Chapter 3
Costing your intranet

After careful consideration of the issues in the previous sections and the various options, applications and strategies open to your organisation, you may wish to estimate firstly, the cost of implementing such a project.

Costing the implementation of an Intranet can be tricky not least because of the number of organisations who already have many of the basic components necessary for a basic Intranet. Many employees may also be supporting the development of existing ‘grey’ Intranets. It is also useful to plan ahead for the almost certain demand for the integration of business-critical applications and legacy systems. These demands will also be accompanied by the costs for maintenance of ever-increasing volumes of information requiring greater investment in both the sophistication of the technology needed and the human resources dedicated to its support and development.

A formula for the costing of human resources is the most complex and will depend largely on the culture of the organisation. It will also depend on the amount of expertise that already exists in the organisation and whether consultants and/or outsourcing are required. Day-to-day management and development should also be costed in terms of whether the Intranet is to be managed centrally by dedicated teams, or whether the responsibility of applications, content and respective budgets are to be devolved to individual departments instead.

However, two areas of costing which are considerably easier to pin down are those associated with the technology and with training.

The following checklist taken from The Corporate Intranet Resource (1998) has been adapted as a method for identifying specific areas of cost. When identifying items of expenditure, initial and ongoing costs should both be taken into account for the following:

Client server costs (i.e. the workstation)

  • TCP/IP stack
  • Browser software
  • Machine upgrades
    • CPU
    • Memory
    • Hard Disk
    • Operating system
    • Other components such as multimedia etc.

Server set-up costs

  • Web server hardware
  • Web server software
    • Licensing fee
    • Installation
    • Support contracts
    • Other server software
    • Server management
    • News server
    • Mail server
    • Proxy server
    • Access / user authentication
    • Search engine
    • Database support
    • Log analyser
    • Discussion / groupware
    • Chat / instant messenger software
    • Document management systems
    • Intelligent agents
    • Portal kits

Networking infrastructure

Increased bandwidth, routers, Internet Service Providers, cabling upgrades

Content creation

    • HTML editors
    • Graphics editors
    • Multimedia suites including video streaming software
    • Java tools
    • Javascript tools
    • VBScript tools
    • ActiveX components
    • Perl scripts
    • CGI scripts
    • Applications

Training costs

    • Intranet end-user training
    • Intranet publishing/authoring training
    • Application development
    • Server maintenance
    • Helpdesk
    • Other

3.1 Calculating Returns-On-Investment (ROIs)

This section examines and adapts a simple method of calculating ROI as used by the Remedy Corporation (Billings, 2000) and then presents a case study of how the formulae can be applied in practice.

When comparing ROI methods the following calculations may be taken into account:

  • Return as a percentage of Investment over fixed period: (Return / Investment) xlOO
  • Return after deducting Investment for a fixed period: (Return - Investment)
  • How long until Return equals Investment: (Investment / Return per week)

To use any of the methods above, both potential costs (investment) and savings (returns) first need to be identified. The following bullet points highlight such examples.

Costs (investment)

One time costs: Ongoing costs:
  • Development costs
  • Cost of any new software
  • Cost of any new hardware
  • Information update costs
  • Maintenance costs
  • Training costs

Savings (returns)

When identifying sources of return, the following may often provide evidence of cost savings:

  • Savings through shorter task time
  • Savings through shorter processing time
  • Savings through the prevention of ‘leakage’

‘Leakage’ here may be defined as those factors often associated with human error that may not otherwise be considered an issue if an automated process was in place. Examples may include misplacing paper-based documents, forwarding incomplete documentation (i.e. omitted authorisation signatures etc.), misinterpreting or miscalculating data (especially during laborious routine work).

Methods used in calculating such cost savings listed above may include:

  • Observe old process
  • Observe new process
  • Make sure to include all phases of both methods
  • Measure process times for both
  • Check for any statistical differences in outcome
  • Measure frequency of task
  • Understand fully loaded employee cost per hour

3.2 ROI Case study

Web-based central department diary Vs hard copy version

The Careers Service at Lancaster University offers a number of services that operate in parallel to each other on a daily basis. The wide provision of services demands a significant amount of flexibility from a limited number of staff to ensure these services run smoothly. Areas of provision include reception, enquiries (telephone, email, web-based and face-to-face), scheduled guidance appointments, learner support, workshops, employer visits and meetings, project work (off and on-campus), and regular promotional activities. The majority of staff can be expected to be involved in delivering or supporting any combination of these services depending on the specific commitments that have been previously agreed upon for colleagues that particular day. The key component, that ensures the appropriate staff member is available to deliver these services as effectively and smoothly as possible, is a central (single) department diary.

