MIS 100 2007(1-20)

* Click on the triangle symbols to reveal the information for each organisation.
1 University of Auckland
2 New Zealand Defence Force

2006 Ranking: 3

Senior IS executive: Derek Locke, chief information officer
Reports to: Chief of New Zealand Defence Force
Size of IS shop: 300

PCs: 14000_
Mobile PCs: 3500
Terminals: 0
Hand-held devices: 500
Total screens: 18,000

Industry: Government and defence
PC environment: Windows XP, Compaq, Dell, IBM,Toshiba
Server environment: Solaris, Other Unix; Windows 95/98, 2000, NT; Compaq; HP9000; OEM Intel-based
DBMS: Oracle, SQL
Address: Defence House 15-21 Stout Street, Wellington
Website: www.nzdf.mil.nz
Key IS projects this year: ERP system upgrade; infrastructure and telecommunications upgrade; server replacement.


The New Zealand Defence Force (NZDF), which integrates and manages three services – army, navy and air force – faces some “big issues” in 2007. But these are good challenges that will make the NZDF more professional and agile, says CIO Derek Locke. They include rolling out a new strategic plan, and development of robust governance structures, with a new senior management team led by the Chief of Defence Force, Lieutenant General Jerry Mateparae.
The combined organisation has a vision of being “the best in everything we do” with a mission to secure New Zealand against external threat, protect sovereign interests and take action to meet likely contingencies in areas of strategic interest to New Zealand.
To complete these strategic changes, NZDF has received additional funding of $4.6 billion over 10 years (beginning from the 2005/06 financial year) to support the Defence Sustainability Initiative (DSI). Locke says there is subsequently a lot of focus around new recruitment to support DSI and to counter a significant drop in personnel numbers.
Like many public organisations, Locke says NZDF is committed to a “huge” knowledge management project called Information Management and Exploitation which addresses storage issues around unstructured data. NZDF is also investing heavily in disaster recovery and business continuity projects, including pandemic planning, and is considering the effects of global warming on IT-supported systems.
Key NZDF IT systems are ERP systems supported by SAP software, email and other messaging systems, and operational systems that support war fighting. These systems must be capable of being deploying rapidly for overseas use, and there is pressure on IT systems and staff as a result of multiple military deployments, including ensuring NZDF has enough people, equipment and bandwidth. “Bandwidth at home is barely sustaining us and we are constrained by the lack of a high speed bandwidth network servicing the country. The demands of email, data and voice traffic are all exceeding our bandwidth capability, and yet we are still ensuring we meet our operational commitments. NZDF would be one of the biggest users of telecommunications in New Zealand,” says Locke.
He says ‘minimum broadband’ services should start around 100Mbps, particularly for large organisations with SAP-type applications that require “fat pipes” to be deployed to full potential. NZDF is investigating the use of dedicated satellite capability, and is in initial discussions with potential providers for a large satellite connection to be used mainly for data and in remote areas. Mobile technologies are important, says Locke, and NZDF is currently rolling out Blackberry devices to staff. “We have people travelling overseas for two weeks at a time and you cannot use anything other than GSM technology in the main for that.”
ICT projects for 2007 include investment in business intelligence tools and server virtualisation software from EMC – NZDF aims to reduce server numbers from 750 to around 200 within two to three years.
Defence is also extending its investment in Nortel, Cisco and Juniper VoIP technologies, and is looking at trialling 802.11-based wireless technologies. “There’s a lot of misconception about wireless technologies and data security,” says Locke. “We use wireless in our enterprise systems and there are more secure wireless solutions available now – there’s no reason that wireless can’t be used.”
3 Fonterra Co-operative Group
4 University of Otago

2006 Ranking: 4

Senior IS executive: Mike Harte, director, information technology services
Reports to: Chief operating officer
Size of IS shop: 230

PCs: 12,470
Mobile PCs: 1430
Terminals: 0
Hand-held devices: 38
Total screens: 13,938

Industry: Education services
PC environment: Windows XP, Apple Mac, Linux, Toshiba, Dell, Lenovo, HP
Server environment: Novell, Unix, RedHat Linux, VMS, Windows, Apple Mac, IBM, HP, Digital Alpha, Compaq
DBMS: Oracle, SQL
Address: Leith Street, Dunedin
Website: www.otago.ac.nz
Key IS projects this year: FMIS project; second data centre; application migration project – all in-house corporate systems on Windows/Oracle/Java platform.

