One under-appreciated aspect of the changing relationship between the material world and software is that material goods can and will fail — sometimes with terrible consequences.
What if government regulations were web-based and mandated inclusion of Internet-of-Things technology that could actually stop a material failure, such as a pipeline rupture or automotive failure, while it was in its earliest stages and hadn’t caused harm? Even more dramatically, what if regulations could even prevent failures from happening at all?
With such a system, we could avoid or minimize disasters — from Malaysia Airlines Flight 370′s disappearance to the auto-safety debacles at GM to a possible leak if the Keystone XL pipeline is built — while the companies using this technology could simultaneously benefit in a variety of profitable ways.
Let’s call the concept “real-time regulation.” It will be possible in the near future (and, in many cases, already is) because of the Internet of Things. While the IoT offers many benefits, the one that’s relevant to regulation is that it makes it possible for many people and/or devices to share data in real time about how something is actually operating — that’s crucial to regulatory reform.
In the past, regulation has been limited in its ability to achieve its major goal: avoid future incidents where individuals, the environment, or other public goods suffer because of some sort of action, from a pipeline leak to an airplane crash. That’s because the responsible companies or regulators could only intervene after a catastrophe had happened. Equally important, once a product had left the factory, a manufacturer had no idea how it actually operated in the field — until it broke down or malfunctioned.
Because of the IoT’s ability to share data instantly and its ability to report on operating problems in their earliest stages, it is technically possible for companies and regulators to have real-time access to data about a possible violation while it is in progress. In some cases, such as with pipeline leaks or potential crises on off-shore oil rigs, that would make it possible to actually intervene before there’s a violation, in time to take corrective action.
For example, a sensor on an off-shore oil rig might detect a stress fracture in a section before there was visible evidence. That same sensor could automatically trigger a shutdown: not a drop of oil would be spilled, there would be no environmental impact, and the company would know exactly where to go, speeding repairs and reducing downtime. In the case of flight 370, if the airline had only paid $10 more per flight, it would have received real-time access to the data stream from sensors on the engines. The airline could have realized immediately after the voice transmissions ended that the plane was still in flight, in time to have scrambled interceptor planes, and possibly have avoided the disappearance. Or — my favorite example because it involves such an exemplar of 19th-century industry — after implementing a track-sensor program, Union Pacific has cut its maintenance costs and reduced bearing-related derailments by 75%.
These and many other types of real-time monitoring by companies and regulators alike are possible today, using sensor and communications technologies that are increasingly installed in a wide range of devices. Companies using the devices use real-time data for everything from “predictive maintenance” that keeps repair costs low to the ability to optimize a devices’ operating efficiency. In other words, connected devices create opportunities for companies and the public interest.
Many devices, such as thousands of jet engines, already have Internet-of-Things capacity built in, and declining prices and smaller sizes of sensors and communications equipment will speed their adoption in other trouble-prone products, such as cars and medical devices.
Regulators should begin now to study the feasibility of real-time regulation, and to phase it in as soon as the IoT-equipped products become widespread, requiring companies to have sensors installed and processes in place to monitor results in real time. The result will be a fundamental transformation in regulation: from a system that motivates safety improvements primarily by punishing past infractions to one in which the same technology that helps optimize efficiency and cut operating costs simultaneously protects the public interest by avoiding, or at least minimizing, costly — or deadly — infractions.