Problem identification Enterprise Portfolio Management ... - Troux
Problem identification Enterprise Portfolio Management ... - Troux
Problem identification Enterprise Portfolio Management ... - Troux
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CASE STUDY<br />
Scottish Widows Investment Partnership (SWIP)<br />
<strong>Enterprise</strong> <strong>Portfolio</strong> <strong>Management</strong> Investment Nets Benefits<br />
SWIP sees bottom-line results from <strong>Troux</strong> solutions in just 12 weeks<br />
When Jon Gasparini joined SWIP (Scottish Widows Investment Partnership) as its Head of<br />
Architecture, he had a grand vision for the kind of value that enterprise architecture (EA)<br />
could deliver.<br />
A former solutions architect and consultant, Gasparini wanted to evolve SWIP’s<br />
successful solutions architecture practice into a comprehensive EA discipline using an<br />
enterprise portfolio management (EPM) approach. This way, the team could drive better<br />
management information and achieve even greater change in the business.<br />
But he didn’t have the luxury of time. A subsidiary of the Lloyds Banking Group, SWIP<br />
was planning to increase its change budget significantly over the next 2-3 years. He<br />
would have to improve visibility of the SWIP EA landscape and gain access to improve<br />
management information to support this significant increase in the size and complexity of<br />
business and IT change.<br />
<strong>Problem</strong> <strong>identification</strong><br />
SWIP’s EA team supports over 500 financial professionals across a number of business<br />
teams including front office, compliance, risk, and others. The company deploys cuttingedge<br />
technology to process huge volumes of data and manage sophisticated investment<br />
products, all within policies designed to meet industry and regulatory standards and policies.<br />
ABOUT SWIP<br />
More than £140 billion under<br />
management<br />
Offices in Edinburgh (HQ),<br />
London and New York City<br />
Investments across all asset<br />
classes: Equities, Fixed Income,<br />
Cash, Real Estate, Multi-Asset and<br />
Multi-Manager<br />
Global client reach, comprising of<br />
institutional clients from pension<br />
funds, charities and financial<br />
institutions and well as an<br />
extensive wholesale client-base.<br />
Gasparini and his team took a holistic approach to their EA challenge. They engaged<br />
<strong>Troux</strong> very early and, by leveraging the <strong>Troux</strong> Accelerator methodology and EPM<br />
approach, identified the critical business questions that needed to be addressed.<br />
If someone new<br />
joins the team we can<br />
point them to STAR,<br />
the <strong>Troux</strong> system, to<br />
access everything they<br />
need to know about<br />
our landscape. So<br />
they get up to speed<br />
faster. When they<br />
finish the project and<br />
leave SWIP we have<br />
an up-to-date view of<br />
our landscape.<br />
SWIP: <strong>Troux</strong> Case Study • Page 1
Accelerated Return on Investment<br />
Within just 12 weeks, they were able to capture and store mission-critical<br />
information from six enterprise portfolios spanning business architecture,<br />
applications, goals and strategy, investments, technology and information. They<br />
created the SWIP Transformation Architecture Repository (STAR), a common<br />
platform that manages all elements of the SWIP architecture. The data and<br />
information are consistently available in real-time, across the company and<br />
the portfolios easily scale to meet business needs. By following the Accelerator<br />
methodology they were able to identify an additional 15 questions that they could<br />
answer using out-of-the-box reporting.<br />
“The Accelerator made us successful,” confirmed Gasparini. “It’s a very strong<br />
method that keeps you focused. It really does deliver great results in a short<br />
period of time. I’ve worked with a lot of software providers in my time and I’ve not<br />
had as good an experience as I had with <strong>Troux</strong> over that 12-week period.”<br />
Rather than having a<br />
technology-led conversation<br />
with the business, we are<br />
having a top-down businessled<br />
conversation that<br />
looks at which parts of the<br />
business we need to change<br />
from a capability perspective<br />
and then driving out the IT<br />
change to support that.<br />
A single point of truth<br />
SWIP leverages capabilities from a number of delivery partners to deliver both business and IT change, therefore having an up-todate<br />
repository provides significant benefits.<br />
“If someone new joins the team we can point them to STAR, the <strong>Troux</strong> system, to access everything they need to know about our<br />
landscape: business capabilities and processes, systems, applications, servers. They get that single view of our landscape. So they<br />
get up to speed faster,” explained Gasparini. “In addition, the delivery partners don’t walk away with the knowledge of what they<br />
changed. Because we are continually managing and capturing what is changing, when they finish the project and leave SWIP we<br />
have an up-to-date view of our landscape.”<br />
STAR has become not just a tool for enterprise portfolio management, but a decision-making tool for stakeholders across the<br />
company. For instance, in the event of a service failure, the IT support team can refer to STAR to identify the impacted applications,<br />
business functions and business capabilities. Reports producing all the information on a specific server can be run in seconds,<br />
