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Broadband Providers Required to Display Point of Sale Labels

On November 17, 2022, the Federal Communications Commission (FCC) released a Report and Order (Order) adopting rules requiring broadband internet service providers (ISPs or providers) to prominently display labels disclosing information about broadband prices, rates, data allowances and broadband speeds. The FCC has not yet announced the effective date for ISPs to comply. The Order also includes a Further Notice of Proposed Rulemaking (FNPRM) in which the FCC seeks comment on the format and content of the label, as well as potential future changes. The comment deadline has been extended to February 16, 2023; reply comments are due by March 16, 2023.

Background

In November 2021, President Biden signed the Infrastructure Investment and Jobs Act (Infrastructure Act) into law. Among other things, the Infrastructure Act directed the FCC to create regulations requiring the display of broadband consumer labels that disclose information regarding broadband internet service plans. The label must also “include information regarding whether the offered price is an introductory rate and, if so, the price the consumer will be required to pay following the introductory period.” The FCC was also required to hold public hearings to evaluate (1) how consumers evaluate broadband internet access service plans; and (2) whether disclosures regarding broadband service plans are available and effective.

In response, the FCC released a Notice of Proposed Rulemaking (NPRM) in January 2022 in which it proposed requiring ISPs to disclose information to consumers by displaying labels at the point of sale. The FCC recommended basing the labels on the voluntary labels it previously approved in 2016. In the NPRM, the FCC asked whether broadband services, and consumers’ use of such services, have changed enough to require modifications to the labels.

Consistent with the Infrastructure Act’s mandate, the FCC held public hearings to gather feedback on the content, format and location of the labels. The FCC asked whether the label should vary depending on the consumer’s interaction with the provider, e.g., in person at a store, on the phone or online. Feedback from dozens of comments showed that consumers can be confused by the pricing, terminology and complexity of internet service plans, and most commenters asked the FCC to update the 2016 labels to better help consumers comparison shop for broadband services.

The Label

The FCC’s Order adopted a new, single version of the label (for both fixed and mobile broadband service offerings) and requires providers to display, at the point of sale, a label containing information regarding the provider’s service offerings, prices, introductory rates, data allowances, broadband speeds and whether the provider participates in the FCC’s Affordable Connectivity Program (ACP). The Order defines the format in which the label must appear and the display location. It must also be accessible for people with disabilities and should appear in machine-readable format.

Below is an image of the label template from the FCC’s Order and details outlining the content, formatting and display location requirements:

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Bringing to a close the process initiated with the adoption of the Secure and Trusted Communications Act of 2019, the FCC’s Public Safety and Homeland Security Bureau released its list of communications equipment and services that it has deemed to pose an unacceptable risk to U.S. national security. U.S.-based service providers are prohibited from receiving federal subsidies for purchasing the listed communications equipment or services (Covered List), and service providers will be given an opportunity to receive federal funds to subsidize the removal and replacement of the communications equipment and services included on the Covered List.

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Today, the deadline was established for filing comments in response to a Notice of Proposed Rulemaking (NPRM) pertaining to the marketing, sale and importation of radiofrequency (RF) devices that have not yet obtained equipment authorization.  Specifically, the NPRM proposes to allow manufacturers to make conditional sales of pre-authorization devices directly to consumers, and would also permit the importation of a limited number of pre-authorization RF devices for new types of pre-sale activities.  Last month, the FCC unanimously voted to approve the NPRM in response to a Petition for Rulemaking filed by the Consumer Technology Association (CTA).

Section 302 of the Communications Act empowers the FCC to create rules governing the interference potential of devices capable of emitting radio frequency energy and which can cause harm to consumers or other radio communications.  This authority covers multitudes of everyday consumer objects, from toaster ovens to the most advanced mobile communication devices. To keep pace with the speed of innovation and consumer demand, the FCC regularly updates its equipment authorization rules for such devices.  In its petition, CTA argued that the FCC’s existing rules act as a “speed bump” in the race to develop and deploy new products and do not reflect the current direct-to-consumer online marketplace. Continue reading →

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On Monday, August 17, 2020, the Department of Justice, the Federal Aviation Administration, the Department of Homeland Security, and the Federal Communications Commission released a joint advisory on the acquisition and use of counter-drone equipment by non-federal public and private entities. In the Advisory, the agencies highlight federal criminal laws and other federal statutes and regulations that may be implicated by the use of such technology, specifically for drone detection and mitigation.

The Advisory comes at a time when the United States is seeing a significant uptick in the use of drones or unmanned aircraft systems (UAS). Last week, the FAA noted that more than 1.6 million commercial and recreational drones are registered with the agency, and that it has certified more than 188,000 remote aircraft pilots. This widespread adoption of drones has heightened security concerns over the risk that they could present to the public, particularly at widely attended outdoor events such as sporting events or concerts. In addition to the use of drones in warfare, high-profile domestic incidents, including this week’s close call between a drone and Air Force One over the Washington area, present a case for the need for effective and widely available counter-UAS measures. As tech companies race to develop solutions, federal agencies are cautioning the public to be mindful of the possible legal restrictions of selling and operating counter-UAS technology.

