How Google’s AI Uses “Query Fan-Out” to Find Traffic Camera Data

If you've ever wondered how Google finds red light camera locations, speed camera zones, or traffic violation videos so quickly—it's thanks in part to a search technology called “query fan-out.” This AI-powered technique helps Google pull data from a wide array of sources in milliseconds, improving the quality of its search results for enforcement-related queries.

🔍 What is Query Fan-Out?

Query fan-out means that your search is split and distributed across many databases or indexes simultaneously. For example, when someone searches "speed camera locations in Chicago," Google doesn't send that query to just one database—it sends it to dozens of indexes: maps, news, videos, shopping, and even legal databases.

🚦 How This Applies to Traffic Enforcement

At PhotoEnforced.com, we know firsthand how important it is to index thousands of traffic camera locations accurately. Google's AI now uses fan-out to:

• Scan image databases (e.g., Google Street View) for camera poles
• Cross-reference local news about new enforcement installations
• Pull from government PDFs or city council meeting notes
• Index crowdsourced platforms like ours and community forums

🤖 AI + Real-Time Traffic Enforcement = Faster Alerts

With query fan-out, AI systems can also integrate live data, such as traffic sensor feeds or license plate recognition logs. This is why a query like "red light camera ticket appeal San Diego" might surface a legal article, a court link, and a blog post from a traffic attorney—all within seconds.

📡 Why It Matters for Drivers

For drivers concerned about getting ticketed without warning, understanding how AI-driven search works is key. It allows platforms like ours to become more discoverable and for you to find enforcement data more easily—even before your local city updates its own website.

📌 Want Real-Time Alerts?

We're building a subscription-based service to warn you of red light cameras and speed cameras on your route—integrated with Apple Maps and Google Maps using real-time, crowdsourced data.

Stay ahead of automated enforcement with smarter data. Sign up to get alerts, and help us improve our map by submitting new locations.

How Many Cities & Countries Use Red Light and Speed Cameras?

How Many Cities Use Red Light and Speed Cameras?

Automated traffic enforcement using red light and speed cameras is a growing trend worldwide, although its implementation varies significantly by region. These systems are used to deter dangerous driving behavior, improve road safety, and reduce traffic-related injuries and deaths.

Red Light Cameras in the United States

Red light cameras are currently in use in approximately 338 U.S. communities, marking a decline from the over 500 cities that operated such systems a decade ago. These programs are permitted in 22 states and the District of Columbia, with large metro areas like New York City, Chicago, Philadelphia, and Washington, D.C. leading the way.

Rank	City	Approximate Number of Cameras	Camera Types Used	Notes
1	New York City, NY	2,200+	Speed Cameras, Red Light	Largest U.S. program; 750 school zones covered
2	Washington, D.C.	5,000+	Speed Cameras, Red Light	Most traffic cameras per capita in the U.S.
3	Chicago, IL	527+	Speed Cameras, Red Light	Extensive program; significant revenue from fines
4	San Francisco, CA	33+	Speed Cameras	New program with income-based fines; 50 cameras planned
5	Los Angeles, CA	33+	Speed Cameras	Pilot program initiated; fines based on income
6	Philadelphia, PA	300+	Speed Cameras, Red Light	Focus on high-risk intersections
7	Seattle, WA	100+	Speed Cameras, Red Light	Active enforcement in school zones
8	Denver, CO	100+	Speed Cameras, Red Light	Implemented to reduce accidents
9	Phoenix, AZ	100+	Speed Cameras, Red Light	Comprehensive citywide coverage
10	San Diego, CA	100+	Speed Cameras, Red Light

These cameras are typically placed at high-risk intersections and are credited with reducing angle collisions and red light running violations. In some areas, their effectiveness has led to a decrease in the number of cameras needed over time.

Keywords: red light camera statistics, red light enforcement USA, cities with red light cameras

Speed Cameras in the United States

Speed camera programs are in operation in about 195 U.S. cities, with legal authorization in 19 states and the District of Columbia. These cameras are often deployed in school zones, high-accident corridors, and areas where speeding is a persistent problem.

For example, New York City operates over 2,000 speed cameras near schools. Between 2019 and 2021, data showed a 73% drop in speeding violations at fixed locations, highlighting the effectiveness of the system in reducing dangerous driving.

Keywords: speed camera usage USA, speed enforcement cities, speed cameras near schools

Global Camera Use: Red Light and Speed Enforcement Worldwide

Worldwide, the number of traffic enforcement cameras far exceeds those in the U.S. Combined, there are more than 118,000 red light and speed cameras around the globe.

