Showing posts with label Understanding Wireless. Show all posts
Showing posts with label Understanding Wireless. Show all posts

10 Reasons Why the FCC Is Still a Joke in 2025

AT&T and Verizon puppets
10 Reasons Why the FCC is a Joke

10 Reasons Why the FCC is Still a Joke in 2025

For decades, the Federal Communications Commission (FCC) has been touted as the independent government agency responsible for protecting consumers, ensuring fair competition, and regulating the telecommunications industry. In practice, however, the FCC has often functioned more like a partner to the very companies it’s supposed to regulate.

Back in 2011, critics pointed out structural flaws in how the FCC operates, and sadly, most of those problems remain unchanged today. In fact, many of them have gotten worse. With the rapid rollout of 5G, talk of 6G, massive spectrum auctions, and billions spent on rural broadband expansion, the FCC is still prioritizing carriers over consumers. Below are ten reasons why the FCC is still failing to live up to its mission in 2025.

1. Funded by the Carriers It Regulates

One of the most glaring conflicts of interest is that the FCC is not funded primarily by taxpayers. Instead, nearly 99% of its budget comes from regulatory fees paid by the very telecom and broadband companies it oversees — AT&T, Verizon, T-Mobile, Comcast, Cox, and others. In 2011, the FCC had roughly 1,900 employees and a budget of $500 million. Today, that number has grown, but the funding structure remains the same.

If an agency’s funding comes almost entirely from the companies it regulates, how independent can it really be? The FCC’s financial dependency on carriers creates a culture where “tough regulation” is avoided, because biting the hand that feeds you is not sustainable.

2. Ignoring Actual vs. Theoretical Coverage

One of the FCC’s longest-running failures is its refusal to address the gap between actual service consumers receive and the theoretical coverage maps carriers advertise. This problem was at the heart of the opposition to the AT&T and T-Mobile merger.

Carriers argue that competition is strong and rural coverage is adequate, but consumer data tells a different story. Thousands of people report dead zones every year, especially in rural and underserved areas. Yet the FCC continues to accept carrier-submitted coverage maps at face value instead of auditing them against real-world performance. As a result, false claims go unpunished, and consumers are left stranded with limited or no options.

3. Rural Coverage Is Still a Broken Promise

Back in 2010, critics noted that rural wireless customers had fewer choices. Fast forward to 2025, and little has changed despite billions spent through federal programs like the Rural Digital Opportunity Fund.

The FCC has approved subsidies and allowed carriers to pocket government funding without holding them accountable for delivering on promises. Many communities in Iowa, Kansas, Appalachia, and tribal regions still lack reliable coverage. While coverage maps suggest they’re “covered,” reality on the ground shows otherwise.

4. Spectrum Auctions: Big Revenue, Little Oversight

Every few years, the FCC celebrates massive spectrum auctions. Billions are raised as carriers fight for the frequencies needed to power new technologies like 5G and the upcoming 6G networks.

But here’s the problem: these auctions prioritize government revenue and carrier growth over consumer benefit. While the Treasury sees short-term gains, consumers rarely see lower bills or meaningful improvements in service. The FCC focuses on the auction headlines instead of ensuring accountability for how spectrum is deployed.

5. Net Neutrality: A Never-Ending Tug of War

The FCC has spent more than a decade flip-flopping on net neutrality. Depending on political leadership, rules are either reinstated or repealed, leaving consumers in a regulatory tug-of-war.

The result? Carriers continue to throttle speeds, prioritize traffic, or create tiered internet plans with little consequence. While the FCC occasionally makes noise about consumer protections, its enforcement remains weak. Consumers remain at the mercy of carriers who can manipulate internet access with minimal oversight.

6. Dead Zone Reporting: Designed to Fail

DeadCellZones.com has collected consumer-reported coverage gaps for over a decade. Instead of embracing this data, the FCC tried to build its own dead zone reporting tool years later. The problem? It was poorly designed, hard to use, and ultimately failed to deliver meaningful insights.

Insiders have admitted it was “designed to fail” because the FCC didn’t actually want to reveal the extent of coverage gaps. Acknowledging the truth would mean holding carriers accountable for false advertising, something the FCC seems unwilling to do.