The University of Otago will continue to enhance its international reputation as a research-led organisation and has recently completed a strategic direction to 2012.
From an IT perspective, director of IT services Mike Harte says the strategic planning has identified a number of imperatives that will require IT management to better understand business needs and to closer align these to IT strategy. “A key issue is alignment. We need to understand what the organisation’s needs are going forward and what it needs in terms of IT governance and leadership — that is where we feel we can add value.”
Questions being asked include whether the university has the appropriate advisory bodies, input groups and access to customer response to help align business and IT and how to ensure IT becomes more customer driven. A further focus is IT organisational structure. Harte has started seeking ideas from all IT staff and a representative group of customers regarding how the division can be organised to best meet the needs of its customers. Harte says this process will take a while but the inclusiveness is highly popular and likely to produce the best outcome.
“It’s a little like a ‘State of the Nation’ survey: I have been in this role for two years and this is a chance for me to revisit existing perceptions and where I see IT as a division moving forward and how we are viewed and delivering. We are looking at our customers’ needs and wants and where we add value and also at obstacles to delivery. Staff are providing individual and team submissions.”
As a large New Zealand university, Harte says there are ongoing challenges around service management, including IT support, delivery, capacity and prioritisation. There is increasing demand for new and improved IT services, along with a large number of systems projects potentially important to the business. IT management is therefore seeking greater involvement of senior management in prioritisation of IT work.
Like other universities, a need to comply with the pending Public Records Act from 2010 is important and Harte says “significant IT input” will be required for this project.
For network connectivity and security, the university is also reviewing identity management and authentication, authorisation and access processes to the core network and services, particularly as a result of investigating ‘capability building’ on the KAREN research and education network. “KAREN is a wonderful tool for research but a key issue is identity management. If we want to collaborate across organisations, then we must be part of a federated identity management system that allows staff to be authenticated back through their own organisation.”
Harte says a wireless network pilot launched last year received positive feedback from students and delivers secure wireless access. “If a laptop gets a virus we can shield the servers from it. If someone tries to hack into the wireless network, they will be shut down. Wireless is a key project for us to improve service to students and we envisage having a wireless cocoon over the campus by the end of 2007; 65 per cent of our students own their own laptop.”
The university is building a second data centre. It is in the design phase and is in response to the original data centre reaching capacity plus the requirement to reduce overall business risk.
Harte says there are distributed campuses — two sites in Wellington, one in Christchurch and one in Auckland; and there is now an Invercargill campus following the merger with the Dunedin College of Education.
Connection is currently via Telecom WAN links. However, traffic between all campuses will soon be running over the KAREN network’s 10GB backbone and Harte says traditional telecommunications services are likely to be reviewed as KAREN is bedded in.
The university would like to put together an “elegant” mobile computing solution, says Harte, as it presently supports a mixture of hand-held devices on mobile networks along with academics working overseas. “Blackberry technology works very well as do the range of Windows Mobile devices. This year we are evaluating those technologies and looking for a single, cost-effective solution that we can support from an enterprise point of view.”
VoIP is being researched and while the university has distributed PABX systems, it is looking at the next generation of VoIP technology. The university has multiple sites and the benefits of VoIP may balance or outweigh the investment costs, says Harte.
5 Telecom New Zealand

2006 Ranking: 5

Senior IS executive: Mark Ratcliffe, COO, technology and enterprises
Reports to: CEO
Size of IS shop: 2250

PCs: 7263
Mobile PCs: 3670
Terminals: 0
Hand-held devices: 600
Total screens: 11,533

Industry: Information - telecommunications
PC environment: Windows XP, HP, IBM
Server environment: AIX, HP Unix, Irix, MVS, Solaris, HP Others, iSeries, pSeries, Silicon Graphics, Sun
DBMS: DB2, Oracle, SQL, Sybase
Address: Level 2, Telecom Networks House, 68-86 Jervois Quay, Wellington
Website: www.telecom.co.nz
Key IS projects this year: Operational separation; number portability; local loop unbundling; Next Generation Telecom – IP network rollout; Yahoo! Xtra joint venture; voice services platform replacement.


