You can't accuse Gary Reiner of being verbose and inefficient. Ask General Electric's chief information officer a question, and you get a three-sentence answer that is right to the point. He prefers show-and-tell to lengthy explanations and intellectual tangents. And he regularly checks whether his interlocutor is still following: "Are you getting what you need?"
Anything else would be a disappointment from someone in his position. After all, America's GE is known for its almost obsessive quest for perfection. And Mr Reiner heads the company's most important initiative: "digitising" as much of its business as possible. That not only means buying and selling most things online but, more importantly, setting up a digital nervous system that connects anything and everything involved in the company's business: IT systems, factories and employees, as well as suppliers, customers and products.
GE's aim is to monitor everything in real time, Mr Reiner explains, calling up a special web page on his PC: a "digital dashboard". From a distance it looks like a Mondrian canvas in green, yellow and red. A closer look reveals that the colours signal the status of software applications critical to GE's business. If one of the programs stays red or even yellow for too long, Mr Reiner gets the system to e-mail the people in charge. He can also see when he had to intervene the last time, or how individual applications—such as programs to manage book-keeping or orders—have performed.
As chief information officer, Mr Reiner was the first in the firm to get a dashboard, in early 2001. Now most of GE's senior managers have such a constantly updated view of their enterprise. Their screens differ according to their particular business, but the principle is the same: the dashboard compares how certain measurements, such as response times or sales or margins, perform against goals, and alerts managers if the deviation becomes large enough for them to have to take action.
GE has a record of keeping ahead of the pack. In years to come, experts predict, many companies will use information technology to become a "real-time enterprise"—an organisation that is able to react instantaneously to changes in its business. And as firms wire themselves up and connect to their business partners, they make the entire economy more and more real-time, slowly but surely creating not so much a "new" but a "now" economy.
The Next Big Thing
Small wonder that the Silicon Valley hype machine has already appropriated the concept of real time. Venture-capital firms, and above all the most prominent among them, Kleiner Perkins Caufield & Byers, are promoting it. Software and networking start-ups are peppering their marketing materials with the term. There is even a new newsletter called Real-Time Report.
Wonderful, one is tempted to say: another buzzword out of Silicon Valley—just what we need in these difficult times. But real time is more real than it appears. The start-ups in this field are leading the counter-revolution to the dotcom mania. They are not about all-too-clever business models and breathless "Internet time" (for which read going public as quickly as possible), but about highly complex enterprise software, often based on serious mathematics, that can yield real savings if deployed and used correctly.
That is why these firms might actually grow up to become successful companies. What is more, the current recession will probably speed up the adoption of new real-time products and services. Many of these do not require big investments. Instead, they make existing computer systems more effective, promising a quick return. GE estimates that its digitisation efforts saved it $1.6 billion last year. Firms that have spent billions on IT without any guarantee that their bottom line would benefit are desperate for such savings.
Most important, perhaps, the concept of real time is more useful than the somewhat artificial distinction between the "old" and the "new" economy. Real time describes the full potential of what information technologies could ultimately do, according to Andrew Odlyzko, director of the Digital Technology Centre at the University of Minnesota: drive the lags and latencies out of the economy and make it much more efficient. Real-time technology might even prove as important for speeding up the information flow in business as the telegraph, invented in 1837.
The economic effect of that technology was substantial. Before the telegraph, Australian companies had to carry large stocks because the only way to order from England was to send a letter by sea. But once the first telegraph connection between Australia and England opened, businesses such as Prince, Ogg and Co, a soft-goods firm in Sydney, were able to cut their stocks by more than half.
Yet "real time" is also something of a misnomer. It was originally a term of art in data processing, meaning that data are processed the moment they enter a computer, rather than in "batch mode", in which information is stored and worked on later. A classic example of batch mode is the early mainframe computer: data were first encoded on punch cards which were then fed through the machine.
In contrast, modern spreadsheet software is as real-time as it gets. To a layman these programs look like tables with many rows and columns of "cells". But their most important feature—how these cells are related to each other—is invisible. Often they are connected by simple operations such as addition or multiplication. Investment banks in particular, however, use more sophisticated spreadsheets in which the cells are linked by dozens of "macros", sometimes quite elaborate sub-programs. If a user changes the data in one cell, many others are automatically recalculated.
Reader Comments» Post a comment