Box 1
Canadian Infl ation: The Role of Globalization and Digitalization
The role of globalization and digitalization has received
increasing attention among policy-makers as a potential
explanation for soft infl ation across a number of advanced
economies. In this context, the Bank has investigated
whether such global factors might shed light on unexplained
softness in Canadian infl ation in recent years.
1, 2
Globalization is likely not a signifi cant contributor
to infl ation softness
Given that Canada is a small open economy, there is con-
siderable scope for globalization to aff ect Canadian infl ation.
For example, increased imports of goods from China in the
2000s were estimated to have reduced infl ation in Canada.
3
Globalization may infl uence infl ation through several
channels. New analysis examining the recent unexplained
softness in infl ation considered the impact coming through
import prices, including the implications of global slack.
It also explored the eff ect of the integration of Canada in
global value chains on domestic wages and price setting.
This analysis did not detect a signifi cant link between these
factors and the unexplained softness, although over time
the factors could become more relevant.
The eff ect of digitalization on Canadian infl ation
appears to be small, but this could change
As noted in the July Report and in Poloz (2017), structural
changes related to technological advances and digitalization
could also be aff ecting consumer price index (CPI) infl ation
globally.
4
Bank staff have reviewed the literature on the
implications of digitalization for infl ation and reported on
consultations with fi rms on the digital transformation in
some service industries.
5
This analysis reviews three key channels through which
digital technologies may aff ect infl ation:
1 See D. Brouillette and L. Savoie-Chabot, “Global Factors and Infl ation in Canada,”
Bank of Canada Staff Analytical Note No. 2017-17 (October 2017).
2 The Bank bases its analysis on a Phillips curve framework, where infl ation
dynamics are explained by a measure of economic slack, infl ation expectations,
movements in commodity prices and movements in the exchange rate.
3 See L. Morel, “The Direct Eff ect of China on Canadian Consumer Prices: An
Empirical Assessment,” Bank of Canada Staff Discussion Paper No. 2007-10
(September 2007).
4 S. S. Poloz, “The Meaning of ‘Data Dependence’: An Economic Progress Report”
(speech to the St. John’s Board of Trade, St. John’s, Newfoundland and Labrador,
September 27, 2017).
5 See W. Dong, J. Fudurich and L. Suchanek, “Digital Transformation in the Service
Sector—Insights from Consultations with Firms in Wholesale, Retail and Logistics,”
Bank of Canada Staff Analytical Note (forthcoming); and K. Charbonneau,
A. Evans, S. Sarker and L. Suchanek, “Digitalization and Infl ation: A Review of the
Literature,” Bank of Canada Staff Analytical Note (forthcoming).
• Falling prices of goods and services related to informa-
tion and communications technology (ICT) can aff ect
the CPI. The prices of some ICT products have rapidly
decreased since the 1990s as a result of technological
improvements. However, the trend in Canada appears to
be somewhat diff erent, refl ecting in part limited compe-
tition in the Canadian telecommunications sector, which
has off set some of the downward pressure on prices
relative to other countries.
6
• Digital technologies can change market structure.
Digital technologies can allow certain “superstar” fi rms
to become dominant, but they can also increase com-
petition, especially through e-commerce, which may
infl uence how retailers set prices. Evidence for Canada
suggests the latter impact is likely limited so far because
of the very small share of online retail sales held by
Canadian fi rms and the similarity between the behaviour
of online and offl ine prices.
7
To the extent that technol-
ogies are substitutes for labour, they may reduce the
bargaining power of workers and weigh on wage growth.
• Cost-effi cient technologies lead to increases in produc-
tivity. Digital innovation can create disinfl ationary pres-
sure through a reduction in production costs. However,
productivity eff ects from digitalization are diffi cult to
identify in offi cial statistics.
8
Results from the Bank’s
consultations suggest that, on balance, fi rms have seen
some reduction in operational costs, but effi ciencies are
yet to be realized for many.
There is some evidence that digitalization has had a damp-
ening eff ect on infl ation in advanced economies.
9
However,
its eff ect on Canadian infl ation appears to be small. The
relatively low adoption rate of e-commerce and other digital
technologies in Canada compared with other advanced econ-
omies could be one explanation for smaller eff ects in Canada.
The Bank will continue to explore the evolving role of global
factors, particularly digitalization.
6 See, for example, Sveriges Riksbank, “Digitalization and Infl ation,” Monetary Policy
Report (February 2015): 55–59.
7 See, for example, A. Cavallo, “Are Online and Offl ine Prices Similar? Evidence
from Large Multi-Channel Retailers,” American Economic Review 107, no. 1 (2017):
283–303; and Y. Gorodnichenko and O. Talavera, “Price Setting in Online Markets:
Basic Facts, International Comparisons, and Cross-Border Integration,” American
Economic Review 107, no. 1 (2017): 249–282.
8 E. Brynjolfsson and A. McAfee, “Race Against the Machine: How the Digital
Revolution Is Accelerating Innovation, Driving Productivity, and Irreversibly
Transforming Employment and the Economy,” The MIT Center for Digital Business
Research Brief (January 2012).
9 See, for example, Sveriges Riksbank (2015); M. Ciccarelli and C. Osbat, “Low
Infl ation in the Euro Area: Causes and Consequences,” European Central Bank
Occasional Paper Series No. 181 (January 2017); and ECB, Economic Bulletin,
Issue 2 (2015).
8
CANADIAN ECONOMY
BANK OF CANADA • MONETARY POLICY REPORT • OCTOBER 2017