Biometric Technology Maturity And Strategies For
Crossing the Chasm
By Michelle Shen
ePolymath.com
January
6, 2004
When will the
biometric market click? Despite all the hype
received in the biometric technology segment since 9/11, all
biometric vendors continue to operate in an uncertain environment
nearly two years later. If all the readiness for a market inflection
is there, when exactly will the critical mass be formed? This
article offers industry players a refreshing aspect of the
technology analysis -- the biometric technology maturity and the
adoption cycle. Biometrics is a typical case study of a technology
trying to cross the chasm between initial adoption and critical
mass. Strategies proposed at the end of the article will help
biometric players bypass the technology pragmatists that slow the
adoption and move forward rapidly into the mainstream market.
The maturity of biometric
technology also follows the technology S-Curve pattern. The
following model (Figure 1) is developed to illustrate the
relationships among evolution, adoption cycle and maturity of the
technology.
The first modern biometric
device was introduced on a commercial basis over 25 years ago when a
machine that measured finger length was installed for a time keeping
application at Shearson Hamil on Wall Street.
The e-commerce boom in the
90s was undoubtedly a key technology growth driver. Increasing needs
for identity management and security authentication over the Web
attracted a lot of efforts to promote and utilize the technology.
The first early mass commercialization occurred during this time,
however, the growth of the technology during the 90s was modest
simply because of the formative nature of the technology. It did not
reach an exploitation point.
The tragic 9/11 event in 2001 and increased
concern over security and new security legislation dramatically
increased the visibility of biometric technologies. The technologies
attracted investments from multiple sources and market entrants in
different roles (such as hardware, solution and software vendors;
system integrators; OEMs; etc.) increased exponentially. There was a
small tornado formed during this period of time as many
government-funded contracts were tendered and almost every
international airport in the United States began investigating
biometric technologies. However, the small tornado was formed at the
expense of biometric technology vendors, with few of them being
profitable: Vendors needed to invest
substantially in R&D to maintain the pace of technological advancement in a market where superior
functionalities were continuously being provided at reduced prices.
By the time that these vendors were established in the market, they
had become so highly leveraged financially that any hiccup
would probably have thrown them into a tailspin, or, the so-called chasm.
With all the exposure
biometrics received during this time period, the perceived value of
biometric technologies has been dramatically increased (as
illustrated in The Value to Customers Size of
Customers/Market Share chart in Figure 2), and it is now seen as
a lifesaver and a panacea for preventing terrorist attacks.
Looking forward, as most of
the public sector contracts will likely be released in the next five
years, the early adopters (here referring to adopters from public
sectors) perceived value of the technology will continue to
increase. These early adopters usually require the high flexibility
and capability of biometric vendors to deliver complex and
mission-critical biometrics solutions.
Although these customers
are willing to bet on the outcome, if the biometric
technologies fail to deliver on their promises, which will very
likely be the case in the next five years, most of the biometric
vendors will find themselves stuck in the chasm unless proper
strategies are chosen to help cross the chasm -- and fast.
Possible strategies for vendors hoping to
cross the biometric technology chasm include:
-
Establish a beachhead with a niche
whole product: In order to provide a completely
configured biometric solution for a specific niche market,
biometric vendors need to leverage their existing core
competence/core technology/competitive advantage, recruiting
partners to fill gaps and deepen the understanding of niche
requirements. For example, as an industry leader, Identix
leverages its IPS divisions relationships in the public
sector and offers a whole product that includes citizen-facing
and government employee-facing physical and network access
control by partnering with more advanced sensor manufacturers.
-
Leverage to adjacent markets or products
-- the bowling pin strategy: Bowling pin refers
to a complete solution which matches a specific application to a
niche segment. Biometric vendors should aim to choose a market
niche which is their own size and grow the market share within.
The vendors should target business sponsors and users, not
technologists. IT managers are typical pragmatists and are not
yet ready to support this type of decision making.
-
Continue extending until the main market
tornado starts: This is the most expensive strategy for
crossing the chasm, which means biometric vendors will keep
adding features in the hope that early majority will bite.
Unfortunately, this also reflects the cruel Survival of the
Fittest theory, with a good number of vendors probably being
squeezed out of the market. This strategy is usually adopted by
well-established vendors with deep pockets and a wide network of
strategic partnerships.
For more forward-looking biometric
technology strategies for vendors in different roles, please contact
Michelle Shen of ePolymath Consulting at [email protected].
Michelle
Shen is a Consulting Manager with ePolymath.com.
ePolymath Consulting is a strategic advisory and consulting firm
that provides critical analysis and actionable advice through
competitive intelligence market research initiatives to biometric
security and other high tech industries, thereby helping them manage
resources, assess and mitigate risks, and increase business value.
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