1. System Platform 2014 Roadmap & New Features 11-Apr-17
(c) 2002 Invensys Systems, Inc.

2. HMI Supervisory Roadmap
Wonderware System Platform /InTouch 2012 R2
Device Integration Updates
Multi-Galaxy Runtime
Raised Historian Scalability
Dual Historian
InTouch Machine Licensing
Semantic Model
InTouch 2012 R2
Extension
Access Anywhere
HTML5 InTouch Access
No Graphic Conversion
100% InTouch Functionality
Wonderware System Platform \InTouch 2014
Scripting improvements
Unified Historian
New Animations
Situational Awareness Lib
Alarm Aggregation
Template locking
Styles
Symbol Wizards
OPC UA client
New License tool
Q4-2012
Q3-2013
Q4-2013
CY-2015

3. Atypical ( A typical ) Topology…
Workstation
I/O Data Server
Information Server
Historian
Galaxy Repository
AutomationObject Server
Visualization Node
Engineering Station
InTouch
InTouch
IDE
IDE
InTouch
InTouch
Bootstrap
Bootstrap
Bootstrap
Bootstrap
Galaxy Rep.
Historian
Info Server
Bootstrap
Bootstrap
Bootstrap
Bootstrap
Bootstrap
IO Server
Bootstrap
What type of machine can run what..? Which piece goes where..? Licensing..? If I put this CD in, what can I install..? You mean I need 3 CD’s to get everything I need on this PC..?
I would like to say that technology made us do it… that this scenario was complex because Microsoft did it this way too… and while some of it may be true, we needed to simplify more than Microsoft did. IT people made it their jobs to understand the complexity that is technology. Process and Automation had NO such luxury.

4. New with System Platform 2012: Simplified Installation – Single DVD
Multiple setup options:
Role Based
Product Based
Both can be customized
1 install disc

5. Installation User Interface
Here are screenshots of the Installation paths that you can take. Note that there is both a Product based install as well as an ArchestrA System Platform Role based install.
<Click>
The Product Based Install dialog allows the user to select which components that will be installed. This dialog is appropriate for the experienced developer who is already versed in the Wonderware components they want to install After selection a Prerequisites check will be done to make sure that the node is ready to install the requested Wonderware components.
The Role base install is a novel way of installing the components that provide a particular behavior on that node. As we saw earlier Server 2008 has a similar methodology of adding behaviors to a Server install.
And of course, The Custom selection allows for detailed component Selection.

6. Cadence Release: Wonderware System Platform 2012
Released November 2011
Wonderware InTouch HMI 2012 (v10.5)
Wonderware Application Server 2012 (v3.5)
Wonderware Historian Server 2012 (v10.0 SP1)
Wonderware Historian Client 2012 (v10.0 SP2)
Wonderware Information Server 2012 (v4.5)

7. Cadence Release: Wonderware System Platform 2012 R2
Released December 2012
Wonderware InTouch HMI 2012 R2 (v10.6)
Wonderware Application Server 2012 R2 (v3.6)
Wonderware Historian Server 2012 R2 (v11.0)
Wonderware Historian Client 2012 R2 (v10.1)
Wonderware Information Server 2012 R2 (v5.0)

8. Cadence Release: Wonderware System Platform 2014
Scheduled Release: December 2013
Wonderware InTouch 2014 (v11.0)
Wonderware Application Server 2014 (v4.0)
Wonderware Historian Server 2014 (v11.5)
Wonderware Historian Client 2014 (v10.5)
Wonderware Information Server 2014 (v5.5)

9. System Platform 2014 New Features
InTouch 2014 (v11.0)
Situational Awareness Library
Element Styles
Symbol Wizards
New Animations
Graphic Performance Index
Owning Object
InTouch Access Anywhere
Historian 2014 (v11.5)
Historize Alarms & Events from Wonderware Application Server
Support for 2M I/O at Tier 2
New SDK toolkit
Application Server 2014 (v4.0)
Multi-Galaxy Communication
ArchestrA Service Bus
Template and Symbol Protection
QuickScript Editor Scripting Enhancements
Alarm System Enhancements
Technology Updates
New Technology Support
Windows 8, Server 2012
.NET Framework 4.5
SQL Server 2012 SP1

