Right now, several companies are working to launch massive satellite constellations into space to provide super-fast Internet virtually anywhere on Earth. Two of the leading firms advancing this plan, OneWeb of Great Britain and U.S.-based SpaceX, share the same goal — to bring broadband Internet to the billions of people who currently lack access. But it remains a question whether the path to the new era of space-based connectivity will be spurred by healthy commercial competition or regulatory turf wars over satellite spectrum.

Over the past six months, Greg Wyler’s OneWeb has acquired the support of satellite makers like Airbus, would-be launch providers like Sir Richard Branson’s Virgin Galactic, as well as several major corporations and telecommunication providers. The startup, based in Britain’s Channel Islands, plans to launch some 600-700 satellites by 2019.

Elon Musk’s SpaceX, meanwhile, has advantages of its own. As a highly efficient rocket manufacturer and the world’s fastest-growing launch service provider, the California-based aerospace company has reason for optimism in its plan to launch 4,000 satellites within five years. In January, Google and Fidelity announced a $1 billion bet on the continued success of SpaceX.

Considerably less constructive than the head-to-head business commitments made by these two companies to date, however, are attempts to corral international bureaucrats as competitive leverage.

For both SpaceX and OneWeb, satellite-based Internet will operate in large measure on the K u -band radio frequency range. OneWeb has been eager to let the world know that it was the first to register some of its plans with the International Telecommunication Union (ITU), a Geneva-based United Nations agency that coordinates orbital slots and satellite spectrum frequencies.

Mr. Branson has suggested that OneWeb’s winning race to the front door of the ITU — if not yet into orbit — means that OneWeb alone now owns the entire K u -band frequency. OneWeb, he claims, “has the rights [to the spectrum], and there isn’t space for another network.”

The reality is very different. Filing for K u spectrum at the ITU is not like winning the lottery. Contrary to Mr. Branson’s claims, OneWeb’s filing-date priority does not give the small startup a monopoly over an entire range of the electromagnetic spectrum; rather, OneWeb must allow other filers to share the spectrum and all parties will seek to work together. This is not a gold rush. NBC, after all, was the first television network to register for K u -band service. That doesn’t mean the network somehow owns all television transmission rights — a good thing, given this fall’s lineup.

In an authoritative report issued in July, the director of the ITU Radio Communication Bureau, François Rancy, explicitly stated that the purpose of filing rules “is not to state an order of priorities for rights to a particular orbital position.” Spectrum filings — which cost roughly $10,000 to file — do not convey exclusive rights, but rather reserve a seat at the coordination table with other filers and existing spectrum users.

Contrary to Mr. Branson’s assertions, the ITU does not function as a global patent office for spectrum, but rather as a facilitator of good-faith negotiations to ensure equitable and efficient use of the spectrum. Negotiations will require the parties to acknowledge that each is drawing from a common reserve that neither owns.

In fact, registering with the ITU is the easy part. The major bureaucratic hurdles come at the national level. Just as every country has sovereign airspace, every country has control over the spectrum in its territory. To succeed in their aims to make Internet access global, OneWeb, SpaceX and other competitors will need the approval of individual countries for the use of spectrum

For example, when two satellite companies want to provide service to the United States, using the same radio frequency spectrum, it is the Federal Communications Commission (FCC) — not the ITU — that coordinates the companies’ spectrum so they can operate together. If disputes can’t be resolved, the FCC splits the spectrum between the two. The FCC is required to serve the public interest, so the agency works to foster innovation and ensure competition in order that the spectrum best meets the nation’s needs.

These new satellite constellations hold the promise to welcome billions of new users into the global digital community. Livestock farmers in remote Himalayan villages and laborers on Indonesian oil rigs will soon have access to the Internet’s vast resources. Here in the United States, consumers seeking broadband will finally have an alternative to the major telephone and cable high-speed networks.

Consumers everywhere win when there are choices. That’s why it’s so encouraging that these two companies have already announced plans to enter this space race to democratize the Internet — and it is discouraging that one of them is mischaracterizing international spectrum rules.

Helen Domenici managed and directed the International Bureau at the Federal Communications Commission from 2007 to 2009. She currently works as a consultant in telecommunications policy.