Whether you use a smartphone, business line, or home telephone, unwanted and sometimes illegal robocalls are an unfortunate part of our daily lives. For millions of consumers each year, fraud starts with a phone call, leading to confusion at best and outright theft at worst.
The Federal Communications Commission (FCC) and Federal Trade Commission (FTC) report that robocalls and telemarketing dials stand at the top of their yearly list as their most frequent consumer complaints. State Attorneys General offices are also swamped with similar reports. The primary challenge thinQ and every VoIP, wireline, wireless, and cable company faces in combating illegal robocalls is the proliferation of technology that makes it easy to power thousands of dials, then adapt to attempts to identify, track and avoid detection.
The Industry Traceback Group (ITG) is a collaborative effort of companies from across the communications industry that actively traces the source of illegal robocalls. The mission of the ITG is to facilitate a neutral coordination platform for voice service providers to identify the source of illegal robocalls to protect voice networks and consumers from fraudulent, abusive and/or unlawful robocalls.
How thinQ is Helping the Fight Against Robocalls
As an affiliate member of the ITG, thinQ is working in lockstep with its carriers, the government, and other industry leaders to advocate for aggressive civil and criminal enforcement and provide call-blocking tools and technology to put consumers in control of their communications. State Attorney Generals (details) along with voice service providers including thinQ are being led by USTelecom to combat this pervasive problem.
In July 2020, the Federal Communications Commission’s Enforcement Bureau designated the ITG as the Official Consortium for coordinating industry-led efforts to trace back the origin of suspected unlawful robocalls. Officially, the ITG operates under the Communications Act (Section 222(d) (2)) which permits telecommunications carriers to disclose and/or permit access to Customer Proprietary Network Information (CPNI) if suspected fraud, abuse or unlawful use of services exist.
“Today’s FCC announcement is an important recognition of our technology, our commitment, and our success fighting the scammers and spoofers who pollute our shared communications networks with these illegal robocalls,” said USTelecom CEO and President Jonathan Spalter. “Our team of providers across the wireline, wireless, VoIP and cable industries are focused on tracing the source of illegal robocalls around the world and coordinating with Federal and state enforcement agencies to bring criminals to justice. As the FCC’s registered traceback consortium, we intend to continue our laser-like scrutiny not just on robocall scammers, but the under the radar providers who let junk calls onto the network in the first place.”
Latest Efforts: Tracing Robocalls, Identifying Source Providers
The ITG has more than 30 voice service provider members whose operations are guided by detailed written policies and procedures. As you might be aware, the origination, delivery, and termination of robocalls involve numerous voice service providers in a complex ecosystem. More than 100 voice service providers have participated in ITG tracebacks of suspected illegal robocalls to date.
This consortium coordinates with voice service providers upstream and downstream within the call path seeking to identify the source of and eliminate illegal robocall traffic in addition to supporting federal and state law enforcement agencies to identify non-cooperative providers so they can take enforcement action, as appropriate.
The first annual ITG progress report highlights the group’s activity in 2019-2020. ITG members conducted over 1,000 tracebacks, implicating more than 10 million illegal robocalls. 100+ companies participated in ITG traceback investigations, resulting in more than 20 subpoenas and/or civil investigative demands from federal and state enforcement agencies. Download the USTelecom ITG 2019 Progress Report here.