Unleash the benefits of ibm mobile smarter process with ibm business process manager and ibm mobile first platform tips

Unleash the Benefits of IBM Mobile Smarter Process with IBM Business Process Manager and IBM MobileFirst Platfor
®
Unleash the Benefits of IBM Mobile Smarter Process
with IBM Business Process Manager and IBM
MobileFirst Platform
IBM Redbooks Solution Guide
Mobile Smarter Process helps organizations to reinvent how business is performed by using Mobile
technologies. The goal is to fundamentally change how an organization does business by integrating
mobile capabilities and processes. Mobile capabilities that provide new context, new ways of
engagement, and new ways of gathering input for processes are now available. Now process participants
can use mobile capabilities to interact with the process wherever they are. All these new capabilities
create more interactions than ever before. Although these interactions add value, they must be harnessed
to accomplish an end goal. IBM Mobile Smarter Process combines market leading offerings from IBM
Smarter Process suites and IBM MobileFirst Platform offerings. Figure 1 shows that Mobile creates
numerous timely interactions that can be harnessed for goal-oriented results with Smarter Process.
Figure 1. Harnessing Mobile interactions with Smarter Process

Did you know?
Mobile strategy leaders reported that:
They are using mobile technologies to fundamentally change the ways they do business.
They are mobilizing their employees. Faster response time to customers is the primary reason for
investing in employee use of mobile technologies.
They are unlocking core business knowledge for mobile uses. Integrating mobile systems with
existing systems is the number one challenge faced by organizations.
They are securing the mobile enterprise by protection of data, securing connectivity, device
management threat detection, mobile app security, and user security.
They are getting results. They have seen measurable return on investment (ROI) from their mobile
initiatives.
Business value
Mobile Smarter Process enables organizations to realize the following business value:
Increase ROI on mobile projects by:
Reducing cost for developing mobile projects.o
Streamlining processes across multiple systems.o
Orchestrating manual and automated tasks.o
Attracting and retaining customers.o
Improve customer experience by:
Engaging the customer using their device of choice.o
Providing a personalized experience based on customer history, real-time information, ando
industry trends.
Providing social capabilities for better collaboration.o
Providing real-time performance visibility and process agility to process managers.o
Improve workforce productivity by:
Dynamically assigning tasks based on employee location and availability.o
Using device services to gather and share all the information related to a task in the correct placeo
at the correct time.
Making employees more responsive to customer needs by providing them with the flexibility ando
information they need, when and where they need it.
Sending timely notifications to employees to enable them to handle situations that otherwiseo
would have been missed.
Providing management real-time process visibility to proactively respond and make adjustments.o
Maximize the value of the partner ecosystem by:
Engaging with the appropriate partners through sensors or people when and where ano
organization needs them.
Accelerating time to market, improving partner training and support, and shortening the saleso
cycle.

Solution overview
Figure 2 provides an example of how Mobile Smarter Process works. This example shows a Smarter
Process already in place in an organization that can be exposed through multiple channels, including
different types of mobile devices.
Figure 2. Mobile Smarter Process at work
The illustrated process provides these advantages:
Customers, employees, and business partners want to interact with the organization using their1.
device of choice to instantiate a process or check on the status of a process they previously started.
For example, in an insurance company scenario, by instantiating a claim, customers start a process
that can use the geolocation information available on their device, device services such as the
camera to take a picture of a damaged car and upload it, and the information stored in multiple
back-end systems.
A process can involve many different roles to complete it. Smarter Process uses coaches or forms2.
that streamline the activities of the process performers and work across any mobile devices with
different form factors. A Mobile Smarter Process allows for process performers to use social
collaboration to deliver a better customer experience. Integration with multiple back-end systems
might be necessary to complete the process that is enabled by service-oriented architecture (SOA).
If the process requires human input, it can send a notification to the appropriate people and they can3.
always be reached through their mobile devices. The business process is not going to be hindered by
someone not having access to a web site or not being logged in.
Processes do not always occur as planned. As the global economy, the global workforce, and mobility4.
expand, it is even more important to give managers process visibility and agility to make quick

