The Digital Divide: An Absolute Barrier?

A common concern regarding the adoption of eEngagement initiatives is the limited use of ICTs in the wider community. With approximately three quarters of the New Zealand and Australian populations using the internet relatively frequently[9] the level of use of this technology is far from the near universality of other communications appliances like telephones.

The gap between universal access and the current penetration of ICTs is commonly referred to as the digital divide and represents a real concern for policy makers as it represents a different form of non-participation, namely, non-participation in the information society/economy.

It can be argued that this divide limits the value of new channels for engaging the public in policy processes. As specific segments of the community are excluded from these technologies, the results of using eEngagement are systematically skewed, particularly excluding people who are considered to be generally under-represented in conventional policy processes, such as the poor, migrants, indigenous people and those with limited educational backgrounds. eEngagement can be seen as anti-democratic leading to increased access by people in the community who are currently ‘well served’ by existing democratic structures.

Nature of the Divide

While this concern has relevance and is worthy of serious consideration at the initial stages of eEngagement project development, it does tend to promote a simplistic view of the average user of new communications technologies as:

  • white
  • male
  • urban
  • 25 to 40 years of age
  • professional
  • university educated

While this might have been an accurate portrait during the 1990s, the uptake of ICTs throughout the community has developed in unexpected ways. These include:

  • the rise of ‘silver surfers’ – retirees who find email and the internet an interesting and rewarding past time and means to maintain contact with children and grandchildren;
  • the use of ICTs in some migrant communities to access international news in their preferred language and maintain familial and business contacts in their country of origin;
  • the use of the internet in rural communities, either through the emerging area of ‘teleworking’ (remotely working from home) or farm-based ICT use to engage with world markets and use advanced sensing technologies (such as digital dam level indicators and remote cameras);
  • different usage patterns for similar technologies between age groups (e.g. youth versus business mobile telephone use); and
  • the significant narrowing of the gender gap.

Exhibit 14: Mobile Phones Buck the Digital Divide [10]

While the rate of internet adoption has slowed over the last five years, the penetration of mobile telephones in Australia and New Zealand continues to be strong. Both nations approach near 100 percent penetration of this technology and users are increasingly comfortable engaging with interactive services using mobile telephones.

In 2004-05 it was determined that 38 percent of Australians over the age of 16 had used their phone to participate in a competition via SMS.

Telephones exhibit a faster adoption curve (both market penetration and uptake of new features) because:

  • they have a short lifecycle (they are replaced more frequently than computers);
  • their total cost of ownership is low and their cost can be deferred over their operating life (the handset cost is often integrated into service costs); and
  • they are comparatively simple to use.

In addition, a large number of government and not-for-profit programs exist to improve access to ICTs by under-represented target communities, either through subsidised purchasing schemes, or through the provision of public access terminals in community centres, public housing estates, schools and job service organisations.

Despite these initiatives, the problem of the digital divide persists. During the initial popularisation of the internet in the mid-1990s, when growth rates for ICT usage were very high, the digital divide was characterised simply as an effect of the combination of technological diffusion speed and cost barriers to adoption. The assumption was, at this time, that as the number of users embracing the technology increased, more commercial vendors would be encouraged to enter the market, resulting in an easing of cost barriers. Although increased demand has driven costs down, this has not been enough to close the digital divide. In fact, adoption rates have slowed and some communities have shown limited uptake of ICTs.

The reasons for the digital divide are complex and not easily addressed by policy makers. They include:

  • a higher price ‘floor’ arising from the need to acquire and maintain both ICT equipment (with rapid replacement requirements due to obsolescence) as well as access accounts (often in addition to existing communications costs);
  • lower levels of competition for some data services than anticipated, due to limited competition in the provision of network infrastructure (particularly outside of urban areas and in the wholesale market);
  • difficulties in moving some parts of the community online (particularly those without full-time employment, with poor English language skills and older citizens);
  • ‘transitional’ delays, as users move between older and newer technologies, or basic versus advanced services (e.g. dial-up to broadband, 2G-3G mobile telephony); and
  • higher than expected barriers to entry. This is due to a combination of low technical literacy levels in parts of the community and the rapidly changing technical environment (making the ‘cost’ of maintaining accurate technical literacy high – this has been particularly exacerbated by socially-undesirable activities online that are not well regulated by national governments [11] ).