7. Lobbyists Run the Show

The revolving door between FCC leadership and the telecom industry is well-documented. Former FCC staff regularly take high-paying jobs at carriers, and industry lobbyists have outsized influence on policy decisions.

Billions of dollars flow into Washington each year to influence spectrum rules, merger approvals, and regulatory enforcement. The result is predictable: policies that benefit the largest players, while consumers get lip service.

8. Lack of True Competition

Carriers argue that wireless competition is healthy, but consumers in many regions know better. In urban areas, people may have two or three viable options, but in rural America, many still have only one option — or none.

This lack of competition was a major argument during the AT&T/T-Mobile merger debate. Critics warned that consolidation would harm consumers. More than a decade later, those fears have been realized. Prices remain high, and innovation is often stifled.

9. Privacy & Consumer Protections Are Weak

Carriers have repeatedly been caught selling user location data to third parties without proper consent. While the FCC has issued fines here and there, systemic change is rare. Instead of using its authority to demand better protections, the agency issues one-off penalties that barely dent carrier profits.

For consumers, this means little assurance that their personal data is secure. The FCC prioritizes revenue generation and industry relationships over safeguarding privacy.

10. Lip Service Over Action

At its core, the FCC has perfected the art of saying the right things without doing them. From broadband expansion to consumer rights, the agency makes promises it rarely fulfills. As early as 2010, critics warned that wireless consumers were getting screwed. That reality is even clearer in 2025.

Instead of real enforcement, consumers get flashy press releases, staged hearings, and promises of future oversight. But when it comes time to hold carriers accountable, the FCC backs down.

Conclusion: David vs. Goliath

When DeadCellZones.com began more than a decade ago, it was a way to highlight the disconnect between carrier marketing and consumer reality. The FCC could have partnered with independent data collectors to gain honest insights, but instead it chose to protect industry relationships.

This is why the FCC remains a “joke” to so many. It pretends to regulate while being financially and politically entangled with the companies it oversees. Consumers remain the losers in this corrupt game.

In 2025, the fight continues. Watchdog groups, independent reporters, and ordinary users submitting dead zone data remain the only real check on telecom power. Until the FCC embraces true independence and prioritizes consumers, it will remain a puppet agency.

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What Does G Stand for in 4G? Explained Simply

2g, 3g, 4g chart
4G = 4th Generation Data Network

What Does G Stand For in 4G?

The world of mobile technology is full of abbreviations that can feel confusing at first. One of the most common is the “G” you see in terms like 2G, 3G, 4G, and now 5G. But what does the “G” actually stand for? The answer is simple: G stands for “Generation.”

The Meaning of “G”

When we talk about 4G, we’re really saying “Fourth Generation.” Each generation of wireless technology represents a leap forward in speed, reliability, and capabilities. The progression from one G to the next shows how the industry has evolved to keep up with user demand for faster data and more connected devices.

  • 1G – The first generation of mobile networks, launched in the 1980s, was analog and only supported voice calls.

  • 2G – Introduced in the 1990s, 2G was digital and added SMS (text messaging) and limited data.

  • 3G – In the early 2000s, 3G networks brought faster data speeds, making mobile internet browsing and app use possible.

  • 4G – Rolled out widely in the 2010s, 4G (especially LTE, or Long-Term Evolution) enabled high-speed internet, video streaming, and smooth app performance on smartphones.

  • 5G – The latest generation, now expanding worldwide, promises ultra-low latency and speeds up to 100 times faster than 4G.

Why 4G Was a Game-Changer

While 5G is the new buzzword, 4G has been the backbone of mobile communication for more than a decade. It was the first network generation fast enough to reliably support:

  • Streaming video in HD without constant buffering

  • Mobile gaming with responsive performance

  • Navigation apps like Google Maps or Waze with real-time updates

  • Social media apps that rely heavily on video and photo sharing

4G allowed smartphones to become truly “smart,” giving users access to powerful apps, cloud storage, and connected services without the constant frustration of dead zones or lag.

What About Dead Zones on 4G?

Even with 4G’s massive improvements, dead zones still exist. These are areas where coverage is weak or nonexistent, such as rural communities, mountains, or even parts of cities with heavy building interference. Mobile carriers build towers and expand coverage, but gaps remain.

For example:

  • Rural areas often have fewer towers, making 4G signals inconsistent.

  • Underground locations like subway systems can create dead zones unless special repeaters are installed.