changes. Otherwise, organizations risk losing customers. A Mobile Smarter Process gives managers
the visibility and agility they need to make fast adjustments to improve performance using their device
of choice.
In summary, this simple example shows these advantages:
Mobile extends the reach of a business process beyond the traditional channels to where the
knowledge workers (customers, employees, business partners, managers) are. Knowledge workers
always have access to the business process, and the business process can reach them when
required. For example, if the process requires an approval, a notification is sent to the approver’s
mobile device to alert them that the process is waiting for their approval.
By adding mobility to the smarter process, Mobile Smarter Process allows manager to gain instant
visibility so they can adapt to changes in the market by making faster adjustments and making
decisions quicker on a device of their choice. The mobile smarter process has constant access to
decision makers, and decision maker can interact with the business process at all times.
Solution architecture
IBM MobileFirst reference architecture is a collection of architectural artifacts that describe how to deliver
enterprise mobile solutions using the IBM MobileFirst software portfolio. The artifacts include definitions
for platform and application development, mobile security, mobile device management, and mobile
analytics. The reference architecture defines a set of capabilities that should be considered when
developing an enterprise mobile solution as shown in Figure 3.
Figure 3. IBM MobileFirst reference architecture capabilities

From the reference architecture perspective, the architectural aspects related to the direct runtime path
from mobile apps to the IBM BPM engine and integration with enterprise applications include:
Security:
Access gatewayo
Security connectivityo
Applications and Data Platform:
Mobile-specific middlewareo
Service compositiono
Cloud and managed services
An enterprise mobile architecture can be represented at a high level as a stack of layers that follow the
pathway of interaction between the mobile application and enterprise systems as shown in Figure 4. To
support both customer-facing mobile applications and staff-facing mobile applications, the architecture
covers a range of device types that include smartphones, tablets, and Internet of Things (IoT)-based
devices such as embedded devices and smart appliances.
Figure 4. Enterprise mobile architecture
For more information about the architectures, deployment topologies, and Mobile and IBM BPM
integration patterns, see Extending IBM Business Process Manager to the Mobile Enterprise with IBM
Worklight, SG24-8240.
Usage scenarios
Example 1 is a cable TV installation service company. The company in this scenario receives installation
requests from external customers and assigns those requests to field technicians. The field technicians
use a mobile application to manage the work orders. In the context of mobilized business processes, this

scenario illustrates how to use IBM Worklight, IBM Business Process Manager, and IBM Bluemix to
develop the solution.
Example 1 use case is centered around how to mobilize business processes managed by the IBM BPM
server. This use case has these requirements:
The IBM BPM server must be able to receive a new customer service request and manage the
process until the work is completed.
The field technicians must be notified when new work orders are available.
The field technicians must be able to securely update the work order status when they are working
offline and network connectivity is not available.
The cable TV service company must be able to track the location of the technicians in the field
The solution architecture consists of the following components:
A Worklight hybrid mobile application that enables the field technician to manage work orders.
Worklight Server to support the mobile application including the integration with the IBM BPM server.
IBM BPM server to capture the customer work order and manage the overall process.
IBM Bluemix as the platform to implement various supporting processes including fulfillment, order
scheduler, and customer master data management (MDM) functions.
Figure 5 shows a high level architecture overview diagram for Example 1. Starting from the left, the
diagram shows a field technician using a Field Service app that interacts with the Worklight Server. The
Worklight Server has adapters that call both the IBM BPM REST API and the location service exposed by
Bluemix. The Worklight Server receives notification requests from IBM BPM and submits those requests
to the push notification vendors (for example, Google and Apple). The IBM BPM server also calls
Customer MDM, Scheduler and Fulfillment REST services in Bluemix.
Figure 5. Example 1 architecture overview
Example 1 is designed to use the architectural pattern Headless BPM pattern. This pattern does not use
any UI elements (coach forms) in the IBM BPM workflow. Instead, the UI components are externalized (in
this case in the Worklight application). The Worklight application externally starts an IBM BPM workflow
and manages it until completion.

