Xerox is a legendary company that not only created the
modern dry process for paper copying, but then continued to dominate that
industry for a couple of decades. Strictly speaking though the “Xerox” process
was created by Chester Carlson who then sold the technology and patent rights
to the founders of the company that later took on the name of its core
technology.
There are a few noteworthy things about Xerox that often
feature in my teaching:
- A number of leading companies of the time including IBM failed to see the value of Chester Carlson’s patents and declined the offer to buy the patent rights. Beauty is in the eyes of the beholder!
- Through a combination of technology advancement and building a strong patent wall, Xerox managed to keep competitors at bay for almost 20 years, a feat that is almost impossible in today’s world of rapid technological change.
- Xerox started losing its stranglehold on the industry when it was disrupted by a set of enterprising Japanese companies including Ricoh and Canon. They leveraged their competence in building copiers with a small physical footprint (ideal for space-starved Japan) to create a new market for small copiers in the United States. By selling small, reliable, economically-priced copiers they avoided a direct confrontation with Xerox that dominated the large corporate copier market with machines leased to central administrative offices backed by a strong service network. As often happens in such disruptions, Xerox was unable to respond to this because its leasing model tied it down.
- One of the big ironies of Xerox’s loss to the Japanese copier companies was that Xerox’s own affiliate in Japan, Fuji Xerox, was a pioneer of the small copier technology that was so cleverly exploited by Canon and Ricoh. Yet, in Xerox, as was typical of many large multinational enterprises at that time, technology flowed only one way, from parent to subsidiary, and the company realized the value of its own assets too late!
Xerox Today
Xerox today is a very different company from what it was
in the past. I knew that they had moved away from the core copying business to
digital documentation at some stage, but wasn’t aware of their present business
mix till recently. Thanks to the acquisition of ACS, an IT-services business
focused on the US transportation and healthcare businesses (medical record
processing; parking systems; transportation fleet management, etc.), Xerox has
moved away from its legacy business. More than that, it has successfully
avoided the ignominy faced by its Rochester twin, Kodak (which had to file for
bankruptcy). IT services accounts for about 60% of Xerox’s topline.
Innovation at Xerox
Xerox figures in innovation lore for an important reason
that I didn’t write about in the opening section – its Palo Alto Research
Center (PARC) was the source of a number of technologies that have changed the
IT and computing industries. George Pake, one of the PARC founders, predicted
an “office of the future” in 1975 that bears an uncanny resemblance to what an
office looks like today. The Graphic User Interface (GUI) was invented at PARC;
Bob Metcalfe, one of the inventors of the Ethernet worked at PARC too.
Laser printing technology was another major PARC invention.
Unfortunately, PARC also features as the most prominent
example of a company research center whose output was exploited by everyone
except its corporate parent! As is well known, Steve Jobs was an important
beneficiary of PARC’s pioneering work!
Today, like other large companies, Xerox has a network of
R&D and innovation centers across the globe.
As a company, Xerox has more than 60,000
patent grants since inception!
Xerox Research Center India
Xerox Research Center India (XRCI) is a relatively recent
addition to the Xerox network and is only a few years old (it was started in
2010). It’s the first Xerox research center in an “emerging market.”
I recently had the privilege of giving the keynote at
XRCI Open 2014, the first major innovation event organized by XRCI.
I liked XRCI’s efforts to reach out to the academic
community at this event. They had professors from a variety of institutions
like IISc, IIIT Delhi, IIT Madras and IIT Kharagpur, apart from students from
all over. The posters represented the work of both the academic and Xerox
communities, thereby promoting cross-fertilisation of ideas.
A distinctive feature of XRCI is that they have 3
ethnographers on their rolls. I am not sure of the origins of this, but
apparently thanks to its interest in work practice research, globally Xerox has
embraced ethnography as an important element in its approach to innovation. And
I am really happy to see XRCI following this trend.
Apart from my session, I attended an interesting panel on
“Smart Cities” – the gap between the chaos of our cities and the ideal smart
city of a slick power point presentation is so large that I sometimes wonder
about the relevance of such panels. But, I suppose it is exactly this chaos
that provides the opportunity to bring intelligence into managing things
better.
Areas of Work at XRCI
Healthcare is being transformed by IT, but there are also
big opportunities. According to some estimates, the value of healthcare fraud
exceeds $70 Billion. IT can help reduce this. Quality can also improve – tech
evangelist Vinod Khosla predicts that 80% of healthcare can be handled better
by software. These are obviously great opportunities for an IT and analytics
driven R&D centre such as XRCI.
Researchers at XRCI are working with their US colleagues on non-contact diagnostics through video.
The objective is to see under the skin and into the body using near infra-red
waves. A combination of Physics and Biology then enables measurement of some
essential body parameters. XRCI has a neonatal collaboration with Manipal
hospital to do “thermal videos” of infants to check their respiratory performance
and temperature. Similarly, there is the potential to detect breast cancer through
thermal means instead of using mammograms.
Another area is decision support for clinicians. XRCI is
working on stroke severity prediction. An accurate prediction can not only save
lives, it can help in optimum use of scarce hospital resources. Prediction is
currently at the 80-90% accuracy level, and the effort is to improve it
further.
Other current areas of interest at XRCI include traffic
flows, and related issues like mobility demand and optimization of public
transport; workflow automation applications in banking; and bridging the paper
digital divide in education by working on SPOC based solutions for engineering
education. For the “official” version of what XRCI does, visit their site.
The XRCI Opportunity
Overall, I found a quest to combine local needs with
global applications. Most MNC R&D subsidiaries in India (see my earlier
posts on IBM, Cisco, Bell Labs India) have found that if you want to do
interesting stuff based on working with the Indian ecosystem, it helps if you
work on problems that also have global relevance – that gets greater buy-in
from the business and makes commercialization easier. Manish is using his experience
with IBM to bring in this kind of thinking early at XRCI, and this bodes well
for the future of XRCI. By the standards of other MNCs, Xerox may be a late
entrant as far as setting up R&D in India is concerned, but it has the
opportunity to make quick impact!
Interesting !
ReplyDeleteYour advice of "work on problems that also have global relevance" is relevant for academic researchers as well. The top conferences look for papers that have global relevance.
ReplyDeleteThanks for this wonderful post. Your talk at "XRCI Open" was an informative and insightful one. We rarely see so many recent examples of innovation from India with deep analysis of why something became a grand success and some others did not.
ReplyDeleteRegards,
-Shourya Roy