The system would work by noting all appointments or timetabled staff activities and annual leave notifications in a central hard copy diary. The diary was located centrally in the Careers Service general office as the most convenient place for members of staff to enter, edit and view all entries. Entries for the current day were photocopied and distributed to each member of staff every morning, to be used as quick reference sheets in their respective work areas or offices.

Disadvantages of the system included:

  • as soon as someone amended the entry in the central diary for that respective day, the distributed single sheets were then outdated and incorrect
  • if someone wished to make a new entry in the diary for a future appointment, for most members of staff this meant leaving their work space or offices and walking to the general office. This could then be complicated further if the individual was:
  • off-campus and / or in a meeting and needed to consult the diary (this became even more problematic if the need arose outside normal working hours)
  • arranging a convenient appointment date on the telephone
  • and / or someone else was currently using the diary at the same time
  • and / or they were delayed en-route by a colleague or client

Consequently a business case was made recently for the adoption of an electronic diary in order to alleviate these problems. Unfortunately, the groupware currently used by the service, and those alternative proprietary products available on the market, were insufficiently flexible to meet the specific needs of the department for this purpose. For this reason an in-house web-based solution was sought.

In using the simple examples cited previously, the ROI for this particular case study is illustrated below.

Hard copy diary costs

Editing/checking diary:

Walk to office and edit diary (av. once/day @ 5 minutes per trip): 238 (individual employee working days) × 10 (staff) × 5 (minutes) = 198 hrs

Total: 198 (hours) × £28 (labour costs per hour) = £5,544.00

Delays (‘leakage’):

Assuming that for every ‘l-in-10’ trip to the General Office the diary is already in use by another colleague, or the individual is delayed on-route, then a minimum of one additional trip is required (in reality this is likely to involve more trips especially in term-time).

238 (individual employee working days) × 5 (minutes) = 19.8 hrs

Total: 19.8 (hours) × £28 (labour costs per hour) = £554.40

Photocopying:

Master copy: 268 (Careers Service working days) × £0.05 = £13.40 Daily ‘personal’ copies: 268 (days) × 10 (staff) × £0.05 = £134.00 22 hrs (copying time) × £28 (labour costs per hour) = £616.00

Total: £13.40 + £134.00 + £616.00 = £763.40

Total operating costs per annum: £5,544.00 + £554.40 + £763.40 = £6,861.80

Proposed web-based diary costs

Editing/ checking diary:

3 ‘mouse-clicks’ and type in entry (av. once/day @ 30 seconds per entry): 238 (individual employee working days) × 10 (staff) ×.5 (minutes) = 19.8 hrs

Total: 19.8 (hours) × £28 (labour costs per hr) = £554.40

Delays (not applicable)

Photocopying (not applicable)

Training (one time only cost):

15 (members of staff) × 15 (minutes) = 3.75 hours;

1 (instructor) × 15 (members of staff) × 15 (minutes) = 3.75 hours;

Total: 3.75hrs + 3.75hrs × £28.00 (labour costs per hour) = £210.00

System development

Creation of HTML templates and interface: 2hrs × £28.00 = £56.00; Perl script to automatically generate diary pages: 2hrs × £28.00 = £56.00

Total: £56.00 + £56.00 = £112.00

Total operating costs per annum: £554.40 + £210.00 + £112.00 = £876.40

Savings (annual operating costs)

Referring to the previous calculations, the following savings (per annum) can be identified in favour of adopting the proposed web-based diary:

£6,861.80 (hard copy diary costs) - £876.40 (web diary costs) = £5,985.40

ROI calculations

Return as a percentage of Investment over a fixed period:

  • (Return / Investment) × 100
  • £5,985.40 / (training + system development costs) × 100
  • £5,985.40 / £322.00 × 100 = 1859%

Return after deducting Investment for fixed period:

  • Return - Investment
  • £5,985.40 - £322.00 = £5,663.40

How long until Return equals Investment:

  • Investment / Return per week
  • £322.00 / (£5,985.40 / 52) = 2.8 weeks

Calculating the ROIs of such Intranet applications and processes above are relatively straightforward. This is due to the explicit factors relating to time and motion being easily identified, observed and therefore measured. Despite the case study being a relatively simple example, it still provides an insight as to how the early pioneers of Intranet deployment could lay claim to ROIs of a 1,000 percent and more (Campbell, 1996).

Less tangible areas of Intranet ROIs are those benefits that are derived from the adoption of more effective collaborative working and knowledge sharing practices. These factors are inherently difficult to measure due to the implicit way in which each individual absorbs information or knowledge which is then rationalised with their existing knowledge, resulting in new knowledge or ideas being formed, that may then be shared with others (employees, business partners or customers). Xerox is just one example of an organisation that has managed to quantify the benefits gained through Knowledge Management initiatives implemented through Intranet applications (see case study - chapter 6.)

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