Telecom, New Zealand’s largest listed company, is undergoing significant change and strategy revision in order to drive the business forward in the new regulatory environment.
New Government telecommunications legislation announced in 2006 included proposals for operational separation of Telecom’s business into wholesale, retail and network units. It provides for unbundling of the last mile ‘local loop’ access and the sale of standalone broadband without a phone connection, known as ‘Naked DSL’.
Mark Ratcliffe, chief operating officer technology and enterprises, says Telecom’s focus is on engaging positively with Government and the wider industry in order to develop the operations, products and wholesale services that meet the requirements of the Government’s regulatory review. “Our key business objectives are to implement a sustainable, future-proof separation model that meets the requirements of the Telecommunications Act. We have proposed a structurally separated access network company that would own and operate the network assets. This would allow for a simpler separation model and faster delivery of local loop unbundling and Naked DSL. It would also allow for deregulation in other areas, enabling Telecom Retail to innovate and compete vigorously for customers, and further broadband network investment. We are consulting with Government and the wider industry on this now.”
Business challenges include developing and implementing an effective separation regime in collaboration with Government and industry, and adapting to this new operating environment. Telecom is also prioritising work streams to ensure it delivers local loop unbundling and Naked DSL as required under the new legislation. “The telecommunications industry is at a critical juncture. Telecom is obviously at the heart of the regulatory reforms being implemented. However, the changes being introduced impact the entire industry: It is critical the right incentives for investment are retained in order to further enhance telecommunications services to New Zealanders,” says Ratcliffe.
Echoing the trends offshore and locally, Ratcliffe says Telecom is also encountering supply constraints in its traditional sourcing approaches for skilled staff. “The shortage of skilled IT people we’re experiencing is similar to the dot com boom and Y2K days of seven or so years ago. This has been heightened by the volume of work required to implement critical projects including operational separation, local loop unbundling and Naked DSL.”
This year, Telecom will invest in a wide range of internal IT initiatives including ERP, business intelligence and CRM systems, server virtualisation, VoIP and mobilisation technologies, disaster recovery and e-business projects. Network de-commissioning and extension of customer product and services offerings are also planned.
Telecom is committed to continued investment in its broadband and mobile networks, after accounting for the new regulatory environment. Telecom has begun network expansion with the rollout of ADSL2+ infrastructure that will lay the foundations for Telecom to offer broadband connections with average speeds of eight to 12MBps for residential customers in the five principal metropolitan areas. Further broadband initiatives are being evaluated as part of the current separation and operational review. Telecom is also actively evaluating the potential of emerging mobile technologies for delivery of mobile voice and data.
6 Ministry of Social Development
2006 Ranking: 6

Senior IS executive: Tim Occleshaw, chief information officer
Reports to: Deputy chief executive, people capability and resources
Size of IS shop: 350

PCs: 11,400
Mobile PCs: 1700
Terminals: 0
Hand-held devices: 135
Total screens: 13,235

Industry: Government and defence
PC environment: MS Windows 2002, Dell, Compaq
Server environment: HP Unix; MCP; Solaris; Windows 2000, NT; HP 9000; Unisys; Sun
DBMS: Oracle, DMS2, SQL
Address: Level 8 Bowen State Building, 32 Bowen Street, Wellington
Website: www.msd.govt.nz
Key IS projects this year: Client management system; management information system for CYF; new service model for Work and Income.