Implications of the Divide

The use of eEngagement systems will include (or be included within) a broader strategy that includes conventional ‘offline’ means of participation. For simple engagement approaches (such as the solicitation of submissions or surveying), this may simply require the provision of paper versions of discussion documentation and postal response mechanisms, whereas, for more complex processes (particularly deliberative ones or where specific sampling rules are applied) this may mean running parallel processes.

Where parallel processes are conducted, the managerial implications may be significant. These can include:

  • issues of timing: often on- and offline processes work on different timescales and synchronising parallel processes can be difficult to manage;
  • issues of comparability: for parallel processes to work they need to be similar in scope and interactivity. Where complex ICT applications are employed, determining how the richness of online eEngagement can be mirrored offline may be difficult; and/or
  • separate or integrated discussions: if there is a desire for ‘cross talk’ between the on- and offline communities, then consideration is required about how this will be managed. This may be a significant issue where there is a conscious desire for information, or experience, sharing between these two groups (especially where the composition of the on- and offline groups is distinctly different).

Beyond the ‘One Divide’

While these issues can be seen as daunting, it is important to conceptualise the digital divide as one of many different and overlapping, barriers to participation. While ICTs can provide enhanced access to policy processes for some (and can, therefore, be seen as democratically problematic), they also can be used to overcome other access problems.

Figure 4 illustrates a range of divides that overlap and provides insight into how a mix of ICT-based engagement and conventional approaches can create better overall outcomes in the reduction of barriers to participation.

Figure 4: Digital Divide or Multiple Divide?

Divide

Description

ICT Implications

Bandwidth

Access to ICTs, but slow access speeds. May be because of poor infrastructure, old equipment, remoteness, basic ISP account, or the use of technologies like 2.5G mobile telephony

Necessity of design of eEngagement for low-bandwidth environments

Digital

Lack of access to ICTs, either because of cost, skills, interest, language, or infrastructure

Importance of offline complementary processes, or provision of ICTs as part of eEngagement strategy

Educational

Limited education can limit access to policy processes through limited capacity to engage with briefing materials, low understanding of government processes / structures

Use of ICTs to education (primers, simplified language, etc.)

Linguistic

Poor / no English which limits access to formal consultation documents

Provision of translations or spoken equivalents

Mobility

Limited capacity to travel to physical venues, either due to poor transport infrastructure, limited financial resources, career status, or physical impairment

ICTs to overcome distance issues

Motivation

Lack of interest in issue, limited belief in value of participation, disenchantment with process

Use of engaging content, demonstration of commitment through activity

Time Poor

Limited ability to commit blocks of time to ongoing processes. May be due to career commitments, working hours (long, non-standard, erratic or on-call), or parenting

Use of asynchronous communications to manage time constraints

Vision Impairment

Vision impairment can be a barrier to participation where process is conducted via printed mail, are advertised in conventional printed matter only (newspapers) or where participatory forums make heavy use of visual aids (PowerPoint-type presentations)

Provision of material in digital form, use of spoken word versions, distribution of printed matter equivalents prior to physical meetings

Through a broader conceptualisation of the community’s access difficulties, we can achieve a better understanding of the appropriate role for ICTs in engagement processes. In addition, where ICT access barriers can be seen as disproportionately associated with some groups in the community, we need to be cautious about universalising this assumption. Where the approach taken to the eEngagement process is based on sampling to develop a representative section of the wider community (a cluster or quota sampling methodology) lower levels of ICT uptake in some areas of the community can be recognised and addressed through the use of appropriate quotas and additional recruitment in areas of under-representation.

Recognising areas of low uptake through eEngagement program design and implementation can be a catalyst for partnering with other community access programs. One of the key lessons learned during the last decade is that digital divide issues are often most effectively addressed through a combination of technical access provision, training and the incorporation of relevant compelling content. eEngagement activities can be seen as a highly effective way of motivating participation in the information economy.