10. 2014

11. Providing the Right Information to the Right People at the Right Time
Information flows upstream & downstream
Transformed/Aggregated
In context to the process
Timely and actionable
Consumer Type #1: Near Real-Time Data
Runtime Performance Information
Operators, Maintenance, Supervisors etc.
Typically Consumed near the Process
Consumer Type #2: Summary Information
Daily, Weekly, Monthly, or User-Specified Time Period
Managers, Engineers, Continuous Improvement Teams
Typically Delivered via Web-based Reports

12. Operational Challenges
11-Apr-17
Operational Challenges
“Is our production on track?“ -Plant Manager-
“How did the 3rd shift perform last night?” -Operations Manager-
“How can my on-call operator respond to alarms when out of the control room or building?” -Shift Supervisor-
“I’m sending John to China on a project for 2 weeks. What if the new line in Cleveland needs his help?” -Engineering Manager-
Wonderware InTouch Access Anywhere can help in all of these areas, answers the questions above and much more.
Invensys proprietary & confidential
Copyright © Invensys 2010

13. Industrial Software Solutions: Common Characteristics
Microsoft Platform-Centric
Operating Systems
SQL Databases
Back-end technology: .NET, WCF, DCOM, Visual Studio
Front-end delivery: IIS, SSRS, XML, ActiveX, .NET Controls
Specific Hardware Requirements:
Server and Client machines, often multi-node
CPU, Memory, HDD requirements
High Availability, Redundancy, Failover
Network and Power infrastructure

14. Industry Challenges Human related challenges:
11-Apr-17
Industry Challenges
Human related challenges:
Mobility: New ways to work (BYOD)
Information consumers remote from process.
Shift from centralized to remote or flexible workers.
Security & user authentication.
Plant & facility challenges:
Visibility of the equipment by casual users
Regulatory compliance
Procedure management
Plant maintenance
Resource availability
Challenges Confronting Industry Today
In today’s challenging economic times it is particularly important to improve work processes, maximize workforce performance, align business and field goals, improve equipment reliability and maintain regulatory compliance.
Wonderware InTouch Access Anywhere can help in all of these areas and much more.
Invensys proprietary & confidential
Copyright © Invensys 2010

15. Technology Challenges
One Business, Many Technologies.
Compatibility and/or Interoperability:
Operating Systems (Windows, Mac OS, iOS, Android, Linux, etc.)
Browsers (Chrome, Firefox, Safari, Opera, etc.)
Extending Microsoft-centric applications to other platforms:
RDP requires client application (e.g. RDC, PocketCloud, etc.)
Client applications must be installed and configured.
Solutions must be secure and encrypted.

16. Variety of Solutions Available Today
Technology
RDS (Microsoft)
Web Apps (HTML, SSL, HTML5)
Mobile Devices and OS (iOS & Android)
& SMS Interaction
Strategy: Two Approaches
Extend the server/workstation experience to the mobile worker.
Allow the mobile worker to interact with remote systems via mobile-centric technology

17. Introducing InTouch Access Anywhere
Full web-based access to InTouch applications from anywhere anytime regardless of platform or location.
Runs in HTML5-compliant browsers (IE, Safari, Chrome, Firefox, etc.)
No Flash, Java, ActiveX, Silverlight or other special software needed.
Doesn’t require installing or configuring any client-side applications.
Platform-agnostic:
Runs on a variety of devices (Desktops, Laptops, Tablets, Smart Phones, Smart TVs and more)
Running on a variety of platforms (Windows, iOS, Android, Linux,…)
Provides secure access
Same OS-based security as Remote Desktop
Supports HTTP, HTTPS, and SSL.
Natively supports RDP encryption.

