Datasheet: IoT Intelligent Applications
Oracle IoTIntelligent ApplicationsOracle IoT Intelligent Applications uses data from connected devices and systems to provide you withmore visibility, insights and efficiencies using prebuilt applications, embedded analytics, a SaaSdelivery model and a wide range of uses cases including smart manufacturing, connected assets,connected logistics, workplace safety and connected customer service. Our applications have built-inpredictive analytics and integrations with SCM, ERP and HCM to help you drive better businessoutcomes across your organization.Real-time, end-to-end visibility with IoTImprove profitability and drive real-time operational efficiencies through automated monitoring of assets, logistics,production, and workers. Digital supply chains will enable businesses to detect, analyze, and respond to IoT signals,then translate those signals to practical, actionable insights.Empower your line-of-business users with ready-to-use IoT applications to achieve business outcomes that werepreviously hampered due to interoperability gaps between operations technology and information technology. Builtwith highly scalable, robust proven IoT technology running on Oracle Cloud Infrastructure, Oracle IoT IntelligentApplications provides the tools and technologies to integrate, analyze, build, and deploy IoT solutions that deliveranalytical insights from real-time IoT data into your existing business applications, all backed by Oracle’s value-addedecosystem of partners and experts that help you rapidly scale and realize business value.Ready-to-deploy IoT business use cases for fast time-to-valueOracle IoT Intelligent Applications use cases include:Oracle IoT Intelligent Applications Smart ManufacturingUse live data from connected devices and systems on the factory floor to provide work in progress monitoring,help prevent unplanned downtime, and maximize product quality for manufacturing. To enable faster time-tovalue, Oracle includes prebuilt integrations between Oracle Cloud IoT Production Monitoring, Oracle CloudMaintenance, Oracle Cloud Manufacturing and Oracle Supply Chain Planning applications as well as adaptorsfor on-premises and third-party applications.1 Smart Manufacturing — Work In-Progress Monitoring: Gain real-time visibility of work-in-progress forjust-in-time production operations to maximize production line utilization and avoid shipment delays.Continuously tracked built-in business metrics include; percentage behind plan for work orders andproduction quantity, overall equipment efficiency (OEE), production completions at each operation includinggood units, scraps and rejects, and the number of operations pending for each work order or batch. Smart Manufacturing — Maximizing Product Quality: Benefit from real-time visibility to productioncompletions at factory and equipment level. Monitor product item specific scrap and rejects in an operationto minimize cost and achieve on-time customer deliveries.Data Sheet / Oracle IoT Intelligent Applications / Version 2.0Copyright 2021, Oracle and/or its affiliates / Public
2Smart Manufacturing — Preventing Unplanned Downtime: Avoid unplanned downtime with real-timemonitoring of current and predicted machine health. Machine maintenance schedules can be optimized tomaximize factory’s production by using standard and user-defined machine and factory health metrics,automated detection of anomalies and trends, machine-learning based failure predictions and performancedeterioration forecasts.Oracle IoT Intelligent Applications Connected AssetsUse live data from connected devices and systems to monitor and ensure uptime, reduce loss and understandutilization of equipment. Reduced deployment and lifecycles costs are achieved through the use of the includedprebuilt integrations between Oracle Cloud IoT Asset Monitoring and Oracle Cloud Maintenance and adaptorsfor on-premises and third-party applications. Connected Assets — Predictive Maintenance: Unplanned asset downtime can have a significantlydetrimental impact on business goals and outcomes. Optimize asset availability and utilization through realtime remote tracking and visualization of current and predicted asset usage, condition, environmentalconditions, and operational anomalies to predict and optimize maintenance and increase asset lifetime value.Improve the capabilities, reach and productivity of the maintenance and field service teams through autogeneration of alerts and maintenance work orders, remote diagnostics and maintenance, and adjustment ofscheduled maintenance to reflect actual and predicted asset condition. Connected Products— Product-as-a-Service: In business models where the product is an expression of aservice, revenue and return is directly linked to asset availability, usage and customer value. Key metrics to bemeasured focus on product and service team returns. These include product performance, efficiency, usage,availability and condition