Table 3. Pattern matrix Pattern matrix a...

Table 3.

Pattern matrix

Pattern matrix^a
	Component
	1	2	3
Enhances integrity	0.909
Prevents interruption of project timeline	0.860
Promotes good information quality	0.836
Promotes confidentiality	0.832
Trust about project data	0.738
Enhances organisation’s competitive advantage	0.711
Ability to submit tender	0.705
Enhances project and company data availability	0.616
Provides an appropriated risk approach to various attacks	0.545
Reduces hardware and software damage (crash and computer freezing)	0.517
Promotes good reputation	0.465
Eradicates time wastage by quickly handling cyber-attacks		0.917
Promotes data privacy and protection with different security methods		0.896
Improves communication by preventing data modifications or deletion		0.785
Minimises dispute risk (reduces disputes among stakeholders due to data modification)		0.728
Enables safe and productive construction environment (reduces loss of information risks)		0.634
Guarantees safety of project data		0.483
Promotes hardware and software protection		0.475
Reduces physiological impacts			0.660
Efficient financial management (reducing unplanned expenses due to cyber-attacks)			0.498
Extraction method: principal component analysis Rotation method: Oblimin with Kaiser normalisation^a

Pattern matrix^a
	Component
	1	2	3
Enhances integrity	0.909
Prevents interruption of project timeline	0.860
Promotes good information quality	0.836
Promotes confidentiality	0.832
Trust about project data	0.738
Enhances organisation’s competitive advantage	0.711
Ability to submit tender	0.705
Enhances project and company data availability	0.616
Provides an appropriated risk approach to various attacks	0.545
Reduces hardware and software damage (crash and computer freezing)	0.517
Promotes good reputation	0.465
Eradicates time wastage by quickly handling cyber-attacks		0.917
Promotes data privacy and protection with different security methods		0.896
Improves communication by preventing data modifications or deletion		0.785
Minimises dispute risk (reduces disputes among stakeholders due to data modification)		0.728
Enables safe and productive construction environment (reduces loss of information risks)		0.634
Guarantees safety of project data		0.483
Promotes hardware and software protection		0.475
Reduces physiological impacts			0.660
Efficient financial management (reducing unplanned expenses due to cyber-attacks)			0.498
Extraction method: principal component analysisRotation method: Oblimin with Kaiser normalisation^a

Note:

^aRotation converged in 13 iterations

Source: Authors’ own creation

Sharing Unavailable