18. InTouch® Access Anywhere Benefits
11-Apr-17
InTouch® Access Anywhere Benefits
Feature
Benefit
Access and control your InTouch® (includes alarms &data history) from anywhere regardless of the platform or location! (mobility-enabler)
Use any HTML5 enabled Device! (Android, Chrome, iPad, Mac, Linux, HMTL 5 TV)
Runs on the browser
Does not install anything on the client
Mobility & Cost savings.
The ability to troubleshoot plant equipment from the office, home or on the road provides an unprecedented level of flexibility that maximizes engineer’s output.
Ability to connect the most suitable resources instantly on a project saving the cost of travel
Ability to remember what you worked on
Business continuity
One secure link-no programming required
No maintenance………
Security
All of the above with no compromise on InTouch® functionality!
Invensys proprietary & confidential
Copyright © Invensys 2010

19. InTouch Access Anywhere
11-Apr-17
InTouch Access Anywhere
REMOTE ACCESS
Mobile Users
Casual Users
Industrial Computer
Visualization Node
Engineering Station
Casual Users
Automation
Object Server
Automation
Object Server
Galaxy Repository
Historian
InTouch
Terminal Server +
InTouch Access Anywhere
I/O Data Server
Mobile Users
Plant
Any location
(c) 2002 Invensys Systems, Inc.

20. RDP Compression and Acceleration
Enhances remote desktop performance over the Internet.
Image compression: Compresses images before transmitting them to the browser for rendering.
Packet shaping: Optimizes the network messages to improve network utilization and performance.
Whole frame rendering: The display is updated as a whole rather than in blocks, as performed by standard RDP. Coupled with the other optimization features, it results in a smoother display that more closely resembles the functionality on local desktops.

21. Remote User Log-In Open a web browser
Enter URL or IP of the InTouch Access Anywhere Server
Select InTouch application (if more than one exists on the server.)
Enter valid credentials
Click on “Connect”

22. System Requirements Server side Client End:
Windows Server OS (Windows 2003 Server, Windows 2008 Server SP2)
Remote Desktop
InTouch 2012 R2
InTouch TSE Concurrent licenses
Client End:
HTML5 compatible browser including, but not limited to:
Internet Explorer 10 or IE6 - IE9 (with Google Chrome Frame)
Chrome 12 or higher
Safari 5 or higher
Firefox 6 or higher
Opera 11 or higher
Amazon Silk

23. Changing Operator Role – Market Trend
1970’s
1980’s
1990’s
Present
Safe
Reliable
Efficient
Effective
Operations has actually gotten worse as HMI systems have become to easy to change and add irrelevant information.
Control by exception.
Alarm strategies are poorly defined and managed.
P&ID style screens are used to support Operator trouble shooting of upset conditions.
Very little awareness of how well the system is running.
Very little visibility that the performance of the system is drifting prior to a disruptive alarm.

24. Modern HMI: Today we can almost anything
Realistic 3D equipment.
Millions of shades of color.
Animated flames, flows, motors.

25. Without the Decoration
Needless flash and glitz
extremely low information per square inch ratio – proliferation of pages - ++$

26. Opportunity: Situational Awareness
Enhance the operator’s Situational Awareness of current process conditions.
Leverage a variety of visual techniques within the HMI.
Increase contrast between normal operating conditions and alarm states requiring action.
Largely monochrome color palette.
Display vivid colored alarm states.
Graphics purposely not photo realistic.
Provide just enough visual detail to deliver functional purpose without showing extraneous information to operators.

27. Situational Awareness Symbols
Traditional HMI
Critical
What Happened ?
Alarm
Grid
Tool
Process
Trends
Impact
Tool
Knowledge
Operator
Operational
Limits
SAL Graphics
Knowledge
Operator
Alarm
Boundaries
What is Happening ?
Interpretation time
Alarm
Time
- 40 %

28. Situational Awareness Symbols Library

29. Situational Awareness Symbols Library

30. Consistency through Element Styles
Element Styles selectable from pull down list
Element Style
displayed as property
Applied to graphic elements