The Department of Child Youth and Family merged with the Ministry of Social Development (MSD) in mid-2006 to create an organisation of more than 9000 staff, 13,000 screens and with an annual turnover of $1.14 billion annually. However, the size of the IT team under CIO Tim Occleshaw has only increased by around 30 positions, to 350 permanent staff.
Occleshaw says the MSD is an outcomes-focused department, and one of the consequences of this is that both client and front-line staff requirements directly drive IT strategy and architecture. “We put clients at centre of everything we do and that puts some pressures on the IT systems. Our front line staff has evolved business processes and practices but IT and systems infrastructure has not been able to evolve as fast, so that’s a big challenge.”
Large IT projects for 2007 include a Client Management System pilot to be trialled among 800 users in the Bay of Plenty region and contact centres. Occleshaw says the MSD’s SWIFTT system, which manages core benefit calculations and payments, does the job well and isn’t up for replacement. However, SWIFTT is transactional in nature and not well suited to support the management of client relationships, which is where the new Client Management System (developed by Irish software developers Cúram Software) comes in.
“The Client Management System will make a significant difference to the way our staff can work with clients; allowing us to work with much better information, reducing the administration overhead, and also allowing new staff to come up to speed faster.”
Occleshaw says increasingly state sector agencies are joining together to provide better integrated services to New Zealanders. “Isn’t it better for our clients if government organisations can work together so that clients don’t have to talk to several different agencies about the same thing? But for many of us this means we have to work in new and different ways. At the moment, MSD’s infrastructure and systems don’t lend themselves particularly well to cross-government collaboration, so this is one of the drivers of our infrastructure roadmap.”
MSD’s general approach is to leverage technology to remove barriers to services and to enhance responsiveness to clients and stakeholders. Occleshaw says MSD is not seeking to reduce personal contact with customers, but to use technology to put them at the centre of what it does. Key IT activity supporting this includes the new Client Management System; greater integration of systems and joining of disparate repositories of client information into a single view of the client; evolution of integration strategy towards a service oriented architecture; and a management information system (SAS data warehouse) program for Child, Youth and Family. This aims to build managers’ capability to recognise trends, understand drivers and know what the information means, and what action they should take in response to indicators.
Occleshaw says the MSD has a knowledge management programme that will go well beyond being only a document management system. “We want to get this right – knowledge management has been a buzz phrase for a few years without being fully understood. We have an intranet which forms part of the organisation’s knowledge, together with a document management system (Objective). We are also using collaboration tools and looking at how to leverage the knowledge stored in various user based network drives.”
The MSD is a VoIP pioneer, with a fully integrated VoIP network since 2000. Recently, Genesys and Cisco-based VoIP technologies and systems have been deployed progressively across its contact centres to replace old managed services, with predictive dialling and routing tools.
MSD is moving from its mainframe systems in a careful, risk averse way, says Occleshaw, and is re-platforming and removing a system from the Unisys mainframe – the Trace system - that manages customer debt.
7 Fletcher Building
8 Carter Holt Harvey
9 ANZ National Bank
10 Massey University
11 Progressive Enterprises
12 Air New Zealand
13 Inland Revenue Department

2006 ranking: 11

Senior IS executive: Ross Hughson, chief information officer
Reports to: Colin McDonald, deputy commissioner business development and systems
Size of IS shop: 320


PCs: 7623
Mobile PCs: 1066
Terminals: 50
Hand-held devices: 200
Total screens: 8939


Industry: Government and defence
PC environment: Linux, Windows 2000, Acer, Dell, HP, IBM, Sun
Server environment: Linux; MCP; Novell; Solaris; Windows 2000, Server 2003; Dell; HP Others; Unisys
DBMS: Access, DMS, Oracle, Progress
Address: 12-22 Hawkestone Street, Thorndon, Wellington
Website: www.ird.govt.nz
Key IS projects this year: KiwiSaver supporting systems; internal and external correspondence imaging; VoIP network and Genesys call centre system; systems to support student loans changes for amnesty and zero interest.


Inland Revenue Department has a busy year ahead thanks to Government commitments like the KiwiSaver and the student loan amnesty period and zero-interest scheme — examples of legislative changes that drive demand for new systems and extra flexibility and competency within the IRD IT team.
CIO Ross Hughson says in addition to these, IRD has a full ICT projects schedule for including upgrading and modernising core legacy applications like FIRST. Developed in the late ‘80s, FIRST is fast approaching 20 years and modernising this legacy application along with others will help deliver better business agility in a demanding legislative change environment.
Hughson says another challenge is continually working with the business to leverage existing information so that IR can be better informed and deliver on its outcomes. “How do we leverage off the information we hold in our data warehouse more successfully than we do at present? There is very good information in there that we could use to better assist customers with compliance and to help staff identify cases of non-compliance.”
IRD also has a lot to gain from the e-channel and developed a new e-business strategy in 2006 to help deliver on targets including the online processing of 80 per cent of IRD transactions within five-years (the present rate is 20 per cent.) Hughson says IRD is comfortable with the ‘e-enablement’ services it offers, but hasn’t marketed these to customers and education and promotion is required to build customer confidence. “Lots of countries are looking at the electronic benefits of online tax payments and access to information; we plan to drive that uptake over the next few years. The more we can expose services online, the more streamlined the whole process can be.”
He says this approach is also in line with Government e-strategies, and IR is keen to collaborate with the e-channel goals of other government departments. IRD is also redeveloping its intranet to improve internal efficiency and access to information, and to automate staff internal processes.
14 Auckland University of Technology