  • Crowded events like stadiums can overload networks, temporarily making 4G feel unusable.

DeadZones.com exists to help people map and report these areas, so you can avoid frustration and choose the best carrier for your location.

The Future Beyond 4G

As 5G continues to expand, it promises to fill many of the coverage gaps left by 4G. However, because 5G uses higher-frequency signals that don’t travel as far, it also needs more antennas and infrastructure to work well. That means dead zones will continue to exist in some form, making crowd-sourced coverage maps more important than ever.

Final Thoughts

So, the “G” in 4G simply means “Generation.” But each G represents much more than a number—it reflects a massive leap in mobile communication technology. 4G made streaming, apps, and cloud-based services a part of daily life, and even though 5G is here, 4G will remain critical for years to come.

If you’ve ever wondered why your phone drops to “3G” in certain areas or struggles with no signal at all, you’re not alone. That’s where mapping dead zones becomes essential to improving connectivity and holding carriers accountable.   what does 2G, 3G, 4G mean?

Can Fireworks Disrupt Cell Phone Signals?

As fireworks light up the night sky, you might wonder if the dazzling displays could interfere with your cell phone signals. After all, modern technology and vibrant pyrotechnics both rely on waves and signals. But can these two really clash? Let's dive into the science behind fireworks and cell phone signals to find out.

10 Reasons Why Text Messaging is a Scam


Have you ever sent a text to someone and its not received or delayed by a few hours?  Do you wonder why text messaging is so expensive when email is free?  Its one of the biggest scams in US history and the FTC and FCC can do nothing about it because there are very few alternatives.  

At current data plan rates mobile phone consumers are paying $1,300 per megabyte for this service.  Consumers are paying $5-$20 per month or hundreds of dollars per year in some cases with lots of overage charges.  We estimate that consumers are paying Verizon & AT&T $10 billion each per year for text messaging services.  AT&T and Verizon each generate $100+ billion per year and revenue and text messaging is a big chunk of it.   The money goes right to the bottom line and is sent directly to AT&T and Verizon shareholders as dividends.   Text messaging is the most profitable line of business for carriers with nearly 99% margins it seems.  

Carriers can charge you upwards of $20 for 1,500 text messages or even $5 for 200 messages.  Not only is this a ripoff but you get charged .35 to .50 cents per message that you go over your plan without any carryover.  Do you ever wonder why email is free and text messaging is not?  Free text messaging is a growing trend and will likely get even bigger as the carrier giants AT&T and Verizon continue to ripoff their customers. However, there are solutions out there to the problem including Google Voice free text message.  Free text mess

1) Delayed text messages without explanation
2) No confirmation if message was received
3) No confirmation if text message was read
4) No receipts or guarantee of delivery
5)  $5 - $20 for 200 to 2000 messages
6)  You are paying $1,300 per megabyte for text that is easy to move through the network
7)  No ways to prevent spam from reaching you
8) Spam still costs YOU money against your plan
9)  .25 cents to .50 cents for going over your text messaging plan
10)  No carryover for text messages not used

Taxes on Your Cell Phone Bill

Consumers are paying an average of $7.67 per month on their cell phone bill taxes per month.  Did you know that cell phone state tax rates range from 5% to 20% per month depending on where your cell phone bill is sent?  That is approximately $92 per year for the average cell phone bill which is $47.21 per month.  All together US consumers per $26,875,860,000 in total taxes from mobile phone customer each each by AT&T and Verizon.  No wonder AT&T and Verizon are the largest donors to Congress because it appears that its one big ponzi scheme.  We look for companies like Google to come into the market in the near future and provide advertising supported wireless to disrupt this telecom corruption and tax on consumers.   See the tax map provided by the TaxFoundation.org.  

Related Stories:
AT&T Steals $1 Billion from Customers in Illegal Taxes
Verizon Steals $93.5M From Taxpayers with Fake Surcharges & Taxes

Cell Phone State Tax Rates Are Ridiculous

Americans are now being paying an average of 16.26% tax on monthly cell phone bill.  Depending on the state that number can shoot up as high as 23.69%.  Each month, the talking tax is silently imposing on America's wireless customers, and unless legislative action is taken the rates go go even higher.  The highest states are Nebraska, Washington, New York, Florida and Illinois.  All the more reasons to start using free wireless whenever possible and dump your data plans because Wi-Fi competes with 4G LTE.  On top of these ridiculously expensive tax rates AT&T & Verizon are the most expensive carriers by far compared with wireless carriers around the world.  Not only do you pay high taxes each month but your data plans are funding two of the highest paying dividend companies on Wall Street.  See the tax map provided by the TaxFoundation.org.  