providing enhanced information to support failure recovery and inform affected areas of the business.<br />
“We have established a single point of truth for business,<br />
information, applications and technology architecture.<br />
We’ve decommissioned disparate Excel spreadsheets<br />
and Visio diagrams which used to describe our<br />
architecture,” said Gasparini. “Our team has insight<br />
into the impact of change and we can see where we<br />
have conflicts across projects and make sure we aren’t<br />
digging up the road more than once. Before it would<br />
take days to understand an issue’s impact on our<br />
business; now, we have the information in seconds.”<br />
Figure 2. SWIP Transformation Architecture Repository<br />
(STAR) Platform]<br />
SWIP: <strong>Troux</strong> Case Study • Page 2
Fully engaged with the business<br />
With STAR, the EA team now has a platform upon which to build target architectures and develop roadmaps. Target architectures<br />
that link back to business capabilities and functions can be created and easily changed as plans change, and impact assessments<br />
can be made effectively and efficiently. As SWIP operates in a highly regulated environment, having this business capability enables<br />
the organization to respond quickly and accurately to requests from regulatory authorities such as the Financial Services Authority<br />
(FSA) in the U.K. who expect SWIP to thoroughly understand its business and IT landscape.<br />
“Ten months ago it was difficult to communicate what we did or measure how well we were doing. Now we have initial metrics in<br />
place and are building more into the program on an on-going basis. We’ve raised the bar for EA at SWIP, from a technology-led, to a<br />
business-led, enterprise-wide practice,” commented Gasparini. “As a team, we are now involved in every part of the business and in<br />
some cases we are the catalyst for bringing parts of the business together, this has never happened before.”<br />
Retooling processes<br />
SWIP uses Microsoft Visio and Word tools within its risk and compliance team to document critical business processes and controls.<br />
Gasparini noted that for one process alone, the document was an inch thick. “If you have to do that for the whole business, how are<br />
you going to maintain and manage that? How do you get any management information from that? Which processes have controls?<br />
Which processes are manual versus automatic? And if you’re changing a process, how much documentation do you need to change<br />
to reflect that?”<br />
Having seen <strong>Troux</strong>’s capabilities and how Gasparini’s EA team has used them to build a view of the EA landscape, the business now<br />
intends to use <strong>Troux</strong> to capture that process information. “So this is the business saying: ‘Can we use your EA tool to capture those<br />
processes? It’s a tool that will scale. It’s easy to use. And we can derive good management information,’” says Gasparini.<br />
Ready for the future<br />
Gasparini’s team also used <strong>Troux</strong> tools to map SWIP’s portfolio of upcoming<br />
projects, with associated alignments to applications and business functions.<br />
When he subsequently ran the goals and strategy data by roadmap and software<br />
life cycle, he quickly saw which underlying technologies were changing or<br />
planned for phase-out.<br />
“We’ve started looking at the scope of future projects now so that when we<br />
deliver them we have the ability to change that technology. We have become<br />
proactive in our approach to managing technology lifecycle,” said Gasparini.<br />
“We have much stronger management information at our fingertips to influence<br />
the scope and the change activities the business is planning in later years. We<br />
have never had that before. This is a fantastic position to be in.”<br />
Decision makers now<br />
have quick access to more<br />
timely, accurate and powerful<br />
management information.<br />
We can now see the impact<br />
of change to our business<br />
and technology landscape<br />
much earlier in the planning<br />
cycle. This means we are<br />
making better decisions.<br />
SWIP: <strong>Troux</strong> Case Study • Page 3
Top 5 <strong>Troux</strong> Benefits for SWIP<br />
SINGLE POINT OF TRUTH:<br />
“<strong>Troux</strong> links together information across six portfolios. I have a connected view of the landscape and how it’s changing.”<br />
KNOWLEDGE CAPTURE:<br />
“We can get third-party resources up to speed more quickly now, and we capture all changes to our landscape so that knowledge<br />
doesn’t leave with the contractor.”<br />
TIME TO MARKET:<br />
“We can structure programs in a way that delivers change in the most efficient way, whether that is faster or cheaper.”<br />
RISK MITIGATION:<br />
“We have a better view of our technology risks and their impacts on our landscape. So we can be proactive and deliver these<br />
projects onto our preferred technology platform.”<br />
COST-EFFICIENCY:<br />
“Legacy technology inherently becomes more expensive to support. If we keep deploying onto legacy technology, costs spiral. We<br />
can make sure projects are deploying onto the right platforms and that those platforms fit with our longer term goals.”<br />
TROUX RESULTS<br />
• Business benefits delivered in just 12 weeks<br />
• Partners get up to speed faster with STAR<br />
• Now able to understand an issue’s impact on the business in minutes not days<br />
learn more at www.troux.com<br />
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