Example 2 extends scenario 1 by adding more requirements. In Example 1, the field technicians use a
mobile application to manage the work orders. In example 2, the use case is extended by adding a
service parts order mobile application called Parts app. Furthermore, the customer in example 1 can order
cable installation service over the phone. In example 2, the customer can fill and sign a new order
agreement to request TV services.
Therefore, the following are the additional requirements in Example 2:
Customers must be able to submit a new order agreement form to request TV services.
Field technicians must be able to order parts needed to complete a work order from their mobile
devices. To enhance the user experience, the field technician should be able to log in only once
across mobile applications (single sign-on feature). For accountability, the new part order must
reference the corresponding work order number in which the part will be used.
Example 2 extends Example 1 by enabling the customer to fill and sign a new order agreement form to
request cable service. In addition, a new Parts app is introduced. This mobile application uses a new
service parts database in Bluemix. Figure 6 shows a high level architecture overview diagram for Example
2. The diagram shows (on the left) the field technician using both the Field Service app and the Parts app.
The top of the diagram shows the customer ordering a cable service by filling and signing a new order
agreement form and then sending an email with the new order agreement.
Figure 6. Example 2 architecture overview
From an IBM BPM perspective, this scenario introduces these additions:
A use case where customers can submit new order forms to request services. The submission of the
files acts as a trigger to start a case type, using the case management capabilities of IBM BPM.
Responsive coach design techniques so that a coach form can be written once and used on multiple
device form factors, such as tablets and smartphones.
A technique to expose an IBM BPM service that is called from a Worklight application.
This scenario is designed to use the architectural pattern Headless BPM pattern. This scenario also
includes a new use case, IBM BPM case management, that uses the architectural pattern IBM BPM
Process Portal.

Integration
From an IBM product offering perspective, IBM Smarter Process is a set of business process
enhancement and optimization tools that work together to improve the outcomes of business processes.
The core product to implement Smarter Process is IBM Business Process Manager. The following IBM
software products for Smarter Process can be integrated to enhance the solution:
IBM Operational Decision Manager
IBM Integration Bus, formerly known as the IBM WebSphere Message Broker family
IBM Case Manager software
IBM Infosphere product set
IBM Business Monitor
IBM Big Data and Analytics portfolio
The IBM MobileFirst portfolio provides an end-to-end solution for organizations implementing a Mobile
strategy. There are products available from the IBM MobileFirst solution to support management, security,
analytics, and development of the application and data platforms in a mobile environment. Additionally,
IBM also provides services for strategy and design, cloud and managed services, and development and
integration services to support mobile activities. There are several aspects to consider for a cost-efficient
and secure Mobile environment. The IBM MobileFirst portfolio includes products and services in the
following areas:
Develop, test, and deploy applications (Build):
IBM MobileFirst Platform Foundationo
IBM Mobile Quality Assuranceo
IBM MobileFirst Application Platform Management Serviceso
IBM Rational Test Workbencho
IBM UrbanCode Deployo
IBM Application Management Serviceso
IBM Exceptional Digital Experience solutionso
Integrate data, services, apps:
IBM mobile services for Bluemixo
IBM MessageSighto
Cloudant, an IBM companyo
Manage, visualize, and optimize:
IBM MobileFirst Network Serviceso
IBM MobileFirst Device Procurement and Deployment Serviceso
Support bring your own device (BYOD):
IBM MobileFirst Managed Mobility Serviceso
Security:
IBM Security Access Manager for Mobileo
IBM Trusteero
IBM Security AppScano
IBM WebSphere DataPowero
IBM Mobile Virtualization Serviceso
Gain insights through analytics:
IBM Tealeaf CX Mobileo
IBM Presence Zoneso
Supported platforms
IBM Business Process Manager Standard Version 8.5.5 is supported on the following operating systems:
AIX 6.1 and 7.1
Linux: Red Hat Enterprise Linux (RHEL) 5 and 6
SUSE Linux Enterprise Server (SLES) 10 and 11