What Does LTE Stand For?

LTE = Long Term Evolution
Long Term Evolution (LTE).  It is a new radio platform technology that will allow carriers to give you higher wireless upload and download speeds currently between 5-12 mbps but expected to increase. Verizon Wireless,  AT&T & MetroPCS in the United States and several worldwide LTE carriers began rolling out the new network in 2009.  The world's first publicly available LTE service was opened by TeliaSonera in the two Scandinavia in December of 2009.

LTE and is part of the GSM evolutionary path beyond 3G technology, following EDGE, UMTS, HSPA (HSDPA and HSUPA combined) and HSPA Evolution (HSPA+). LTE is a set of enhancements to the Universal Mobile Telecommunications System (UMTS) which was introduced in 3rd Generation Partnership Project (3GPP) Release 8.  HSPA Evolution is a stepping-stone of speeds to LTE for many carriers that will be rolled out slowly. Carriers began working on LTE in 2004 3GPP and the initial deployment of LTE is targeted for 2010 and 2011. The objective of LTE is to provide a high-performance radio access that offers good signal coverage in vehicles that are moving and that can coexist with HSPA and earlier networks. Carriers can scale bandwidth to migrate their networks and users from HSPA to LTE over time in areas that need it most.

Related Articles:
List of Verizon Wireless 4G LTE Cities
How Does 4G & LTE Compete with Free?
LTE Cell Phone Tower Industry Growth
How Each Carrier Defines 4G
3G & 4G Coverage Parity by 2013
Will AT&T's New Faster HSPA+ Data Network Result in Fewer Dropped Calls?
Wireless Network Armageddon in 2012
Who Has the Best 4G Coverage?

How Each Carrier Defines 4G


4G is as confusing as ever to the average consumer.  Verizon and MetroPCS are launching their 4G LTE network and three out of the four major US carrier Verizon, Sprint, and T-Mobile promote the fastest 4G data networks.  However, each company defines 4G differently and none of them meet International Telecommunication Union standards. The ITU defines 4G as a connection capable of 100 mbps to 1 gbps. The cellular data network's 4G speeds don't even come close to this and the only marketing thing each carrier seems to agree upon is that 4G is just what comes after 3G. While the title of 4G isn't accurate by International Standards is meaningless the carriers now have created a new step of planned obsolescence.  Here is an article from Life Hacker which will try to simply each offering.  Read More.

Does AT&T Have WiFi Calling?

Yes, AT&T offers Wi-Fi calling as a feature for its customers. Wi-Fi calling allows you to make and receive calls over a Wi-Fi network instead of using the cellular network. This feature can be particularly useful in areas with weak cellular coverage or when traveling internationally.

To use Wi-Fi calling on AT&T, you need a compatible device and an active AT&T wireless plan that supports Wi-Fi calling. Most recent smartphones and some older models are compatible with Wi-Fi calling on the AT&T network.

How to enable Wi-Fi calling on an iPhone:
  1. Go to the Settings app.
  2. Select "Phone" or "Cellular."
  3. Look for the "Wi-Fi Calling" option and toggle it on.
To enable Wi-Fi calling on an Android device, the steps may vary depending on the device model and Android version. However, the general process involves:
  1. Open the Phone app.
  2. Access the settings or menu within the app.
  3. Look for the "Wi-Fi Calling" or "Call Settings" option.
  4. Enable Wi-Fi calling and follow any prompts to set it up.
It's worth noting that Wi-Fi calling uses your Wi-Fi network to establish the call, but it still uses your cellular plan minutes. If you have an unlimited talk and text plan, the calls made through Wi-Fi calling are typically included and do not incur additional charges. However, if you have a limited talk plan, the minutes used for Wi-Fi calling will be deducted from your plan's allotment.

If you're unsure about the availability of Wi-Fi calling on your specific device or plan, it's recommended to check with AT&T directly or visit their website for the most accurate and up-to-date information.



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