November 15, 2024

The Boss: Blair LaCorte of XOJet, on an Unintended Career Turn

As a child, I suffered from exercise-induced asthma and couldn’t play sports. When I was around 10, however, I started running, and my dad helped me track my progress. He kept me focused on the process and monthly goals. In junior high, I joined the track team, and I broke a cross-country record for the course at my high school in Beverly, Mass.

My parents divorced when I was young, and I was able to see two sets of entrepreneurs. My dad had a recruiting firm that was a family business — he employed my aunt and my future stepmother. My mother and stepfather had another business, a small regional airline, also in Massachusetts.

In 1985, after graduating from the University of Maine with a degree in business, I entered the financial management program at General Electric. I left three years later to get an M.B.A. at Dartmouth, then took a position at Gemini Consulting.

In 1992, I wanted a new challenge and ended up in the high-tech industry by accident. My dad had advised me to work for people I wanted to learn from. I always remembered Eric Herr, who had been a managing partner at the Michael Allen Company, a consulting firm where I had worked one summer in business school. I contacted him and he mentioned a position at Sun, which I assumed meant Sun Oil. I told him I’d take it, that I trusted him and that I didn’t need to know any more. I told my friends I was taking a leave from consulting to work at Sun Oil for a year. When the offer letter arrived, however, it was from Sun Microsystems.

That misunderstanding changed my life. For the next 12 years, I worked at a variety of technology companies. I loved the innovation in this industry; merging my business skills with colleagues’ technical skills allowed us to move very quickly.

A year after joining Sun, I followed Eric to Autodesk and became director of strategy. I founded two divisions there. Next I was president of the Internet division at Cadis, a software company, then spent a year as executive in residence at the Internet Capital Group. After serving as a senior vice president at VerticalNet, I started consulting in 2000 for my friend Vic Verma, then C.E.O. of Savi Technology.

In 2004, I returned to the Tuck School of Business at Dartmouth as an executive fellow, and in 2005 joined the private equity firm TPG, which had invested in XOJet. I joined the airline as president in 2009 and became C.E.O. in 2010.

XOJet was started in 2006 and has grown quickly. Our challenge is to educate potential customers about our business model. Unlike charter jet companies that offer corporations and individuals fractional ownership of an airplane, XOJet owns its aircraft. Our customers pay per trip, or pay an annual fee for a certain number of hours, just as customers do in a fractional arrangement. We have also introduced a plan in which customers are guaranteed that a plane will be available when they want it.

I might have worked at my family’s aviation company after college, but I would have lacked the knowledge I’ve gained in a number of industries. I’ve brought to XOJet everything from algorithms I developed at Savi to pricing strategies and marketing techniques from other industries. I’d like to think that my dad, who died before I joined XOJet, would be proud of me.

As told to Patricia R. Olsen.

Article source: http://www.nytimes.com/2012/12/23/jobs/blair-lacorte-of-xojet-on-an-unintended-career-turn.html?partner=rss&emc=rss

Oracle’s Earnings Miss Expectations

The company’s earnings statement, released on Tuesday for the three months ending in November, suggested that cutbacks in technology spending have begun at major companies and government agencies. Management reinforced that perception with a forecast calling for meager growth in the current quarter, which ends in February.

The statement alarmed investors, causing Oracle shares to slide more than 8.5 percent in after-hours trading.

Sales of Oracle’s new software licenses edged up only 2 percent from the same time last year. Analysts had expected a double-digit gain in new software licenses. Wall Street focuses on that part of the business because selling new software products generates a stream of future revenue from maintenance and upgrades.

Part of the problem with sales was that technology decision-makers delayed signing contracts during the final few days of the quarter, according to Safra A. Catz, Oracle’s president and chief financial officer. That could be an indication that companies and government agencies are treading more carefully as Europe’s debt problems linger.

“Clearly, this quarter was not what we thought it would be,” Ms. Catz told analysts in a conference call on Tuesday. She said the company was hoping some of the deals postponed in the last quarter would be completed within the next two months.

