Gartner: Save By Rationalising Data Integration Tools

Organisations that have implemented substantial data integration architectures can save more than US$500,000 annually by rationalising tools in the short term and adopting a shared-services model in the longer term, according to Gartner. Deployment of multiple and functionally overlapping data integration tools creates excessive cost in terms of software licensing, maintenance, and skills of up to $250,000 per tool annually.

By Channelworld staff
Wed, April 22, 2009

Organisations that have implemented substantial data integration architectures can save more than US$500,000 annually by rationalising tools in the short term and adopting a shared-services model in the longer term, according to Gartner. Deployment of multiple and functionally overlapping data integration tools creates excessive cost in terms of software licensing, maintenance, and skills of up to $250,000 per tool annually.

"Organisations often purchase and implement new data integration tools in a fragmented way without considering extending investments already made in other parts of the business, resulting in multiple tools from various vendors," said Ted Friedman, vice president and analyst at Gartner. "The first step is for IT teams focused on data integration to save money by rationalising tools. Further, there is a greater longer-term opportunity to substantially reduce costs and increase efficiency and quality by moving to a shared-services model for the associated skills and computing infrastructure."

As organisations in all industries continue to focus heavily on cost optimisation, various aspects of IT represent potential for removing cost. The imperative to increase efficiency, combined with the historically fragmented and tactical approach to data integration that is commonplace in most businesses, is now driving organisations to rethink how they have approached this discipline.

Gartner recommends that organisations consider executing three elements of rationalisation in the short term:

1. Rationalise Data Integration Tools

Planners should rationalise across the three main categories of data integration tools: extraction, transformation and loading (ETL); data replication; and data federation, ideally arriving at a standard tool for each of these styles of data delivery. They should decide which tools to keep and which to discontinue based on the business context and requirements, rather than blindly rationalising wherever possible based purely on cost. In addition, organisations should consider saving costs by using the data integration tools that are provided at no additional cost with database management system (DBMS) products and open-source data integration tools. However, they must also consider the investment required in re-design, re-development and testing to migrate existing data integration processes from one toolset to another, as well as the relative immaturity of many of these lower-cost solutions in comparison to incumbent products.

2. Centralise Data Integration Computing Infrastructure

Organisations with multiple data integration tools typically deploy each tool on dedicated hardware, resulting in redundant servers and storage. With hardware costs for data integration tools deployment often ranging from $50,000 and upward, many organisations can make substantial savings on computing capacity by implementing shared computing infrastructure for data integration workload. These savings are possible whether the organisation rationalises tools or not. In addition, substantial savings in productivity and time to delivery are gained because each new project team requiring infrastructure for data integration workloads can leverage (or pay to expand) the shared hardware, removing the need to select, procure, implement, and support project-specific hardware.

3. Consolidating Data Integration Roles and Skills

The skills involved in data integration are typically fragmented across the organisation, and are not always utilised to capacity, depending on project size, timing of phases, level of complexity, and other factors. Gartner recommends that organisations centralise these roles and skills into a shared services team model to reduce staffing costs directly by 50 per cent or more each year.

"Rationalisation limited to one business unit may not optimise cost savings," concluded Mr Friedman. "For organisations to achieve savings of more than $500,000 per year, CIOs and data integration teams should work together to lead the rationalisation and shared-services programme."

For your IT organization to keep pace with the business, you need a new, faster approach to infrastructure deployment-an approach that increases agility and accelerates time to application value. That's HP Converged Systems. Built on Converged Infrastructure, these systems deliver the industry's first portfolio of pre-integrated, tested, and optimized infrastructure solutions for applications running in virtual, cloud, dedicated, or hybrid environments.
Even though virtualization has brought positive change to enterprise IT over the last decade, some skepticism remains about how valuable virtualization can be in the way companies deliver and run business applications. Uncover the truth about how you can run your business critical applications with confi dence without sacrifi cing
availability or service quality-and at lower costs.
This IDG whitepaper highlights key findings based on the Quickpoll Survey conducted with more than 300 Enterprise and Commercial IT decision makers worldwide about the state of their virtualization of business critical applications. This paper answers such questions as: What drivers are pushing companies to extend virtualization beyond servers? and What value are they realizing? Central to the paper are key results that expose risks of the past (fears of limited ISV support, performance impact) no longer are a factor for companies moving to 80+% virtualized.
This guide focuses on key considerations for IT Architects who are in the process of migrating Java applications from UNIX to Linux as part of their VMware server consolidation project.
This IDC white paper explains how much of the Enterprise IT community is at a crossroads in extending their journey to the private cloud: Companies must virtualize their business critical applications in order to reap the benefits of cloud computing. The paper also includes two case studies and a sidebar highlighting the experiences of three enterprises with virtualizing their business-critical applications, which include Oracle and Microsoft SQL databases, SAP and enterprise Java, and a Microsoft Exchange email system.
This guide provides best practice guidelines for deploying Exchange Server 2010 on vSphere.
Download this webcast to learn about the design considerations for virtualizing SQL workloads, performance and scalability information and high-availability options, as well as support considerations
Download this webcast to learn the virtual hardware design considerations for Exchange 2010, deployment using the building block approach, options for high-availability and disaster recovery and support considerations.
Virtualizing business-critical applications has become a key focus for organizations as they move along their virtualization journey. With the launch of VMware vSphere® 5, VMware is helping customers accelerate the deployment of business-critical applications, including Exchange, SQL, SAP and Oracle.
Want to say goodbye to missed SLAs? VMware can help you virtualize mission-critical applications such as Oracle, MS Exchange and SharePoint to achieve dramatic improvements in uptime, performance and responsiveness. In this webcast, we'll discuss the key benefits of virtualizing your agency's most critical applications and Oracle databases as a necessary first step in fulfilling OMB's mandate to move IT services to the cloud. With VMware, you'll be on the way to quick, effective and full compliance.
The complexity, cost and technological bloat of traditional Java EE application servers are often barriers to running a lean and efficient IT organization. Increased need for scalability and rapid application delivery are driving businesses to reconsider the platform they use for application deployment. By combining the portability and agility of the Spring framework with a lightweight application server, your organization can meet business demands while staying within budget constraints. VMware vFabric™ tc Server is a modern, lightweight Java application server based on Apache Tomcat. It improves developer productivity, control and manageability-and is the most flexible platform for virtualizing Java applications and workloads for the cloud. View this webcast to learn about real-world examples of companies that have adopted VMware vFabric tc Server and how to plan for future cloud deployments.
Traditional disaster recovery solutions are often too expensive, complex and unreliable to meet business requirements. As a result, IT departments are hesitant to expand disaster protection beyond their most critical applications, largely because they are uncertain whether the quality of the protection is really worth its cost. VMware vCenter™ Site Recovery Manager 5 is the market-leading disaster recovery product that addresses this situation for organizations of all kinds. It complements VMware vSphere to ensure the simplest and most reliable disaster protection for all virtualized applications.
Newsletter Sign-Up »

Receive the latest news test, reviews and trends on your favorite technology topics

Choose a newsletter
  1. View all Newsletters | Privacy Policy
Resource Center