For some, Labor Day signals the end of summer as preparations for autumn and the accompanying holidays begin. As is customary in some locales, warm weather clothes, including one’s white wardrobe and shoes, are returned to the closet until next spring. Children and students go back to school, much to the delight of their parents, and hopefully to the excitement of their teachers.

Chances are one of the kids’ first assignments will be to draft a report on the activities of their summer vacation. Not to be left out of this assignment, I thought it appropriate that I pen a few lines about one of our recent trips. There were no death-defying rides on some monster roller coaster, no surfing in shark-infested waters or aerial descents with a parachute from a plane, just a sensible trip to Chicago for my wife and me.

With multiple personal-technology devices morphing into a single product, the telecommunications industry is experiencing a quantum leap in technical evolution. The comparatively primitive cell phone of just a few years ago must now be a music-playing, video-recording, web-browsing, photo-taking, and e-mailing personal accessory that you can still use to make a phone call. Why is it, then, given all this innovation, that when you have a question about your bill it takes so long for customer service to answer?

The processes and technology found in many call centers define their customer service, and unfortunately they haven’t kept pace with the quickly changing industry and its customers’ expectations.

We’re all aware of the importance of safety testing for medical products, both for implantable devices and external devices used to monitor or sustain us when we’re in the hospital. In the past, emphasis has been on the hardware-safety aspects of external medical equipment. Are they foolproof? Are there built-in safety mechanisms that prevent the device from causing harm through electrical shock or other forms of electrical or electronic malfunction?

Until a few years ago, little thought was given to the software that is an increasingly crucial part of these devices. Over time, however, the software that controls many electronic diagnostic and life-critical electronic equipment has grown in importance, to the point where a software failure could be just as catastrophic, and life threatening, as a hardware failure. A software crash on your laptop simply means a reboot. A software crash on a piece of equipment helping to keep a patient alive is another problem altogether.

Fortunately, the issue has not gone unnoticed. In 2006, the International Electrotechnical Commission (IEC) published IEC 62304--“Medical device software--Software life-cycle processes.”

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Registering to the appropriate quality management stand­ard—and maintaining that registration—is probably the best way to ensure that your organization is serious about improvement. There are standards for practically every industry in the world, in manufacturing as well as service environments. The path to registration can be a long one; fortunately, there are professionals to make the journey a bit easier.

The following section contains two directories. The Registrar buyers guide will help you find the right company to register and audit your organization’s compliance to various standards. These organizations can ease your journey toward the successful implementation of standards for quality management, social accountability,
environmental management, FDA requirements, and others. This section also includes the ISO Standards Consultants buyers guide, which can help you find the right consultant to lead you through the often-complex registration process, particularly for ISO 9001, the world’s most recognized quality standard.