Solaris 10 and 11
Windows 7, 8, Windows Server 2008, 2012
For more information about the supported operating systems and versions, see "IBM Business Process
Manager Standard detailed system requirements" at
http://www-01.ibm.com/support/docview.wss?uid=swg27023007.
IBM Business Process Manager Express Version 8.5.5 is supported on the following operating systems:
Manager Express detailed system requirements" at
IBM Business Process Manager Advanced Version 8.5.5 is supported on the following operating systems:
Solaris 10 and 11
Manager Advanced detailed system requirements" at
IBM Worklight Version 6.2 supported server operating systems:
AIX V6.1 and V7.1 on IBM POWER
Solaris 10 on x86-64 and SPARC
Red Hat Enterprise Linux (RHEL) 6 Server editions on x86-64, IBM POWER, System z, and VMware
ESXI V5.0
Red Hat Enterprise Linux (RHEL) 5 Update 6 Advanced Platform on x86-64, IBM POWER, System z,
and VMware ESXI V5.0
SUSE Linux Enterprise Server (SLES) 10 and 11 on x86-64, IBM POWER, System z, and VMware
ESXI V5.0
Windows Server 2008 R2 Enterprise and Standard editions on x86-64 and VMware ESXI V5.0
IBM Worklight Version 6.2 supported desktop operating systems:
Ubuntu 12.04 LTS x86-32 and x86-64
RHEL Workstation 6 x86-32 and x86-64
SUSE Linux Enterprise Desktop (SLED) 11 on x86-32 and x86-64
Windows 7 on x86-32 and on x86-64
Windows 8 on x86-32 and on x86-64
Macintosh OS X 10.8, and 10.9 on x86-32 and on x86-64
IBM Worklight Version 6.2 supported mobile device operating systems:
Android 2.3.3, 4.0, 4.1, 4.2, 4.3, and 4.4
iOS 5, 6, 6.1, 7.0, and 7.1
BlackBerry 6.0, 7.0, 7.1, 10.1, and 10.2
Windows Phone 8.0
Windows 8.0 and 8.1
Windows RT

Ordering information
Table 1 shows the ordering information for IBM Worklight Version 6.2 and IBM Business Process
Manager Version 8.5.5.
Table 1. Ordering part numbers and feature codes
Program name PID number Charge unit description
IBM Worklight V6.2 5725-I43 Client Device
Install
Application
Virtual Server
IBM Business Process Manager
Advanced V8.5.5
5725-C94 Processor value unit (PVU)
Standard V8.5.5
5725-C95 PVU
Express V8.5.5
5725-C96 PVU
IBM Business Process Manager Tools
and Add-Ons V8.5.5
5725-C97 Authorized User
Application Instance
Related information
For more information, see the following documents:
IBM Redbooks: Extending IBM Business Process Manager to the Mobile Enterprise with IBM
Worklight, SG24-8240:
http://www.redbooks.ibm.com/abstracts/sg248240.html
IBM MobileFirst Platform Foundation (formerly known as IBM Worklight) product page:
http://www-03.ibm.com/software/products/en/mobilefirstfoundation
Solutions from IBM MobileFirst:
http://www.ibm.com/mobilefirst/us/en/offerings/
IBM Worklight V6.2 announcement letter:
http://www-01.ibm.com/common/ssi/rep_ca/4/897/ENUS214-124/ENUS214-124.PDF
IBM Business Process Manager product page:
http://www-03.ibm.com/software/products/en/business-process-manager-family
IBM Business Process Manager V8.5.5 announcement letter:
http://www-01.ibm.com/common/ssi/cgi-bin/ssialias?subtype=ca&infotype=an&appname=iSource&su
pplier=897&letternum=ENUS214-141

Notices
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COPYRIGHT LICENSE:
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This document was created or updated on December 16, 2014.
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