along with the costs of service such as number of service trips per incident, incidentduration, and overall efficiency of the service operation such as first-time fix. The use of custom metrics canfurther extend the value for the service provider and their customers providing insights into areas such asproduct usage (e.g. % of asset capacity utilization, asset performance and efficiency, duration of asset beingin certain conditions), asset lifetime – actual and predicted, and rental revenue – actual and predicted.Oracle IoT Intelligent Applications Connected LogisticsUse live data sourced from vehicles, equipment and packages within own fleet and third-party logistics providersto monitor cargo and shipments across transportation and warehouse systems for a single, comprehensive viewacross each step of the shipment life cycle. Reduced deployment and lifecycle costs are achieved through theprebuilt integrations between Oracle Cloud IoT Fleet and Shipment Monitoring, Oracle Cloud TransportationManagement and Oracle Cloud Warehouse Management Systems and adaptors for on-premises and thirdparty applications. Connected Logistics — Cargo Condition Monitoring: Monitor conditions of cargo in-transit with a widerange of sensory signals and user-defined condition thresholds. Gain real-time insights for in-transit items atrisk of spoilage or damage, due to factors such as temperature excursions, high humidity and excessiveshock. Connected Logistics — Shipment Monitoring: Monitor shipments on your third-party party carriers and/orprivate fleets for early visibility to unforeseen situations leading to delayed deliveries. Gain real-time visibilityto shipment locations, shipment milestones and route deviations. Benefit from dashboards with exceptionwidgets providing real-time insights for in-transit movements such as delayed or untraceable shipments. Connected Logistics – Transportation Asset Monitoring: Improve operational efficiencies by monitoringthe location and condition of transportation assets such as vehicles, trailers, containers, pallets, and totes.Data Sheet / Oracle IoT Intelligent Applications / Version 2.0Copyright 2021, Oracle and/or its affiliates / Public
Monitor and track the return movement of high value Returnable Transport Items (RTI) post-delivery. Gainreal-time visibility to equipment with unplanned detachments. Connected Logistics — Warehouse Yard Monitoring: Streamline warehouse yard operations withdynamically updated drop off appointments and automatic load check-in and dock assignment. Gain realtime visibility to incoming vehicles and in-transit delays. Benefit from dashboards with exception widgets(KPIs) that provide insights into yard operations, such as excessive dwell or delivery turnaround times. Connected Logistics – Fleet Monitoring: Proactively monitor private fleets and drivers. Global fleetdashboards track vehicle locations, availability status and utilization metrics to support reducing fuel costsand idle times. Vehicle maintenance is monitored with real-time fault detection using on-board diagnosticsparameters. Driver behavior, such as excessive speeding or aggressive braking, can be managed byexceptions to predefined thresholds.Oracle IoT Intelligent Applications Workplace SafetyUsing live data from connected employee wearables and facility systems to track worker locations in real-timeand ensure regulatory compliancy. Gain a better understanding of environmental conditions and reduce safetyviolations using environmental sensors. To enable faster time-to-value Oracle includes prebuilt integrationsbetween Oracle IoT Connected Worker and Oracle HCM and adaptors for on-premises and third-partyapplications. Connected Worker – Safety Monitoring: Gain real-time visibility to incoming vehicles and in-transit delays.Benefit from dashboards with exception widgets (KPIs) that provide insights into yard operations includingexcessive dwell or delivery turnaround times. Gain real-time monitoring of worker movement to preventunsafe acts such as entering hazardous or unauthorized areas. Reduce time-to-respond in case of accidentsand monitoring compliance by automated rules-driven enforcement of safety policies.The prebuilt specific applications named below support the defined use cases that make up IoT IntelligentApplications and can be purchased using one convenient IoT Intelligent Applications SKU . .IoT Production Monitoring: Continuously track and predict production performance across factories, products,lines and machines.IoT Asset Monitoring: Gain real-time visibility of asset health, location and utilization, and predict maintenanceneeds.IoT Fleet & Shipment Monitoring: Optimize end-to-end logistics operations with proactive detection ofanomalies and deviations.IoT Connected Worker: Ensure worker health and safety, improve compliance, and automate time and labortracking to improve productivity.Proven, robust IoT technology foundationOracle IoT Intelligent Applications helps you easily assimilate IoT concepts and technologies into your digital strategyto create innovative services with less risk.Managing and analyzing the enormous amount of real-time data generated by the multitude of IoT-connecteddevices demands a multi-faceted robust IoT solution that incorporates latest innovations such as digital twins,machine-learning (ML), artificial intelligence (AI) and edge computing.Oracle IoT Intelligent Applications includes a full featured IoT technology stack that incorporates:3Data Sheet / Oracle IoT Intelligent Applications / Version 2.0Copyright 2021, Oracle and/or its affiliates / Public
