cognitive + edge initiative...cognitive & edge technology collaboration benefits & how it...
TRANSCRIPT
FIMART - Oct 2016
Cognitive + Edge Initiative Cisco/IBM
Exponential Data Created in IoT and Distributed Environments Needs to be Connected
Most IoT data are not used
currently. For example, only
1 percent of data from an oil
rig with 30,000 sensors is
examined. The data that
are used today are mostly
for anomaly detection and
control, not optimization and
prediction, which provide
the greatest value.
Precision Agriculture
Examples: GNSS guided planting, maintaining and
harvesting of crops
Water management
weather conditions and actions
Soil management and plant growth data
Tractors/machine maintenance
Farming management based on intensive use of collected data to maximize yield and minimize resource usage
Next industrial revolution in Agriculture – Data Driven with Analytics
Agriculture is IoT ready
Agriculture land (% of land area)
Precision Farming Market Opportunity
Global market for precision farming is between $20-30B for 2019
Precision Agriculture is happening, it is a global problem, but the growers will define where the put their data in the next 3 years
Creating Value for Distributed/IoT Environments Solving Critical IT/OT Challenges
Data Capture
Infrastructure
Data Management
People & Processes
Deployment
Analytics
Stream only what is necessary; eliminate the unessential
Capture all data where it lives, evaluate, sort high from low value
Monitor product quality during processes & remotely manage at the point of collection
Put intelligent analytics at the edge of the network
Rely on IBM & Cisco as trusted technology leaders
Link analytics to response teams to align intervention
Result Use ALL the Data Important to you!
Sensors
Gathering Data
Background
IBM has transformed Cognitive Computing and Cloud Platforms:
• Watson IoT
• Cloud
• Mobility
• Security
Data Processing
Background
Cisco has prepared for Hyper Distribution/IoT and developed:
• Edge and Fog Computing
• Edge Performance Analytics
• Streaming Data Processing
• Distributed Data Storage/Access
Cloud Edge Node Fog Node IoT Device
Data Data Data
Why This is So Unique
Traditional: Deliver Data to the Analytics
Analytics
Data
Edge Node
Fog Node
IoT Device
Analytics Analytics Analytics
Analyze Data in the 'Right' Place by Distributing Analytics from Cloud to Edge
Data Data Data
• Cloud • Big Data • Analytics • Applications
This is a Differentiated Route from the Industry Direction
IoT Device
Data
Better Together
Enable Cognitive IoT at the Edge Augment our networking with a
holistic route to the cloud
&
Cloud Edge Node Fog Node IoT Device
Processing Processing Processing
Data Data Data
Use Case: Remote Management
Impact on
People 10 – 20% increase in
productivity
Impact on
Equipment 10 – 40% cost savings
• Monitor and evaluate remote locations for hazards; trigger action based on safe operating directives
• Monitor affects of weather; trigger mitigation planning based on conditions
• Dangerous inspections can use Drone and video technology to uncover risks by detecting abnormal conditions
• Monitor worker health in hazardous environment against personal health history & known tolerances
• Evaluate asset performance at the point of monitoring, drive corrective action, reduce premature degradation
• Recover as much as ½ your maintenance budget by aligning maintenance investment to asset condition
• Support disruptive sales models – “Power by the Hour” selling service equipment provides instead of equipment itself
• Increased condition –based maintenance reduces need for capital investment
• Link weather & environmental conditions that affect equipment performance
• Monitor performance across connected assets for insight on dependencies and correlations that cause failure
• Course correct asset performance before it impacts your business
• Sensors, rather than human judgment (and human error), drive adjustment of work instruction
Industries: Transportation, Oil & Gas, Utilities, Mining, Construction
Examples: Shipping, Drilling, pipelines, oil platforms, wind/solar farms
Potential: Direct economic impact of $160 billion to $930 billion per year in 2025 (McKinsey)
Impact on
Operations 5 – 12.5% decrease in
operation costs
Use Case: Autonomous Operations
Impact on
People 10 – 20% decrease in
Health & Safety costs
Impact on
Process 5 – 10% increase in
worksite productivity
Impact on
Equipment 5 – 10% reduce costs
of equipment
• Video monitor people movement in construction site or hazardous area
• Monitor security; reduce human observation 30 – 50% @ $6 Billion per yr
• Halt equipment when human proximity sensed; 10-20% decrease in safety costs
• Monitor time in hazardous environment against tolerances
• Monitor fatigue: position of body during lift, is it safe
• Recover as much as ½ your maintenance budget by aligning maintenance investment to asset condition
• Video analysis of conditions fed by drones automate inspection in areas difficult to access
• Augmented reality goggles for workers provide real-time guidance on work practice enhancing knowledge
• Auditory monitoring of running equipment indication of change
• Course correct asset performance before it impacts your business
• Sensors, rather than human judgment (and human error), to adjust the performance of machinery