2006 ranking: 23

Senior IS executive: Liz Gosling, director IT services
Reports to: General manager, service and operations
Size of IS shop: 70

PCs: 5692
Mobile PCs: 1103
Terminals: 0
Hand-held devices: 396
Total screens: 7191


Industry: Education services
PC environment: Apple Mac, Windows XP, Linux, Cyclone Computers, Toshiba, Apple, Lenovo, IBM
Server environment: Linux, Novell, Windows 2000; Apple, Cyclone Computers
DBMS: Oracle, MySQL, SQL
Address: 55 Wellesley Street East, Auckland
Website: www.aut.ac.nz
Key IS projects this year: Web portals; CRM; infrastructure upgrades; information architecture.


Following a rewrite of its strategic plan in 2006, Auckland University of Technology (AUT) now has five key objectives for the next five years: Providing excellent education, conducting excellent research, actively engaging with communities, attracting and retaining excellent staff, and effectively managing its resources.
Liz Gosling, director IT services, says AUT’s focus is always on practical applied education, enabling opportunities in the modern professions and disciplines of today’s economy. Challenges include the need to maintain and grow student numbers in a tight education market, driven by low unemployment in New Zealand. Gosling says it is also a challenge to maintain technical support that is robust, easy to implement and cost effective.
The following key IT groups report to Gosling: The Client Services team, which is responsible for first and second-line support, training and audio-visual equipment; an Information Systems team focused on projects and system integration; a Technology Services group forming third-line, back room server, and telecommunications infrastructure support; and an on-site digital printing copy shop called PrintSprint.
Gosling says AUT is a large purchaser of telecommunications and as a result has been able to negotiate satisfying commercial deals with core telecommunications’ supplier TelstraClear. However, she says what’s important to AUT is access to e-learning and that is dependant on home broadband performance. “Cheap, good quality broadband available to New Zealand homes is vital to us; we can then deliver content-rich course content over our e-learning platform. What we can deliver at 56Kbps or less is less engaging.”
Key projects for 2007 include business intelligence, CRM and financial software upgrades. AUT is also committed to the cost savings afforded through server virtualisation and VoIP technologies and has implemented an organisation-wide Cisco VoIP System.
Wireless and mobile services are being extended and Gosling says AUT has around 70 Blackberry devices that it finds simple to support. On the e-business front, AUT is changing the structure of its key website from ‘one size fits all’ to separate portals — one for staff and students, and a transactional portal.
15 University of Canterbury

2006 ranking: 19


Senior IS executive: John Vargo, interim director information and communication technology
Reports to: Chief operating officer
Size of IS shop: 130

PCs: 5200
Mobile PCs: 700
Terminals: 200
Hand-held devices: 50
Total screens: 6150

Industry: Education services
PC environment: Windows XP, Linux, Apple Mac OS, Cyclone, Toshiba, Insite
Server environment: Windows 2003, Linux, Sun, VMS , HP, IBM, Apple
DBMS: Oracle RDB, SQL, Jade, Sybase, PeopleSoft
Address: University Drive, Ilam, Christchurch
Website: www.canterbury.ac.nz
Key IS projects this year: New data centre; super computing; hardware refreshments; server consolidation; equipping and restructure of central print production.

