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A
funny thing happened when hundreds of corporations invested in ERP (enterprise resource planning)
software in the 1990s. The consultants, who charged $50
million or more to implement a system, were happy. The
bean counters, who could compile accounting data with
unprecedented speed and accuracy, were happy.
But the managers in charge of actual business operations
were not so happy.
It
turns out, says Lud H. Kimbrough III, that the old
managerial information systems used by plant and supply-
chain managers often got thrown onto the scrap heap
because they didn’t integrate with the enterprise
software. And, while elaborate Oracle and SAP systems
were terrific at calculating the kind of numbers
demanded by Wall Street and the tax man, they didn’t
help the guys in the trenches make the kinds of
decisions they
were facing: How much inventory should they carry?
How much overtime should they operate? What’s the most
profitable product mix to run on their assembly line?
In
factory after factory, says Kimbrough, who conducted his
share of operations analysis at the old James River
Corp., plant managers asked their plant financial
directors to rig up in-house spreadsheet models.
Spreadsheets aren’t designed, however, to find optimal
solutions for complex questions involving multiple
variables. Spotting a giant gap in the business
solutions marketplace back in 1998, Kimbrough launched
his Richmond-based company, Heads Up Systems LLC.
Heads
Up sells what it calls the “Performance Management”
system, an amalgam of consulting, programming and
business methodology. “It’s a system,” explains
Kimbrough, “Not a piece of software. Not a week of
consulting.”
Kimbrough
cites Luck Stone, a major Virginia
quarrying operation based in Goochland
County, as
a client that used his system to solve a complex
business problem that had bedeviled it for years. For
years, Luck had started its annual budget process by
projecting the volume of stone products that it thought
it could sell. But a quirk of the aggregates business --
it's impossible to crush stone to a ¼-inch dimension
without throwing off stone that’s 1/8th and
1/16th of an inch, both of which can be sold
as separate products -- made it difficult to
reliably
project the impact of a given sales mix on production
and inventory.
That
created major headaches. As Kimbrough explains: “If
your sales aren’t balanced to your production
capabilities, either you can’t manufacture what you
can sell, or you can wind up with huge imbalances in
your inventories.” Today, Luck Stone runs numerous
product-mix scenarios through its model to identify the
optimal one. “That tells them how long they’ll have
to run their equipment, how much inventory they’ll end
up with, and what their profit will be.”
Kimbrough
relishes tackling complex managerial questions: The more
difficult, the better. At what production level does
a mill’s marginal costs exceed its marginal revenues?
Should we shut down for maintenance this quarter or
next? Which plants should make which products?
He
addressed those kinds of questions back in business
school at Virginia Commonwealth University,
but the financial theory seemed too esoteric for the
real world. Says Kimbrough: “Everyone walked out of
class and said, ‘That’s cool… but I could never
use it.’”
He
didn’t give much thought to multi-variant analysis
until years later, when he found himself grappling with
complex questions involving production runs at
James
River
’s
pulp and paper mills. As vice president-corporate
development, he analyzed a lot of the company’s business
operations, seeking to improve profitability, but was
frustrated by the limitations of his tools. He found it
incredibly laborious – and very hit-and-miss – to
crank “what if” scenarios through massive
spreadsheets. That’s when he saw the need for the
“constraint modeling” approach that he’d learned
in business school. But, remarkably, no one was
supplying the tools commercially that would allow him to
apply the theory.
Kimbrough
went on to other ventures in 1996, taking a job as
president of Alliance Agronomics, a company that took
farmers’ soil samples and recommended nutritional
treatments to maximize yields. But he was lured away
when Terry Brubaker, a former James River
chum he’d shared his ideas with, told him about some
advances in object-oriented programming languages he'd
come across, which simplified the task of writing
complex programs.
That
sparked a series of conversations that culminated in
Kimbrough and Brubaker quitting their jobs in 1998 and
starting a new company. Brubaker, a former fighter
pilot, suggested the name “Heads Up” after the heads
up displays on fighter jets that conveyed critical
information to their pilots.
They
started with pre-packaged software, and focused first on
the pulp and paper industry, which they knew best. Over
time, they added new capabilities, including proprietary
methodologies for analyzing business processes. More
recently, they made it possible for their clients to
access their new analytical tools through a Web browser
rather than installing the software on their own PCs. That made life a lot easier for smaller clients without
large IT staffs.
The
system, refined after several years of testing and
feedback, consists of several steps:
The
company has broadened its clientele from its initial
pulp-and-paper base to other industries – plastics,
steel, aluminum – with complex manufacturing
processes. Because the methodology encompasses a
company’s entire supply chain, Heads Up also conducts
logistical and supply-chain analysis for
non-manufacturing companies.
The
business is gaining momentum. “Once clients sign
up,” says Katherine Whitney, marketing director,
“the more they use it. The more they use it, the more
they can think of other ways to use it."
After
six years,
Kimbrough says, he still has the market to himself.
Heads Up’s only competitors are the pitiable
plant-level financial managers who are building clunky,
unwieldy spreadsheet models by hand. The potential
market is vast -- virtually every manufacturing
operation facing complex sales, production and financial
management issues is a potential customer. But with
limited resources, the company can't pursue every
opportunity. For now, the sweet spot is a manufacturing
company between $100 million and $1 billion in size.
Now
that Heads Up's product definition and value proposition
have "jelled," says Kimbrough, he’s ready to
expand more aggressively. Having spent the first few
years of its existence as a virtual corporation – six employees in five U.S.
cities – he now is assembling an administrative and
sales staff in the Richmond
headquarters office. The company now has a total of six
full-time and four part-time employees.
The
future looks wide open, says Kimbrough. He’s got a
product proven to have improved client profitability by millions of dollars. He sees no
competitive threats on the horizon: He doesn’t enjoy
first mover advantage, he enjoys only
mover advantage. The main challenge he faces sounds like
one of those multi-variant
problems he solves for others: How do we
balance the growth of the organization with the growth
in revenue?
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October 13, 2004
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