31. Ability to Choose from Multiple Palettes

32. Symbol Wizard: Example Opportunities

33. Symbol Wizards Simple Case: Pilot Light Many Symbols 1 Wizard
Bezel Thickness
Color
2 Options:

34. Example: Multiple Bar Graphs

35. Symbol Wizard – Bar Graph
Rules
Rules

36. New Animation: Points

37. New Animation: Alarm Border2 3 4 1

38. New Animation: Sweep Angle
Example: RPM Meter
Optimal range is shown by shaded area.
Dynamically established.
Supported Elements:
Arcs
Pies
Chords

39. New Graphic Element: Trend Pen

40. New Graphic Element: Trend Pen

41. Programmatic Graphic Generation
Publish open XML Schema
Export Graphic as XML
Import Graphics as XML
Programmatic access to Import/Export
Export
Configuration
Repository
ArchestrA
Symbol XML
Import

42. Owning Object
Owning Object can be set without scripting, browsing or typing.
Easier to define the graphics from the graphic toolbox.

43. Graphic Performance Indication

44. 2014

45. Estimating Bandwidth/Storage

46. Alarm DB Logger Configuration?
20 steps

47. Alarm History Stack Application Server 2012 R2 HCAP HCAL
History Blocks
SQL Server
Process History
Store-forward
Redundancy
Compression
Bandwidth Limit
Opportunity for improvement
WWALMDB
HCAP
SQL
Connection
WCF
Alarm DB Logger
HCAL
Alarm Manager
Application Server
Application Server

48. Alarm History Stack Application Server 2014 HCAP HCAL
History Blocks
SQL Server
History
Store-forward
Redundancy
Compression
Bandwidth Limit
WWALMDB
HCAP
WCF
HCAL
Application Server*
* No change for InTouch Alarm/Event History

49. New Alarms & Events In Historian
Same Historian configuration:
Server
Redundant Historian
Store forward
Bandwidth

50. Filtering Historized Alarms & Events

51. Redundant Alarm History
Client Switching (active-passive)
A2ALMDB
A2ALMDB
HCAP
HCAP
Redundant Historians (active-active)
HCAL
Application Server *

52. Integrated View View Lists show alarm severity
Alarms/acknowledgement on trends
Operator actions overlayed
OverView
Part Of Information Server
Released in System Platform 2012 R2
Updated in System Platform 2014
Also works with legacy WWALMDB

53. Coming: Block-Based Alarm History
Storage
Alarm/Event stored in History Blocks
Easily archive/purge/restore using Windows Explorer
Flexible structure
Performance
Significantly higher rates
Capacity limited by space, not insertion rate
Licensing
May require Enterprise Edition
Otherwise, use A2ALMDB
Application Server 2014 R2*
History
Blocks
HCAP
WCF
HCAL
Application Server
* Tentative—expected in CY 2014

54. Alarm DB Logger Still used for: Standalone InTouch
ASP upgrades with existing DB Logger
Stores to WWALMDB

55. Historian Scalability
2,000,000 tags
2 million tags only supported via Replication (from a “Tier 1”)

56. Tag Meta Data Historian 2012 R2 & Earlier Historian 2014 Runtime DB
History Blocks

57. Historian 2014 Status Panel

58. Historian Private Name Space
Historian Client
Windows User Management
Logins
SQL: Per Login
Windows Group: Per Login (not per User)
SQL Server Management Studio

59. Historian 2014: Private Name Space
New “GroupedPrivateNamespace” System Parameter
0 = “Private” shared with Group
1 = Each account has Private namespace
Historian Client
Logins
SQL: Per Login
Windows Group: Per Login (not per User)
SQL Server Management Studio

60. New System Tags Tag Description SysStatusMode
Tracks server state (read/write, read-only, down)
SysStatusSFDataPending
Indicates outstanding store-forward data
SysStatusAverageEventCommitSize
# property values written together
SysStatusAverageEventCommitTime
Time required to write the properties
SysStatusEventCommitPending
# events awaiting commit
SysStatusRxEventsPerSec
Alarm/event throughput
SysStatusRxTotalDuplicateEvents
Events discarded because detected as duplicate
SysStatusRxTotalEvents
Cumulative alarm/event collection