In Oracle’s computer hardware division, which the company has been trying to build since buying the fallen Silicon Valley star Sun Microsystems for $7.4 billion last year, revenue dropped 10 percent from the same time last year.

Oracle earned $2.2 billion, or 43 cents a share, in its fiscal second quarter. That was a 17 percent increase from net income of $1.9 billion, or 37 cents a share at the same time last year. Excluding one-time items, Oracle earned 54 cents a share. That was below the average estimate of 57 cents a share among analysts polled by FactSet.

Revenue for the period edged up 2 percent from last year to $8.8 billion. Analysts, on average, had projected revenue of $9.2 billion.

In the current quarter, Oracle expects its adjusted earnings to range from 55 cents to 58 cents a share — below the average analyst estimate of 59 cents a share. Revenue is expected to rise by 2 percent to 5 percent from the same period a year ago.

Article source: http://feeds.nytimes.com/click.phdo?i=e5cb9cc3049b93aeadbf83fa18871080

China Unveils Supercomputer Based on Its Own Microprocessor Chips

The announcement was made this week at a technical meeting held in Jinan, China, organized by industry and government organizations. The new machine, the Sunway BlueLight MPP, was installed in September at the National Supercomputer Center in Jinan, the capital of Shandong Province in eastern China.

The Sunway system, which can perform about 1,000 trillion calculations per second — a petaflop — will probably rank among the 20 fastest computers in the world. More significantly, it is composed of 8,700 ShenWei SW1600 microprocessors, designed at a Chinese computer institute and manufactured in Shanghai.

Currently, the Chinese are about three generations behind the state-of-art chip making technologies used by world leaders such as the United States, South Korea, Japan and Taiwan.

“This is a bit of a surprise,” said Jack Dongarra, a computer scientist at the University of Tennessee and a leader of the Top500 project, a list of the world’s fastest computers.

Last fall, another Chinese based supercomputer, the Tianhe-1A, created an international sensation when it was briefly ranked as the world’s fastest, before it was displaced in the spring by a rival Japanese machine, the K Computer, designed by Fujitsu.

But the Tianhe was built from processor chips made by American companies, Intel and Nvidia, though its internal switching system was designed by Chinese computer engineers. Similarly, the K computer was based on Sparc chips, designed at Sun Microsystems in Silicon Valley.

Dr. Dongarra said the Sunway’s theoretical peak performance was about 74 percent as fast as the fastest United States computer — the Jaguar supercomputer at the Department of Energy facility at Oak Ridge National Laboratory, made by Cray Inc. That machine is currently the third fastest on the list.

The Energy Department is planning three supercomputers that would run at 10 to 20 petaflops. And the United States is embarking on an effort to reach an exaflop, or one million trillion mathematical operations in a second, sometime before the end of the decade, though most computer scientists say the necessary technologies do not yet exist.

To build such a computer from existing components would require immense amounts of electricity — roughly the amount produced by a medium-sized nuclear power plant.

In contrast, Dr. Dongarra said it was intriguing that the power requirements of the new Chinese supercomputer were relatively modest — about one megawatt, according to reports from the technical conference. The Tianhe supercomputer consumes about four megawatts and the Jaguar about seven.

The ShenWei microprocessor appears to be based on some of the same design principles that are favored by Intel’s most advanced microprocessors, according to several supercomputer experts in the United States.

But there is disagreement over whether the machine’s cooling technology is appropriate for designs that will be required by the exaflop-class supercomputers of the future.

Photos of the new Sunway supercomputer reveal an elaborate water-cooling system that may be a significant advance in the design of the very fastest machines.

“Getting this cooling technology correct is very, very difficult,” said Steven Wallach, chief scientist at Convey Computer, a supercomputer firm based in Richardson, Tex. “This tells me that this is a serious design. This cooling technology could scale to exaflop. They are in the hunt to win.”

Article source: http://feeds.nytimes.com/click.phdo?i=10fb77b5235c953c4af37f6da677e64a