Digital twin modeling and a wide range of device connectivity and edge processing capabilities. Analytics capabilities customized for time series data, spatial-temporal analysis and real time data processingwith built-in domain specific dashboards and metrics. A highly scalable industry-standard big data analytics stackbased on for operationalizing AI and ML-based algorithms for anomaly detection, predictive analytics andrecommendations is included as part of the standard subscription. Pre-built digital threads with enterprise applications such as manufacturing, maintenance, transportation,warehouse management, and human capital management make it easy to quickly deploy preconfigured businessworkflows that automate exception management. Integrations with third-party applications can be easilyestablished using REST API or Oracle Integration Cloud (OIC). Secure and reliable edge computing components enabling bidirectional communication between IoT devices andthe cloud, and advanced edge analytics to conserve bandwidth and reduce latency for actions. IoT devices mayconnect to the cloud directly, or indirectly through a certified partner gateway over a variety of supported IoTprotocols.Digital Twins for Industrial AssetsOracle IoT Intelligent Applications includes digital twin capabilities as standard functionality and consists of threedifferent areas:Virtual Twin: This refers to a software representation of a physical asset, including things the set of attributes andcontrols that the physical device supports and software-synthesizable simulators that allow the creation of simulatedassets to test out an IoT value-proposition before connecting physical devices.Predictive Twin: This describes the behavior of an asset such as a predictive model that can be evaluated to forecasta future state of the asset or its environment.Twin Projections: Digital twins are integrated in manufacturing, maintenance, field-service, supply chain-planning,transportation, utilities, and warehousing products.In addition, the digital twin supports integrated what-if analysis capabilities using a tool to create synthetic conditionsto validate end-to-end business processes for safety, compliance or audits.3D Visualization with IoT contextThe digital twin enables users to get a complete, contextualized view of their asset in a single place, including thehierarchy of asset components and the relevant functional aspects or “state” of the asset as represented by real-timevalues of key variables.Exploded views of the asset and its component hierarchy are available, along with the ability to rotate the asset andexamine it from different angles. Contextual data relevant for each subsystem is displayed.This capability requires a subscription to Oracle IoT 3D Digital Twin, which is an optional SKU for Oracle IoT IntelligentApplications.Upload Industry standard 3d file formatsSubscriptions of Oracle IoT that include the optional 3D Digital Twin SKU provides users the ability to upload 3D CADmodels in a variety of file formats which are standard in the CAD industry. These are then converted to web-viewableforms. Supported 3D CAD file formats include commonly used file formats such as STEP, 3DS, AutoCAD DWG,AutoCAD DXF, CATIA, OBJ, STL, among others.4Data Sheet / Oracle IoT Intelligent Applications / Version 2.0Copyright 2021, Oracle and/or its affiliates / Public
Key business benefits Pre-built interoperability with a number of enterprise applications including Manufacturing, Maintenance,Transportation, Warehouse Management and Worker Health and Safety Management Purpose-built, ready- to-use applications to achieve clear business outcomes Built on a proven, robust and scalable IoT technology foundation running on Oracle Cloud Infrastructure Incorporates latest innovations in the IoT space, including digital twins, ML and AI for streaming time-seriesmachine data, and edge computing Extensive global partner ecosystem of IoT device and implementation vendorsTechnical detailsDevice to cloud connectivity protocols MQTT over SSL HTTPSBuilt-in industrial IOT connectivity OPC UA Historians OBD II SAE J1939Supported IOT message data formats JSON BinaryCertified partners based on IOT device connectivity MODBUS Bacnet Ethernet/IP Many othersSupported platforms for Oracle IOT client software Java SE 5 and above C/C (POSIX, Linux) iOS Android Python JavaScript5Data Sheet / Oracle IoT Intelligent Applications / Version 2.0Copyright 2021, Oracle and/or its affiliates / Public