The University of Canterbury has merged with the Christchurch College of Education (CCE), a lengthy process that necessitated the integration and rationalisation of IT systems along with logistical and administrative integration of sites and resources, says John Vargo, interim director of information and communication technology for the University of Canterbury.
A key project is the development of a new data centre, to be located on the new University of Canterbury College of Education (UCCE) campus. Planning is underway, with the new data centre expected to be available in 2008. At that point, the existing data centre will be used as a second site to support disaster recovery strategies and the University will initiate a larger programme of server consolidation, says Vargo.
Like most tertiary providers, leveraging the international high-speed KAREN research network to provide fast broadband connection for researchers, campus students, distance learners and university sites is high on the wish list for the University of Canterbury. Vargo says “fat pipes” are important, particularly with the extension of campus size through the University’s merger with the former UCCE. Towards this, the University of Canterbury has started a campus data network upgrade, with plans to progressively extend on-site network performance to a peak of 10GB/sec. Vargo says the upgraded network will also help deliver video-based, distance learning tools already used by the UCCE as well as video conferencing. “There will be more extensive video conferencing and a whole range of other initiatives – really, we are just getting started.”
IT projects for 2007 include assessment of document and knowledge management needs with a view to Public Records Act compliance, and continued rollout of 802.11-based technologies as needed. The university has also issued an RFI with a view to outsourcing telecommunications products and services, and to review mobile technologies and mobile services strategy. Web-facing channels are in the spotlight, with new e-commerce and e-business sites under development.
16 New Zealand Police

2006 Ranking: 17

Senior IS executive: Rohan Mendis, ICT manager
Reports to: Deputy commissioner
Size of IS shop: 252

PCs: 5700
Mobile PCs: 1000
Terminals: 0
Hand-held devices: 100
Total screens: 6800

Industry: Government and defence
PC environment: Windows XP, Dell, Lenovo
Server environment: Sun, Windows 2000, Dell
DBMS: DB2, Oracle, SQL
Address: 180 Molesworth Street, Thorndon, Wellington
Website: www.police.govt.nz
Key IS projects this year: Digital encrypted radio; hardware refresh; case management system upgrade.


Public perception of the quality of policing is a key challenge faced by NZ Police in 2007 and beyond. Meeting this, NZ Police has three strategic goals to 2010: Community reassurance through providing protection and opportunities for community participation, setting local priorities, and working in partnership with other organisations; policing with confidence using evidence-based proactive policing, timely and effective response for service, and thorough investigations and effective resolution of crime; and organisational development through technology and innovation, integrity and accountability, and providing leadership and staff development.
“We need real leaders in Police and we need them to be [rock solid] in terms of integrity and accountability that then feeds into community reassurance,” says Rohan Mendis, ICT manager.
ICT systems and innovation cut across all the above key goals, and in 2007 the Police ICT team is focused on staff training and education surrounding the use of new and existing ICT systems and devices. “Our methods of training are also being revised – for example, we are investigating training models like taking the classroom to the staff.”
Mobile access to core operational applications is another focus, and subject to finance, Police will pilot a wireless LAN and invest more widely in cellular mobile technologies, digital radio, and voice and data wireless networks. The goal is to make applications available in Police stations available on car computers, and eventually on secured PDAs.
Mendis says server virtualisation will continue, with a goal of 80 per cent of Police application servers eventually virtualised – it is already a third of the way towards this goal. VoIP technologies are also viewed favourably, with more than 3300 phones installed and another 7000 to go. Mendis says voice and video run well over the Police data network using Cisco multi-service network technologies. Police also recently upgraded its communications centre, internal help desk and traffic camera office call centre with multimedia-capable applications.
17 Land Transport New Zealand

2006 Ranking: 15

Senior IS executive: Tony West, chief information officer
Reports to: General manager, corporate services
Size of IS shop: 60

PCs: 7710
Mobile PCs: 205
Terminals:0
Hand-held devices:0
Total screens: 7915

Industry: Government and defence
PC environment: Linux, Windows XP, HP, Intel-based clone or OEM, Toshiba
Server environment: Linux; Solaris; Windows 2000, 2003, NT; Unisys; Dell; HP Others
DBMS: Jade, Oracle, Unisys RDMS, SQL
Address: Level 4, NZ Post House, 7-27 Waterloo Quay, Wellington
Website: www.landtransport.govt.nz
Key IS projects this year: Operator rating system; performance monitoring system; Unisys outsourcing.