• Downstream quality detection drives notification for service of upstream component
• Analysis of parts moving through process micro-adjust for variances in raw material quality
Industries: Automotive, Oil & Gas, Heavy Equipment, Manufacturing
Examples: Discrete manufacturing & continuous operations
Potential: Economic impact of $1.2 trillion to $3.7 trillion per year in 2025 (McKinsey)
Use Case: Large Scale Operations / Fleets
Impact on
People 10 – 20% increase in
productivity
Impact on
Equipment 10 – 40% cost savings
• Automate climate control based on impact of weather
• Wearable technology monitor and alerts on driver performance impacting safe operations and occupant comfort and safety
• Customer centric schedule updates driven from sensed conditions to mobile devices
• Automate monitoring of restricted areas; analysis at point of sensor evaluates permission rules and can trigger security of breaches
• Evaluate asset performance at the point of monitoring, drive corrective action, reduce premature degradation
• Recover as much as ½ your maintenance budget by aligning maintenance investment to asset condition
• Support disruptive sales models – “Power by the Hour” selling service equipment provides instead of equipment itself
• Increased condition –based maintenance reduces need for capital investment
• Link weather & environmental conditions that affect schedules, drive actions based on operational business rules
• Automate course correction through connected navigation systems
• Linking speed and proximity of vehicles allows for speed increases by maximizing available capacity of transit lanes
• Integrate service intervals to people flows: trigger service events based on predicted travel patterns
Industries: Commercial Real Estate, Travel & Transportation, A&D, Heavy Equipment, Electronics
Examples: Elevators, escalators, motors, pumps, aircraft & engines, buildings & internal systems, commercial equipment
Potential: Economic impact of $560 billion to $850 billion per year by 2025 (McKinsey)
Impact on
Logistics & Scheduling 5 – 12.5% decrease in
operation costs
The Solution Being Announced The right partnership
IBM and Cisco are teaming
up to create a joint approach
to IoT data and analytics –
The solution is available together and will deliver distinct insight for customers to address their most
complex IT/OT challenges in distributed environments, including autonomous operations, remote
operations and large scale operations and fleets.
• Cognitive and Cloud
• Business Analytics
• Watson IOT Platform
• Cloud Data Storage Platform
• Device Interactions
• Edge Analytics
• Intelligent Distribution
• Graphical Development and Management Tools
& • Enable immediate analytics
at the edge
• Collect information for longer
term analysis in the cloud
Joint Solution • First of its kind joint approach
to IoT data analytics
• Enable immediate IoT analytics
at the edge of the network
• Collect data for longer term
analysis in the cloud
• Architectural approach to
address critical challenges
for distributed environments
Edge (Cisco Router / UCS / Server)
IoT Device IoT Device
IBM Watson IoT Platform, Business
Analytics & Cognition
Cisco Edge,
Fog Computing
& Edge Analytics
Cognitive & Edge Technology Collaboration Benefits
&
How it Works CLOUD ON-PREM
IoT Device IoT Device
IBM Cognitive Analytics Agent
Broker; Cisco Edge,
Fog Computing
& Edge Analytics
Watson IoT Platform
IBM Real-time Insights
Gateway Deploy to
IBM Edge
Engine (EAA)
2
3
Device Data
Flows into
the Edge
4
IBM EAA Filters &
Aggregates Device
Data, Rules Trigger,
Drive Alerts & Actions
Local Actions
Go Back Out
to IoT Devices
4b
Data, Alerts, &
Cloud Actions Flow
Back to Cloud
5
Enrich with Context
(Weather) & Apply
Deeper Cognitive,
Predictive Analytics
4a
1 Configure Rules &
Actions in the Cloud
Actions
Analytics
Components CLOUD ON-PREM
IoT Device IoT Device
IBM Cognitive Analytics Agent
Watson IoT Platform
IBM Real-time Insights
Gateway
Metered on
MB Analyzed
1a
2
Cisco Router / UCS
(Per Instance)
Cisco DDF
(Per Instance)
5 Additional Services
for Analytics, Context
(Weather), Storage, etc.
4
1 Metered on
MB Transmitted
Actions
Analytics
1a Metered on
MB Stored
Metered on
MB Analyzed 3
Broker; Cisco Edge,
Fog Computing
& Edge Analytics
IBM Portfolio
Applications
• Maximo Asset Management
• TRIRIGA
• PMQ
Jasper's Control Center
service management is
integrated with IBM’s cloud
based real-time information
management and analytics
Cloud
An Open System
Data Center Edge Node Fog Node Device or Controller
Generating Data Leveraging Data Analyzing Data Aggregating Data Capturing Data
M
Time-Series Historian Database
(ParStream)
M
Correlation
M
Aggregation
M
Filtering
Microservices (Develop or Buy)
M
Machine Learning
3rd Party
M M M M M M M M M M M
Analytics (Data Prep)
M
Access & Integration
(CIS)
M
Event Stream Processing
(CSA)
M
IBM Watson IOT Platform Offer Details
The IBM Part Consists of 4 Main Components:
Edge Analytics Agent (Microservice)
• Runs on Cisco DCN to host analytics at the edge
• Interacts through brokers and links
Watson IoT Platform
• Bluemix service
• Define & distribute the analytic rules
to a gateway
IoT Real-Time Insights
• Analytic rules will process device data and
drive actions at both the Gateway and Cloud
Cloud Data Storage
• Store the data that needs to be kept