More information available at https://www.oracle.com/internet-of-things/Connect with usCall 1.800.ORACLE1 or visit oracle.com. Outside North America, find your local office at: acleCopyright 2020, Oracle and/or its affiliates. All rights reserved. This document isprovided for information purposes only, and the contents hereof are subject to changewithout notice. This document is not warranted to be error-free, nor subject to any otherwarranties or conditions, whether expressed orally or implied in law, including impliedwarranties and conditions of merchantability or fitness for a particular purpose. Wespecifically disclaim any liability with respect to this document, and no contractualobligations are formed either directly or indirectly by this document. This document maynot be reproduced or transmitted in any form or by any means, electronic or mechanical,for any purpose, without our prior written permission.This device has not been authorized as required by the rules of the FederalCommunications Commission. This device is not, and may not be, offered for sale orlease, or sold or leased, until authorization is obtained.6Data Sheet / Oracle IoT Intelligent Applications / Version 2.0Copyright 2021, Oracle and/or its affiliates / Publictwitter.com/oracleOracle and Java are registered trademarks of Oracle and/or its affiliates. Other names may betrademarks of their respective owners.Intel and Intel Xeon are trademarks or registered trademarks of Intel Corporation. All SPARCtrademarks are used under license and are trademarks or registered trademarks of SPARCInternational, Inc. AMD, Opteron, the AMD logo, and the AMD Opteron logo are trademarks orregistered trademarks of Advanced Micro Devices. UNIX is a registered trademark of The OpenGroup. 0120Disclaimer: This document is for informational purposes. It is not a commitment to deliver anymaterial, code, or functionality, and should not be relied upon in making purchasing decisions.The development, release, timing, and pricing of any features or functionality described in thisdocument may change and remains at the sole discretion of Oracle Corporation.
The prebuilt specific applications named below support the defined use cases that make up IoT Intelligent Applications and can be purchased using one convenient IoT Intelligent Applications SKU . . IoT Production Monitoring: Continuously track and predict production performance across factories, products, lines and machines. IoT Asset Monitoring
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SAP Cloud Platform Internet of Things Device Management Your Gateway System Environment Cloud Platform PaaSeg., HANA, Kafka, PostgreSQL App User Admin IoT Core Service IoT Message Management Service Your IoT Data IoT service IoT Gateway Edge Devices Device 1 Device 2 Device 3 IoT Gateway Cloud IoT Service Cockpit Send and receive
MINOR DEGREE IN INTERNET OF THINGS (IoT) (DRAFT SYLLABUS) Course Structure Sr. No. Semester Temp. Course Code Course Title L T P Credits 1. 3 IoT-1 Introduction to Internet of Things 3 0 2 4 2. 4 IoT-2 IoT Protocols 3 0 2 4 3. 5 IoT-3 IoT System Design 3 0 2 4 4. 6 IoT-4 Industry 4.0 and IIoT 3 0 2 4 5.
Oracle IoT Cloud Service . IoT Cloud Service delivers solid foundation to quickly build IoT solutions . that integrates with your enterprise applications . and extend the reach of the IoT and business applications to your physical devices . and sensors . Devices . Business Applications . IoT Cloud Service Platform . Connect . Analyze .
Open Data Application Programming Interface (API) for IoT Data in Smart Cities and Communities Y.FW.IC.MDSC Framework of identification and connectivity of Moving Devices in Smart City Y.IoT-DA-Counterfeit Information Management Digital Architecture to combat counterfeiting in IoT Y.IoT-Interop An architecture for IoT interoperability Y.IoT-IoD-PT
Essentials WS IoT 2019 Datacenter WS IoT 2019 Storage Standard WS IoT 2019 Storage Workgroup WS IoT 2019 . product key like Windows 10 IoT Enterprise? No. It does have Product Key Entry Activation (PKEA) but all Windows Server editions since 2008 use OEM Activ
IoT, discuss how IoT operations can be governed and what is needed, including the roles and responsibilities involved in IoT governance, and describe a proposed governance framework implementation as well as the future challenges facing IoT governance. This paper is intended to showcase how IoT governance can be implemented.
the American Board of Radiology (ABR) Core and Certifying examinations administered between January 1 – December 31, 2018. The guide has undergone a few minor changes compared to the 2018 version, which was significantly revised com- pared to earlier versions, reflecting changes in NIS content on the examinations. The primary change in this study guide is the addition of Core Concepts of .