Land Transport was formed in 2004 from the merger of Transfund New Zealand and the Land Transport Safety Authority. It is a significant user of information technology with nearly 8000 screens and an IT team of 60.
“Information and effective business systems are key to Land Transport New Zealand achieving its strategic goals,” says Tony West, chief information officer. “We are a knowledge-based organisation and the key to operational success is to enhance our use of that knowledge.”
West says while organisational direction and business strategies are reasonably well understood within the information systems and technology group, further work is required to ensure both strategies are more closely aligned. “We are still building IT governance structures, which take some bedding down, and we are continuing through the business planning process along with implementing new enterprise architecture.”
He says government policy changes “always create surprises”, and the IT service arms of government departments driven by legislation can not foresee all IT systems and services required in the future.
“Big blocks” of work for Land Transport for the next year include changes to support new Transport Operator licensing legislation, a system that looks at all transport operators and operations, and is part of the implementation of the rating system that targets information to allocate resources to risk. Land Transport will also make a significant investment in VoIP to coincide with new premises, and complete a document management system project designed to support knowledge management processes within Land Transport.
Land Transport is also seeking to make more transaction services available online. It is also about to finish a project with NZ Post that allows for online Land Transport NZ payments and renewals at NZ Post desktop counters via n-tier architecture.
18 ASB Group

2006 ranking 14

Senior IS executive: Clayton Wakefield, head of technology and operations
Reports to: Hugh Burrett, managing director, ASB
Size of IS shop: 450

PCs: 6000
Mobile PCs: 1100
Terminals: 0
Hand-held devices: 100
Total screens: 7200


Industry: Finance and insurance
PC environment: Windows 2000, XP; Acer; Dell; Toshiba
Server environment: MCP; Windows 2000, XP, Server 2003, NT, XP; Dell, HP, others
DBMS: DMS, SQL
Address: Level 28, ASB Bank Centre, 135 Albert Street, Auckland
Website: www.asbbank.co.nz
Key IS projects this year: KiwiSaver, internet business banking.


Online banking security performance and business banking services are major focuses for the ASB Group in 2007 and beyond.
Business challenges faced by the group include the competitive nature of the industry and market fluctuations, which can affect lending volumes and interest margins. CIO Clayton Wakefield says the IT team, systems and initiatives underway are well placed to meet these challenges head-on.
Online projects include a new internet banking service called Fastnet Business Banking, which allows businesses to conduct banking transactions over the internet securely and in real-time.
ASB is an innovator in online security and Wakefield says ASB was the first bank to introduce two-factor authentication technologies. ASB online banking users enter a user ID and login password but can also receive a special code via text or a token device to authorise larger transactions beyond a limit the customer determines. “As internet use becomes more pervasive, we are focused on appropriate levels of security for our customers balanced with convenience, cost and risk. Our customers recognise the benefits of extra security.”
As a default provider for KiwiSaver, ASB faces a significant upgrade of ICT systems and software to support the scheme and Wakefield says this is the bank’s most significant IT project for 2007. Other key IT projects include refined business intelligence and data warehouse tools. Treasury system replacement is also on the investment plan and the bank’s CRM system will be enhanced and continue to be integrated into all systems. Cost and operational benefits around server virtualisation are also being investigated.
ASB is pleased with the benefits it has realised from installing a full VoIP network using Cisco Call Manager, says Wakefield. These include reduced toll costs, the introduction of video, unified messaging, distributed call centres and the creation of a ‘single environment’ across the bank’s 150 dispersed sites.
ASB has no plans to implement 802.11 wireless technologies but continues to expand its use of cellular mobile network service for remote workers.
19 Bank of New Zealand

2006 Ranking: 21

Senior IS executive: Paul Tait, chief information officer
Reports to: Chris Bayliss, general manager technology and operations
Size of IS shop: 300

PCs: 4000
Mobile PCs: 1685
Terminals: 385
Hand-held devices: 1268
Total screens: 7338

Industry: Finance and insurance
PC environment: Apple Mac; OS/2; Desktop Unix; Windows 2000, XP; Dell; IBM
Server environment: AIX; HP Unix; SCO Unix; Sun; Windows 2000, 2003; HP Intel-based; xSeries, iSeries, zSeries
DBMS: DB2, Informix, Oracle, SQL, Sybase
Address: State Insurance House, 16 Willis Street, Wellington
Website: www.bnz.co.nz
Key IS projects this year: Re-use of components through service oriented architecture; strengthening online and mobile banking capabilities.


