By John Q. Hosedrinker 
Recent tests conducted in four U.S. cities have revealed a critical vulnerability in the nation’s Emergency Alert System (EAS) when implemented with the new NEXTGEN TV standard. These tests demonstrated that EAS alerts can fail on encrypted NEXTGEN TV channels if viewers lack an internet connection, directly contradicting claims from industry groups like the A3SA and Pearl TV. Weigel Broadcasting’s findings highlight a significant public safety risk, as emergency messages may become inaccessible during crucial times of need, such as power outages or severe weather. The company is urging the FCC to mandate safeguards, including a free television stream and internet-free access to programming, before further transitioning to ATSC 3.0.
Read the original article here
It appears there’s a significant concern brewing within the television industry regarding the Emergency Alert System (EAS) and its performance during tests for the new NEXTGEN TV standard, also known as ATSC 3.0. Reports suggest that the EAS faltered when integrated with these tests, raising questions about its reliability in critical situations.
This failure seems to be intrinsically linked to the core of NEXTGEN TV itself, particularly the implementation of digital rights management (DRM) and encryption for broadcast signals. For years, this new standard has been championed, but its path to widespread adoption has been met with resistance, partly due to these technological choices that seem to hobble essential public services.
The very foundation of the problem appears to be the encryption of over-the-air (OTA) broadcast signals. This means that traditional antennas, which have long been the gateway to free television for millions of households, will no longer be able to receive network programming without specialized equipment. This shift is viewed by many as a move towards the privatization of public resources, a concern amplified by discussions around initiatives like Project 2025 and the broader political landscape.
It’s baffling to witness a system that was once functional being seemingly undermined. Many point out that other countries have successfully implemented advanced broadcasting systems without compromising emergency alerts, leading to frustration and a sense of intentional sabotage. The fear among broadcasters about retransmission consent fees appears to have taken precedence, leading them to cripple ATSC 3.0 before it could truly establish itself.
A major hurdle to NEXTGEN TV’s accessibility is the increased cost of decoders. These essential components are pricing themselves out of reach for many consumers, especially those who rely on antennas as their primary means of accessing television. The expectation is that such technology should be affordable, particularly for those who are most vulnerable and may depend on free broadcasts for crucial information.
The implication of this encryption is that the EAS itself becomes a casualty. The concern is stark: if broadcast signals are scrambled and inaccessible without payment or specialized equipment, then the ability to warn people during emergencies is severely compromised. This raises a chilling question about preparedness and awareness, with some sarcastically remarking on the prospect of being blissfully unaware during a crisis.
The personal unwillingness to adopt or pay for a system that cannot reliably deliver emergency alerts is a sentiment shared by many. The effectiveness of the EAS has also been questioned, with historical events like 9/11 cited as examples where these systems were not effectively utilized. In an era where many have shifted away from traditional broadcast TV, the relevance and accessibility of the EAS are being re-evaluated.
Furthermore, there’s a strong push for the EAS to leverage existing technology like smartphones, which are now ubiquitous. The intentional nature of the system’s failure is becoming a prominent theory, as it’s impossible to warn individuals who cannot afford the encrypted, over-the-air broadcasts. This points to a fundamental breakdown in the principle of free and accessible information.
The narrative emerging is that there will be no more free over-the-air television, and consequently, the National Broadcast Emergency Alert System will cease to function for a significant portion of the population. The irony of emergency alerts being interrupted by advertisements for consumer goods is a stark illustration of the priorities that seem to be at play.
The primary reason for these failures is the widespread encryption of ATSC 3.0 broadcasts, which necessitates an internet connection and a specialized decryption box. Even devices marketed as not needing internet to decrypt often fail to do so without an online connection, creating a barrier to access and functionality.
The notion that monopolies don’t fail, but rather are propped up by government intervention, resurfaces in these discussions. The worry is that this push towards privatization, potentially driven by political influence, is leading to a scenario where essential public services are sacrificed for corporate gain. Any interference with critical emergency equipment is rightly met with strong opposition.
The deep-seated aversion to DRM is palpable, with a significant segment of the public viewing it as detrimental to essential services. If the disruption to the emergency broadcast system is the cost of exposing the flaws of DRM, then many are willing to pay that price.
The historical context of healthcare systems being more equitable before certain political shifts is brought up, drawing parallels to the current situation with broadcast technology. ATSC 3.0, while technically an improvement, has been marred by the inclusion of DRM, leading to a consensus that it should perhaps not have been implemented in its current form and should be allowed to evolve without such restrictive measures.
The core issue boils down to the encryption of free over-the-air transmissions, a move that is viewed as detrimental and unnecessary. The desire for a system that serves the public interest rather than corporate profits is a recurring theme. The real plan, according to many, is to demonstrate that the existing broadcast spectrum is underutilized, thus paving the way for its sale to the highest bidder. This necessitates the purchase of new televisions or converter boxes, adding another financial burden.
The memory of the previous switch to digital transmission, which was also not without its challenges, adds to the skepticism. The idea of paying extra for emergency alerts is met with disbelief and frustration, highlighting a perceived shift in the purpose of government from public service to corporate revenue generation.
The situation where cable TV companies also serve as the sole providers of high-speed internet in many areas further complicates access and affordability. Even with the existence of dial-up users, the requirement for internet connectivity for basic emergency alerts is seen as an unacceptable barrier.
The question of why broadcasters are even allowed to encrypt their signals is paramount. The argument that monopolies are eventually bailed out by the government when they fail is a stark reminder of how economic collapses can have far-reaching consequences, necessitating intervention to prevent widespread economic implosion.
While the nonprofit status of organizations is debated, the technical improvements of ATSC 3.0 are acknowledged, but the addition of DRM is seen as a fatal flaw in its implementation. The motivation behind these changes is widely believed to be about generating revenue, and the lack of opposition or regulatory action suggests a system that is currently powerless to stop it.
The notion that the purpose of government has never been to serve the people in America is a cynical but recurring sentiment. However, the successful transition to digital transmission, with ample notice and support, is cited as an example of when government can function effectively. The current situation, however, is described as a “clusterfuck,” despite efforts to provide converters and coupons.
The decline in the testing and awareness of emergency alerts is a concerning trend. The fear is that FEMA relief efforts might eventually be subject to bidding, further exacerbating existing inequalities. The responsibility for allowing this encryption is placed on the FCC, which has reportedly refused to mandate ATSC 3.0 and instead seems to be exploring newer video codecs within the existing ATSC 1.0 standard, which cannot be encrypted.
The eventual failure of monopolies in a free market is a long-term prospect, but the current implementation of ATSC 3.0 with DRM is seen as a detrimental step. The inherent conflict of interest in for-profit, publicly traded companies prioritizing shareholder returns over public good is a significant concern. Many who have invested in ATSC 3.0 tuners find them to be unreliable, suggesting that alternative solutions, like 5G broadcast, might be more cost-effective and practical.
The importance of broadcast TV as a backup to cellular networks, especially in areas with spotty coverage, cannot be overstated. Relying on a single method of communication for life-saving messages is inherently risky. The prospect of paying for such a system, especially when it requires internet access, is viewed as impractical. The overarching concern remains that the failure of this system is a deliberate ploy to devalue the spectrum and sell it off at a higher price.
The historical successes of government regulation in addressing environmental issues like acid rain and smog, and in areas like public health and safety nets, serve as a counterpoint to the current narrative of government inefficiency and failure. These examples demonstrate that government *can* function effectively when its purpose is to serve the people.