Cisco Connected Asset Manager for IoT Intelligence

Transcription

1 Cisco Connected Asset Manager for IoT Intelligence Enabling Digital Transformation Across Industries Cisco Cisco and/or and/or its affiliates. its affiliates. All rights All rights reserved. reserved.

2 Cisco Connected Asset Manager for IoT Intelligence Cisco brings together connectivity, security, collaboration, analytics, and network automation across all the areas of your business as a set of capabilities deeply integrated into the network. Cisco Connected Asset Manager (CAM) for IoT Intelligence is the bridge that connects your IT and Operation environments and broader networks of Internet of Things (IoT) devices into a single operational and business view. The result is a foundational platform, providing unified insights no other technology can offer. Cisco CAM for IoT Intelligence converges different levels of automation systems, discrete devices, historian systems, and business data systems to enhance visibility and coordination and achieve quantifiably improved business outcomes. Additionally, the platform allows for the monitoring and active management of geographically dispersed machines and sensors. By providing key insights into your global operations from one common perspective, Cisco CAM for IoT Intelligence enables you to quickly make more informed decisions and improve productivity. Know the precise location of capital assets and inventory; get real-time calculations of overall equipment effectiveness (OEE); track consumption of energy, gas, and other consumables; and quantify operations into business key performance indicators (KPIs), among other capabilities. Integrates with a wide variety of supervisory control and data acquisition (SCADA) and programmable logic controller (PLC) systems, building management systems (BMS), OEE, operations and historian systems, ticketing and operations software, and machine automation protocols. Easy to Deploy and Configure Easy drag-and-drop functionality to create a digital blueprint for your connected devices. A Graphical Data Model Builder provides an easy-to-use means to create data models, ingestion scripts, and connections to devices and APIs. Implementation Models Cisco CAM for IoT Intelligence has a single architecture regardless of implementation path. You have the option of choosing private cloud, public cloud, and hybrid deployment options. Moreover, the platform provides a simple migration path between deployment options, which means you can start with a private cloud deployment and easily move to a hybrid or public cloud when you are ready. Fully Integrated Business Intelligence and Reporting The platform delivers embedded, robust drag-and-drop business intelligence (BI) reporting and visualization in a browser, without the need for client software. Business users can perform analysis and create and share reports in a self-service model, with full support for more advanced analysts to execute deep analytics and machine-learning algorithms natively. Visibility Preventive and Predictive Maintenance Process Optimization Actionable Insights Improved Productivity Collaboration Connectivity Works with most meters, sensors, and systems already in place. 2

3 Cisco CAM for IoT Intelligence enables you to connect the unconnected, using environmental sensors to gain insight into valuable operational data such as temperature, pressure, power, and fuel levels. It also allows you to integrate valuable information from most IP-based devices or gateways (such as IP cameras and analog-to-digital converters [ADCs]) and leverages location technologies, such as RFID and GPS to provide geographic information system analysis. This enables users to make better use of devices, improve energy optimization, better control operations, and increase productivity. Further, users can combine operational, device, and sensor data with any type of business data, driving end-to-end, businessfocused KPIs such as consumption down to a serial number or key sustainability/corporate social responsibility (CSR) metrics. Visibility and Monitoring Full visibility into connected devices (identification, location, condition) Dashboards (real-time and historic) KPIs, metrics, trends Alerts, triggers, alarms, real-time notifications Uptime, failures BI reporting Operations Efficiency and OpEx Reduction Manage by exception Identify optimal equipment configurations Track availability, performance, and quality Establish any number or type of KPIs Business Intelligence and Analytics Self-service BI and visualization Streaming analytics with centralized management Native support for R and Apache Spark modules Resource Management and Optimization Gain full visibility into electricity, water, and gas consumption, or any other measurement Optimize consumption through real-time tracking, monitoring, and alerting Use utilization data to identify the right equipment configurations and workflow Predictive Analytics Identify usage patterns and movement Predict behavior Optimize maintenance schedules and processes Discover performance anomalies between similar equipment Improved Collaboration Have uniform visibility into standardized data Share reports and manage to KPIs Collaborate via Cisco Spark 3