61. Historian Toolkit Updates
Historian 2012 R2 Toolkit
Query history for all tags, including Summary Tags
Only works with Historian 2012 R2 (aka 11.0)
Only .NET 4.0, Application Server 2012 R2 (aka 3.6)
Uses single TCP port for communications
All new interface (though mapping is straightforward)
Does not include tag listing (use SQL)
Historian 2014 Toolkit
Built-in redundant Historian support
SQL query “tunnel” returns ADO.NET RecordSet
SQL query “tunnel”:
No need for special connection/login management
Uses existing HCAL TCP connection
Ideal solution for tag listing
Returns ADO.NET RecordSet

62. Online Edition Historian Client “Tier 1” Historian User Subscription
11-Apr-17
Online Edition
User Subscription
Historian
Historian Client
SmartGlance
Historian
Client
“Tier 1” Historian
Control Network
I/O
InTouch
Application Server
(c) 2002 Invensys Systems, Inc.

63. Wonderware Historian 2014 Continued scalability gains
Tag Count
Retrieval Load
First step toward integrated alarm & event history
Robust alarm/event history
Scalability improvement (modest)
Improved Historian Toolkit
Truly private name space for group logins
Problem: Can’t get enough
Redundancy: Not an oxymoron; Denis Lubrun: “It’s magic”

64. Historian Client 2014
Office 2013 Support
32-bit only

65. 2014

66. Refocus ArchestrA Target Users
InTouch ArchestrA
System Platform
# Users
Given the right skill level ArchestrA delivers unmatched business value.
Goal: We must enable users to deliver System Platform functionality that exceeds InTouch and is even easier to use.
Skill Level
Novice
Expert

67. Visualization Evolution
Two Releases to Achieve
Layout &
Navigation
Displays
ArchestrA
Graphics
Scripts
Security
Tags
History
Alarms ….
Devices
InTouch ArchestrA
InTouch 2012 R2
Layout &
Navigation
Displays
Smart
Symbols
Faceplates
Scripts
Security
Tags
History
Alarms ….
InTouch View 9.0
Layout &
Navigation
Displays
Smart
Symbols
Faceplates
Scripts
Security
Tags
History
Alarms ….
InTouch 8.0
Layout &
Navigation
Displays
Symbols
Scripts
Security
Tags
History
Alarms ….
InTouch 7.x
Layout &
Navigation
Displays
Symbols
Scripts
Security
Tags
History
Alarms

68. Alarm Improvements Storage Improvements Updated Clients Severities
Store Forward
Redundancy
Simplicity

69. Runtime Alarms in Context with Awareness
EEMUA 191: Alarm systems a guide to design
Namur NA 102 Worksheet: Alarm Management
NPD YA 711: Principles for alarm design (Norwegian petroleum doctorate slowly adopted throughout Europe as the standard)
VDI/VDE Guideline 3699 (process control using monitors)
ISA S18.02, Management of alarm systems for the process industry
ANSI/ISA 18.2 Management of Alarm Systems for the Process Industries
API RP-1167 Alarm Management For Pipeline Systems

70. Applying Industry Guidelines
Alarm Priorities:
The system shall only represent four active alarm priorities:
Priority 1 Critical (only Safety and Emergency related)
Priority 2 High
Priority 3 Medium
Priority 4 Low
Priority 5 Events and logging only no Alarms.
The four priorities and the impact to the business and operation.
Ranking and economical scale:
Operational risk of the Alarms.
Define response times for each category

71. Severity Indication on Alarm Borders
Severity 1 response time < 5min
Severity 2 response time < 30min
Severity 3 response time < 60min
Severity 4 response time < 120min
Wonderware Implementation

72. Global Styles for Alarm Colors and Borders
One place to change how alarms are represented to entire project.

73. Alarm Border Animation
Runtime
Global Icons
Global Styles
Auto Configuration for Field_Attributes or objects

74. Awareness at Every Level: Built in Alarm Aggregation

75. Alarm Clients: The Current Method

76. Alarm Clients: Updated Historical
Defined with standard Themes and Styles
Fonts best Practices HMI Standards
Dynamic Filter tabs
Group By functionality
Area tree filter