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On April 4, 2020, the White House issued an Executive Order creating the Committee for the Assessment of Foreign Participation in the United States Telecommunications Services Sector (the “Committee”). The Committee, chaired by the Attorney General, includes the Secretaries of Homeland Security and Defense, and any other executive department head so designated by the President, is seen as an attempt to formalize the long-standing “Team Telecom” review process that began in the 1990s. The Committee’s stated goal is similar to Team Telecom’s, i.e., to assist the Federal Communications Commission (“FCC”) in its public interest review of national security and law enforcement concerns that may be triggered by foreign investment in the US telecommunications sector. But there may be some notable differences. Continue reading →

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Twelve large telecom companies and the attorneys general of 50 states and the District of Columbia announced yesterday an agreement on eight voluntary principles that the companies will adopt to combat illegal and unwanted robocalls.  The announcement comes as regulators, telecom companies, and legislators continue to grapple with a worsening robocall problem that has become a significant concern for consumers, generating more complaints at the Federal Communications Commission and the Federal Trade Commission than any other topic.

Both the Senate and House have passed robocall bills that have yet to be reconciled to produce a bill both houses of Congress can agree upon.  In the meantime, the states are attempting to take the lead by working with telecom companies to establish what are effectively best practices.  These include:

  1. Making available free call-blocking and labeling tools to customers, and implementing free call blocking at the network level (network-level call blocking does not require any action from the consumer).
  2. Implementing STIR/SHAKEN, a technology used to provide authentication that calls are coming from a valid source.
  3. Monitoring network traffic for patterns consistent with robocalls.
  4. Investigating suspicious calls and calling patterns by, for example, initiating a traceback investigation or verifying that the commercial customer owns or is authorized to use the Caller ID number.
  5. Confirming the identity of new commercial VoIP customers by collecting information such as physical location.
  6. Requiring other telephone companies with which they contract to cooperate in identifying the source of suspected illegal robocalls.
  7. Working with law enforcement to trace robocalls by identifying a single point of contact for traceback requests, and responding to such requests as soon as possible.
  8. Communicating with state attorneys general to keep them apprised of trends in illegal robocalling and potential additional solutions to combat such robocalls.

For context and information on other recent actions taken to combat illegal and unwanted robocalls, read our post from June, where we discussed the FCC’s decision to permit voice service providers to implement call-blocking programs for subscribers on an opt-out basis.  Robocalling finally appears to have achieved the status of Public Enemy Number One, with Congress, states, and federal agencies all working to block the flood of calls inundating the public.

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The availability of broadband Internet service in apartment buildings, condominiums, and office buildings, or what the FCC calls multiple tenant environments (MTE), was the subject of a Notice of Proposed Rulemaking (NPRM) and Declaratory Ruling released on Friday of last week. Prior FCC decisions have attempted to strike a balance between promoting competitive access to tenants and preserving adequate incentives for the initial service providers to deploy, maintain, and upgrade infrastructure. For example, the Commission prohibits cable providers and telecommunications carriers from entering into contracts with MTEs that grant a single provider exclusive access to the MTE, but permits exclusive marketing agreements.

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For many consumers, answering a phone call from an unknown number has effectively turned into a gamble. Is it a potential new client? A medical emergency? Or, more likely, is it an incredible offer-to-stay-at-a-Caribbean-resort-of-your-choosing-please-hold-for-a-representative?

Not surprisingly, no issue generates more complaints at the Federal Communications Commission (FCC) and the Federal Trade Commission than robocalls – according to one estimate there were 47 billion illegal and unwanted calls in 2018. In response, the FCC last week released a Declaratory Ruling and Third Further Notice of Proposed Rulemaking (CG Docket No. 17-59, WC Docket No. 17-97) clarifying that voice service providers may offer consumers call-blocking tools through an opt-out process rather than an opt-in basis, as is typically done today. The FCC issued this clarification to address concerns that the majority of consumers are not requesting available call-blocking services.

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The FCC will take a number of significant actions in the final months of 2018 to facilitate the development of 5G, the fifth generation of wireless cellular technology. First, at its October meeting tomorrow, it will vote on making a portion of mid-band spectrum (2.5 to 4.2 GHz) available for 5G use.  Second, it will launch in November the first of two high-band 5G spectrum auctions scheduled for 2018.  Now is therefore a good time to take a look at what 5G is, and what impact it promises to have.

Looking back, the primary benefit of the transition from 3G to 4G was a significant speed boost, which allowed users to, among other things, stream YouTube and upload videos to social media platforms like Instagram without much waiting.  Once implemented, 5G is expected to deliver download speeds anywhere from 10-100 times faster than 4G, with speeds of up to 20 gigabits per second.  5G users will also experience significantly less latency, i.e., the time between when you click on a link and when the network responds.  While 4G latency is about 9 milliseconds, mature 5G systems will reduce latency to around 1 millisecond.