Strategic priorities for the Bank of New Zealand in 2007 include building retail banking presence through excellent service. This will be achieved through offering customers new and unique ways to save money on fees and mortgage interest, as well as ways to earn higher interest on deposits.
“We’ll also be looking at ways to streamline the customer banking experience further, making it easier, cheaper, and faster to bank with us. Our latest offering ‘TotalMoney’ encompasses all of these things and based on the extremely positive response we’ve had from new and existing customers, it’s the packaged solution they’ve been waiting for,” says CIO Paul Tait.
Tait says a key business challenge for the BNZ is in creating the ability to be as nimble as smaller niche banking players. “However in saying that, our success at the Cannex Banking Awards shows that not only are we the best value for money in terms of the large banks, but our home lending, personal lending, and credit cards offerings are strongly competitive with anything available on the market.”
The regulatory moves afoot in respect of unbundling and opening up the Telecom network, as well as portability, are all positive and will enable improved service opportunities for the BNZ, says Tait. “The other major challenge is the cost of mobile termination fees as a result of the high interconnect fees that are being passed on to customers. These significantly threaten the profitability of pushing our services online at costs customers will find acceptable. For example, it is expensive to preserve free calling into our 0800 numbers for account enquiries from mobile phones. Some innovative thought is required to continue to deliver cost effective personal mobility for customers, something we are working on presently.”
20 healthAlliance

2006 ranking: 22

Senior IS executive: Phil Brimacombe, chief information officer
Reports to: CEOs of Waitemata and Manukau DHBs and healthAlliance COO
Size of IS shop: 98

PCs: 4700
Mobile PCs: 350
Terminals: 300
Hand-held devices: 0
Total screens: 5350


Industry: Health and community services
PC environment: Windows XP, HP
Server environment: Linux; Windows 2003, Windows 2000, Windows NT; Solaris; AIX; HP Intel-Based; Sun Microsystems, IBM RS/6000
DBMS: Oracle, MS SQL
Address: Middlemore Hospital, Otahuhu, Auckland
Website: www.healthalliance.co.nz
Key IS projects this year: Mental health clinical information system; chronic care clinical information system; electronic referrals; electronic medication record.

Responsible for providing IT strategy, operations and services to two Auckland District Health Boards — Waitemata and Counties Manukau — healthAlliance takes a long-term strategic view of the needs of both DHBs, says CIO Phil Brimacombe.
To support the two DHBs, healthAlliance develops and deploys clinical information systems that provide valuable information for both primary and secondary healthcare providers. Brimacombe says there is a need to reduce fragmented and paper-based information systems and continually develop and provide an integrated information view. That way, clinicians can get one view of the patient’s radiology reports, outpatient notes, test results and notes from other clinicians involved in that patient’s care. “For example, it’s very important to get the health of children right as the health problems of early life tend to become more complicated later in life. We developed the Well Child information system, which went on to become the national immunisation system, and want to expand that further to electronically capture and integrate more Well Child information and involving external providers such as Plunket.”
The three greater Auckland region DHBs are jointly implementing a mental health information system. It will eventually be linked to GPs and other providers so decisions on mental health care are not made in isolation. Similar integrated information developments are in place or in development for community health workers.
“A lot of people don’t need to be in a hospital and instead receive care from community health workers like district health nurses and physiotherapists or occupational therapists. At the moment a lot of the information these workers gather is manual and paper-based,” says Brimacombe.
healthAlliance will soon embark on a business intelligence project to deliver better financial information to DHB managers and on a large server virtualisation project. Brimacombe says healthAlliance finds virtualisation “quite challenging” due to the complex clinical applications the DHBs use. “It’s quite easy for organisations with off-the-shelf applications to virtualise, but our highly specialised applications demand their own quirky hardware. That said, we have to do it because we have hundreds of servers.”