77. Alarm Clients: Updated Runtime
Tabbed filtering
Actual alarm indicators on Tabs
Ack buttons
Styles and themes setup as default

78. Standards Management Reuse of baseline application/components
Application Integrity
Change Management
Installed-Base Management

79. Standards Management: Protected Objects & Symbols
Source Galaxy
Export
Export
Import
Import
Destination Galaxy

80. Standards Management: Protected Objects & Symbols

81. Coming soon… Improved Connectivity
OPCUA Client – Data Access
Security
Fault Tolerance
OPC UA Unifies Data, Alarms, and History as all can be achieved through a single component.
OPC UA components are platform agnostic and are not tied specifically to Windows based solutions.
OPC UA Solutions offer portability and scalability through ensured interoperability.
OPC UA supports seamless and secure network traffic and user access.
OPC UA components have built in communications reliability leveraging mechanisms for redundancy, data buffering, and recovery from communications loss.
OPC UA components have a unified data model allowing a single address space  with a common browser for data, alarms and history.
OPC UA components allow complex data and modeling.
OPC UA components allow the use of method calls and built in programs (examples used were start/stop process and load batch recipe data).
OPC UA components offer enhanced performance (comparable to existing DA/1000s points per second) through report by exception methods.
More…
IEC Standard
Market Adoption
Easy Migration Plan
Many Products Available
Training Available (OPC TI)
Toolkits already available (Softing/OPC Foundation)

82. Engineering Efficiency
2014
Engineering Efficiency
Script Editor:
Auto complete function
Me.
MyContainer.
Scripts
Multi level Undo-Redo
Line Numbering
Consistent color coding
Syntax Error Indication

83. Engineering Efficiency
2014
Engineering Efficiency
Scripting: Exception Handling
Trap Exception
Handle Exception

84. General Improvements Removal of platform breach message
Removed standard object description
Dialog boxes reflect proper action (cancel on deploy)
OPC browser DI Object fixed
Default engine execution time reduced to 500ms
Default DI Object scan time reduced to 250ms
Checkpoint file write frequency now 10 seconds default
Use of localhost as GR or Historian name
Changed redundancy communication port text on platform
Dialog when importing clients or script libraries to indicate the affected objects and to cancel import operation
Alarm Manager now able to co exist in multiple sessions

85. IT Compliance User Account Control (UAC) fully supported.
System Platform install with SQL Server Express.
Machine name, rename after install is supported.
Silent install scripts are included with install DVD.
ArchestrA User can now be Non-Interactive.
Support for network based installation.
Support in A2ALMDB for domain based or integrated security.
New updated icons for legacy Alarm Manager.

86. Updated Operating System,
Updated Operating System, .NET Framework, Virtualization, and SQL Server Requirements

87. New Invensys License Manager

88. Where to find a list of these New Features?

89. Reference Document on WDN (200 pages)

90. HMI Supervisory Roadmap
Wonderware System Platform /InTouch 2012 R2
Device Integration Updates
Multi-Galaxy Runtime
Raised Historian Scalability
Dual Historian
InTouch Machine Licensing
Semantic Model
InTouch 2012
Extension
Access Anywhere
HTML5 InTouch Access
No Graphic Conversion
100% InTouch Functionality
Wonderware System Platform \InTouch 2014
Scripting improvements
Unified Historian
New Animations
Situational Awareness Lib
Alarm Aggregation
Template Locking
Styles
Symbol Wizards
OPC UA client
New License tool
Wonderware System Platform \InTouch 2015
Ease Of Use Redesign
ArchestrA Displays
Content Frames/Panes
Multi-Touch Support
Object Wizards
Model Based Navigation
Simplified IO Linkage
Contextualized Data
Alarm Shelving
Graphic Security
Much More!
Q4-2012
Q3-2013
Q4-2013
CY-2015

91. Schneider Electric – no changes announced
11-Apr-17
(c) 2002 Invensys Systems, Inc.