Meta Restores Trump’s Accounts, Alaska Uses AI for Mapping, Public Interest Model for Spectrum Policy

Former President Trump will face heightened penalties for future, repeated violations of Facebook’s and Meta’s policies.

Meta Restores Trump’s Accounts, Alaska Uses AI for Mapping, Public Interest Model for Spectrum Policy
Photo of Meta President of Global Affairs Nick Clegg by Moritz Hager, used with permission

January 26, 2023 — Former President Donald Trump’s Facebook and Instagram accounts will soon be reinstated, just over two years after the platforms suspended him for inciting violence, parent company Meta announced on Wednesday.

The “serious risk to public safety” present during the Capitol riot in January 2021 has “sufficiently receded,” said Nick Clegg, Meta’s president of global affairs.

However, the company said it would put “new guardrails in place to deter repeat offenses,” including heightened penalties for repeated violations, and would potentially limit the distribution of content that “contributes to the sort of risk that materialized on January 6, such as content that delegitimizes an upcoming election or is related to QAnon” — even if such content did not explicitly violate Meta’s community standards.

Clegg’s statement also made a nod to the broader content moderation debate playing out across multiple state laws and upcoming Supreme Court cases involving online platforms and speech.

“Many people believe that companies like Meta should remove much more content than we currently do,” he said. “Others argue that our current policies already make us overbearing censors… We believe it is both necessary and possible to draw a line between content that is harmful and should be removed, and content that, however distasteful or inaccurate, is part of the rough and tumble of life in a free society.”

Alaska partners with AI company to create state broadband map

Artificial intelligence-based mapping company Ecopia AI on Tuesday announced a partnership with the State of Alaska and other companies to create a comprehensive, high-definition map of buildings and broadband serviceable locations — data that is essential for securing federal broadband funding.

“Without the data from Ecopia, the State of Alaska was at an immediate disadvantage for receiving funding to expand broadband services,” said Hillary Palmer, geospatial and technology manager at Dewberry Alaska, an engineering company involved in the mapping process. “Now we have a source of truth with which we can identify broadband serviceable locations and secure federal funding for network expansion throughout Alaska.

Prior to the partnership, less than five percent of Alaska’s buildings were mapped, according to Ecopia. The company’s artificial intelligence mapping systems leveraged satellite imagery to extract buildings in areas where reliable GIS data did not exist.

“We believe in using AI for good, and are thrilled to enable the expansion of more equitable broadband access across Alaska,” said Sean Lowery, senior director of product and business development at Ecopia.

Public Knowledge proposes public interest model for spectrum policy

A white paper published by Public Knowledge on Thursday proposes the adoption of a public interest backcasting model to guide future spectrum policy, arguing that its value-based framework will provide policymakers with a path towards universally accessible, affordable and reliable telecommunications services.

“In short, we have a chance to make the wireless future a good one, but it comes down to what we’re willing to work together to achieve – either a digitally divided society where only a privileged few benefit from new technologies, or a world where everyone does,” said Kathleen Burke, policy counsel at Public Knowledge and author of the paper, in a statement.

The paper reflects on the Spectrum Policy Task Force created 20 years ago by Michael Powell, then-chairman of the Federal Communications Commission, identifying the problems that may have hindered its success and reframing its suggestions for future spectrum efficiency and access models.

In order for future spectrum policy to succeed, it must overcome the zero-sum game fallacy currently present in the spectrum stakeholder dynamic, Burke wrote. In addition, Burke argued that spectrum policymakers should focus on preventing inequalities from happening rather than attempting to remedy them after the fact — particularly in policies addressing Tribal reservations, which remain among the most underserved areas in the U.S.