tracing in Servicebus (SB) allows insight into the message exchange between Servicebus and it’s communication partners (Client applications and Service providers) as well as the message processing within  a pipeline. Informations about incoming and outgoing messages, the corresponding headers, the course of variable manipulations and other things are written to the diagnostic logs and can be inspected there, when the tracing is active. By default the message and execution tracing are disabled, due to performance reasons and so it should only be enabled in development environments for debugging purposes.

Enablement of message tracing for proxy or business service or execution tracing on the pipeline level, can be done using Fusion Middleware Control (Enterprise Manager).Under a specific SB project, the corresponding services and pipelines can be found. Enabling the tracing can be simply done by checking the options for message tracing respectively execution tracing in the Operations tab. Read the complete article here.

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How to terminate an instance after transaction rollback and return response to caller by Rajeev Misra

clip_image002We have seen in several customer scenarios where a Parent BPEL process calls a child BPEL process asynchronously.  If child process runs into any kind of business or system fault,  fault handler sends callback to parent process with failure information.   Please note, since parent had invoked child process asynchronously,  child can’t throw fault back to parent.  Callback is only mechanism to inform parent about the failure in child process execution during asynchronous interaction.   This pattern works fine if transaction of child process is not getting rolled back.   If child process encounters some error where underlying JTA transaction is marked for rollback,  callback may not reach parent process if parent and child are collocated.   This is because,  callback invoke from child to parent will use the child’s JTA transaction to save callback in dehydration store, but since child’s transaction is in rollback state,  callback message information would be rolled back from dehydration store after JTA transaction rolls back.

Second issue is while trying to terminate an instance after it has encountered error which results into transaction rollback.  Since terminate state update of instance in dehydration store will be rolled back with transaction, any attempt to execute terminate in fault handler will be futile.

We are recommending a pattern that could help resolve both of above problems. Please look at the flow: Read the complete article here.

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Consume JSON based OData Service using SOA 12c by Krishna Hanumantharao

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Please refer Consume OData using SOA 11g post for SOA 11g version.

As part of this post, we will see how to consume JSON based OData Service using SOA 12c.

OData

OData (Open Data Protocol), promoted by Microsoft, now an OASIS Standard,  helps service providers to expose their data using RESTful APIs. OData supports, exposing of data in two Formats, Atom and JSON. Please refer OData WebSite for information about OData.

Public OData Services

One of the publicly available OData Service can be accessed at Public OData Service

URI Notations

Let us create a SOA 12c composite to  consume the service for the following scenarios.

Following are the URI notations for

  • List All Categories in JSON Format

http://services.odata.org/V3/OData/OData.svc/Categories?$format=json

Adaptive Case Management Methodology published in Best Practices for Knowledge Workers (digital edition)

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Working on an Adaptive Case Management (ACM) opportunity? Read the ACM Methodology published in the Best Practices for Knowledge Workers (Digital edition) book.

BPM-based solutions have brought major advances to work organization and automation. However, given BPM’s strong basis on formal workflow definition, oftentimes BPM solutions are not well suited for work scenarios where a precise workflow cannot be strictly defined. Work in such scenarios is highly dependent on knowledge-based decisions about activities and outcomes, leading to multiple work paths and business rules that can become quite complex or even unfeasible to model and completely automate. In these cases, a different technology support approach is required. The focus is not to isolate and automate decisions and rules, but rather to deliver opportunistic information support to the knowledge worker to accomplish them. Adaptive Case Management (ACM) rises as a successful design pattern for this. Get the eBook here.

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Integration Workload Statistics (IWS) on untyped JSON and JavaScript in Composites by Maarten Smeets

 

clip_image001SOA Suite 12.2.1 introduces Integration Workload Statistics. This is a powerful new feature which can be used to do performance measures. Oracle SOA Suite 12.2.1 also introduces untyped JSON support and JavaScript support in composites and Service Bus. What better way to take a good look at both features by doing some performance measures using IWS on composites using untyped JSON and JavaScript!

I created 4 HelloWorld BPEL processes. Two of them are SOAP services and two of them are JSON services (not REST since they do not conform to REST architecture style). Two of these processes contain an assign activity using a JavaScript expression and one of them uses XPATH. I used SOAPUI to fire lots of messages on all services and measured responses. At the same time I had IWS activated to collect data on my processes. The results are quite interesting!

IWS + SOAPUI vs untyped JSON and JavaScript support in SOA Suite 12.2.1

Integration Workload Statistics

Introduction

Integration Workload Statistics provides valuable performance related information on your SOA Suite environment. This ranges from JVM memory usage to duration of BPEL activities. It even provides insight in the functioning of the SOA Suite by providing information on the transfer of messages over composite wires. You can not use it on the integrated WebLogic server provided with the quickstart of JDeveloper though.

Using IWS is simple. First you have to activate it (it’s off by default) by right-clicking the soa-infra application, Monitoring, IWS Reports. Here you can click configure and set the level of detail. After you have applied this setting, you can run reports on the collected data. Report formats supported are CVS, XML and HTML. HTML provides a readable format which also contains some explanation on specific results. Read the complete article here.

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