Mature 5G networks will use high-band spectrum (24 GHz and above), which is capable of transmitting significantly more data than 4G, but is limited to much shorter distances.  4G towers currently deliver service for up to 10 miles, while high-band 5G towers will only deliver service for up to 1,000 feet (about 3 football fields).

In addition, high-band 5G spectrum has a shorter wavelength than spectrum used for 4G, making it more difficult for these signals to penetrate solid objects such as walls and windows.  To overcome the distance and signal penetration challenges, 5G will require vast networks of small-cell sites located on a diverse array of real estate platforms, with the small-cells anchored by larger cell towers.  To streamline the deployment of small-cells, the FCC in March adopted new rules to reduce regulatory impediments to building out small-cell infrastructure, and in September adopted rules requiring state and local governments to approve or deny small-cell applications within prescribed time periods.  Not surprisingly, the new rules are unpopular with local governments, who object to any federal interference with their local site review processes.

There are numerous potential innovations and business models that can utilize 5G’s faster speeds, lower latency, and increased connection capacity.  Most agree that 5G will deliver seamless 4K video streaming and instant downloads of large files, but it could also dramatically change how users, including machines, access the Internet.  Currently, the primary option for residential and enterprise broadband customers is cable or fiber.  With speeds of up to 20 gigabits per second (and no need for wire infrastructure), 5G could disrupt the delivery of fixed Internet access as we know it.

5G will also allow the Internet of Things to flourish.  Specifically, it will allow vastly more “things” to connect to cell sites and remain connected to the Internet without the need to connect through smartphones or Wi-Fi.  4G can connect about 2,000 devices per square kilometer, while 5G will connect about one million over the same area.  For example, 5G could facilitate thousands of driverless cars in the same city talking to each other to coordinate efficient traffic flow without the need for passengers to open an app on their phone, or even to have a phone.

Another potentially transformative use of 5G is remote medicine.  For example, given the high speed and low latency of 5G, medical procedures could be performed using robot arms controlled by doctors in a different part of the country or world, harnessing almost instantaneous data transmission and lowering geographic barriers to treatment.  Similarly, augmented and virtual reality gaming, shopping, and other experiences should blossom under 5G.

Rollout of 5G will be gradual.  Following pilot programs in 2018 in select cities, wireless carriers are expected to launch the first iterations of widespread 5G networks in the United States in 2019.  5G-enabled smartphones are also expected to be released in 2019.  The first 5G networks will likely use low (600 to 900 MHz) and mid-band (2.5 to 4.2 GHz) spectrum already possessed by wireless carriers, rather than the high-band spectrum that will make up the majority of spectrum auctioned by the FCC for 5G use.  As a result, initial 5G networks will only scratch the surface of 5G’s potential, delivering speeds ranging from 10% faster than 4G to three times as fast.  Mature iterations of 5G networks that use high-band spectrum are expected to arrive in 2-4 years.

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Toll free calling began in 1967, with the introduction of the 800 toll free code. It remains a frequently used communications tool, even in the Internet age, as new toll-free applications are developed, including the capability to send text messages to certain toll-free numbers. Yesterday, the FCC released a Report and Order that made several innovative changes to the toll free number marketplace.

First, the FCC revised its rules to permit the use of auctions to assign toll free numbers. Since 1998, the FCC has used a “first-come, first-served” approach, but now asserts that the times have changed such that flexibility in the form of auctions is necessary to meet the statutory requirement that toll free numbers be allocated “on an equitable basis.”

Specifically, the FCC states that the first-come, first-served approach has “rewarded actors that have invested in systems to increase the chances that their choices of toll free numbers are received first.” It also states that assigning numbers at no cost “has allowed accumulation of numbers without ensuring those numbers are being put to their most efficient use.”

The FCC will not waste any time using its new auction authority. The 833 toll free code, which was opened in 2017, currently has 17,000 “mutually exclusive” numbers. Mutually exclusive numbers are those subject to multiple requests. The FCC has established the 833 Auction to sell the rights to these numbers.

The Report and Order also revises FCC rules to allow a secondary market for toll free numbers purchased in an auction. Currently, FCC rules prevent three types of conduct that make a secondary market infeasible: (1) “brokering,” which is the selling of a toll free number by a private entity for a fee; (2) “hoarding,” which is the “acquisition by a toll free subscriber . . . of more toll free numbers than the toll free subscriber intends to use for the provision of toll free service;” and (3) “warehousing,” where toll free numbers are reserved without having an actual toll free subscriber for whom the numbers are being reserved.

The FCC explained that a secondary market for toll free numbers assigned via auction is desirable because it “permit[s] subscribers to legally obtain numbers which they value.” It further explained that a secondary market promotes efficient operation of an auction by allowing the purchase or sale of numbers in response to the outcome of the auction, and “limits pre-auction costs associated with estimating which—and how many—numbers a bidder may win.” Also, with a nod to speculators, it explained that a secondary market “encourages value-creating entities to promote efficiency by procuring rights to numbers with an intent to sell those rights to other interested subscribers.”

The rule changes established in the Report and Order will go into effect 30 days after publication in the Federal Register.