4 Industry Use Cases Cisco CAM for IoT Intelligence is a highly versatile tool that provides benefits to a variety of industries. Cisco CAM for IoT Intelligence is not meant to displace any HMIs, or machine level reporting from your controls vendor, but rather it enhances your reporting capability at a higher level by integrating data from all applicable sources into a single view for better business operations visibility. It integrates with a broad range of sensors to enable the monitoring and management of multiple aspects of your IP and non-ip devices. Digital Factory Gain visibility into operations and key telemetry data, provide BI analytics and KPIs Digitize factory systems, including SCADA, BMS, and PLC platforms Enable event-based alerts and video monitoring Preventive and predictive maintenance Track and manage Scope 1 Greenhouse Gas (GHG) Protocol CSR effects; trace Scope 2 effects Implement Efficiency Valuation Organization (EVO) International Performance Measurement and Verification Protocol (IPMVP) initiatives Obtain millisecond performance data granularity Digital Building Manage lighting, security, heating, ventilation, and air conditioning systems Measure, contribute, and manage sustainability goals Proactively maintain equipment for optimal efficiency Improve user and tenant satisfaction and efficiency Transform old buildings into digital spaces Drive performance metrics, including metrics from the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) and The Green Grid (TGG) Digital Warehouse Track assets and monitor environmental parameters Monitor supply chain status using location services and GPS integrations Enable event-based and geo-fencing alerts and video monitoring Obtain 3D visualization and tracking Create regulatory requirements reports Retail Integrate with sensor-based event triggers for refrigeration and inventory monitoring Track KPIs and metrics on the movement of inventory, people, and assets Monitor inventories and machine states Provide real-time notifications to attendants and maintenance staff Digitize and automate tracking, measurement, and reporting 4

5 Remote Sites and Distributed Assets Monitor fixed assets on detailed maps in real time Enable environmental-based, event-based, and geo-fencing alerts and video monitoring Reduce downtime and maintenance cost Track geo-location, condition, and utilization of assets in real time Agriculture Gain insights into farm production, soil acidity and moisture, plant moisture and sunlight exposure, and chemical levels Integrate with weather services for smart watering Enable event-based alerts Track geo-location, condition, and utilization of farm equipment in real time Create business KPIs, such as the relationship between plant moisture and sellable output Cisco Services Realize greater value with Cisco Services. Get expert guidance on planning, deploying, and optimizing your Cisco CAM for IoT Intelligence. Cisco CAM for IoT Intelligence Advise and Implement Service for IT Devices - Allows you to trial Cisco CAM for IoT Intelligence by identifying IT assets such as PCs, printers, routers and switches to measure their baseline energy consumption and provide recommendations to conserve energy. This service also provides a detailed asset discovery report, proactive report analytics, and visualizations when components of Cisco CAM for IoT Intelligence are implemented. Cisco CAM for IoT Intelligence Advise Service for OT Devices - Allows you to trial Cisco CAM for IoT Intelligence through IoT use cases such as monitoring of temperature, humidity, video security, vibration, speed, occupation and real-time location tracking. This service assists with architecture and design, software installation and configuration of alerts, policies and dashboard design and selection of sensors, data collection, storage and processing requirements. Cisco CAM for IoT Intelligence Implement Service - Provides custom planning, installation, configuration, testing and knowledge transfer of Cisco CAM for IoT Intelligence 6.0 software and hardware enclosure. Cisco CAM for IoT Intelligence Optimization Service - Supports you on ongoing changes to dashboards, adoption of Cisco CAM for IoT Intelligence features, optimizing processes to manage lifecycle of devices, integration with business systems and expanding coverage by adding other sites to Cisco CAM for IoT Intelligence. For More Information For more information about Cisco CAM for IoT Intelligence, go to Cisco.com or contact your local account representative. Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of Cisco trademarks, go to this URL: Third-party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1110R) C /17