• Red light cameras worldwide: Over 19,000

• Speed cameras worldwide: Over 80,000

The top countries with the most traffic enforcement cameras include:

Rank	Country	Red Light Cameras	Speed Cameras	Total Cameras
1	Brazil	1,170	14,210	15,380
2	Italy	2,321	8,104	10,425
3	United States	3,974	4,001	7,975
4	United Kingdom	811	4,004	4,815
5	Germany	408	3,869	4,277
6	France	720	2,969	3,689
7	United Arab Emirates	482	2,109	2,591
8	Sweden	0	2,487	2,487
9	Spain	377	1,598	1,975
10	Turkey	70	1,427	1,497
11	Austria	177	1,245	1,422
12	Argentina	470	772	1,242
13	Belgium	68	1,163	1,231
14	Finland	45	1,057	1,102
15	Canada	774	279	1,053
16	Taiwan	308	712	1,020
17	Poland	208	534	742
18	Australia	335	264	599
19	Morocco	7	548	555
20	Croatia	12	513	525

This shows a strong global commitment to improving traffic safety through automated enforcement.

Keywords: global red light camera statistics, worldwide speed camera data, countries with most speed cameras

Legal and Policy Differences

In the U.S., state-level laws govern whether red light and speed cameras can be used. While some states fully embrace these systems, others have banned or heavily restricted them. For example, Texas has prohibited red light cameras, although some cities were allowed to maintain them until contracts expired.

These legal differences make the U.S. a patchwork of enforcement zones, where drivers may face automatic fines in one state but not the next.

Keywords: red light camera laws by state, speed camera legal states, U.S. automated enforcement laws

Conclusion

Red light and speed cameras continue to play a major role in promoting road safety in the U.S. and around the world. While their use is growing globally, adoption in the U.S. remains dependent on local and state policy. Cities that do use these systems have often seen measurable improvements in driver behavior and road safety.

Keywords summary: how many cities use red light cameras, speed camera statistics USA, red light enforcement worldwide, traffic camera usage by country

Are You Sick of Loud Cars and Motorcycles? How to Deal with Noise

Loud cars and motorcycles are a common nuisance in neighborhoods and cities around the world. Whether you're trying to enjoy your backyard, focus on work, or simply relax, the constant noise of revving engines can disrupt your peace. In this article, we’ll explore why loud cars and motorcycles are so common, the harmful effects of noise pollution, the fines and penalties associated with loud vehicles, and the new technology used to detect and deter noise violations.

Why Are Loud Cars and Motorcycles So Noisy?

Understanding why some cars and motorcycles are louder than others can help explain the problem and guide you in finding a solution.

1. Modified Exhaust Systems: Many vehicle enthusiasts intentionally modify their cars and motorcycles with aftermarket exhaust systems. These modifications are often made for aesthetic or performance reasons but can result in extremely loud and disruptive noise levels. In many cases, these modified exhausts violate noise ordinances in residential areas.

2. Engine Type and Design: Motorcycles, particularly sport models, tend to produce louder sounds compared to regular passenger vehicles. The design and power of motorcycle engines, along with their smaller mufflers, contribute to higher noise levels. While it may be enjoyable for the rider, it’s a common source of frustration for anyone nearby.

3. Wear and Tear: Older cars and motorcycles that are not properly maintained can become louder over time. Worn-out mufflers, rusted exhaust pipes, and engine malfunctions can contribute to noise pollution, adding to the disturbance.

The Dangers of Noise Pollution: How Loud Cars and Motorcycles Affect Your Health

Noise from loud vehicles isn't just annoying—it can have a significant impact on your physical and mental health. Here's how:

1. Hearing Damage: Prolonged exposure to loud noises from cars, motorcycles, and other vehicles can lead to hearing loss. Motorcycles with modified exhaust systems, for example, can reach decibel levels that are harmful to your hearing.

2. Increased Stress Levels: Constant exposure to disruptive noises can increase your stress and anxiety levels. Noise pollution has been linked to a rise in cortisol (the stress hormone), which can affect your overall well-being.

3. Sleep Disruptions: One of the most common complaints about loud vehicles is how they affect sleep. The persistent noise from motorcycles and cars can make it difficult to fall asleep or stay asleep, leading to fatigue, irritability, and reduced focus.

4. Mental Health Concerns: Over time, noise pollution can lead to mental health issues such as increased anger, frustration, and depression. For those living in areas with high traffic or heavy vehicle noise, it can feel like a constant source of tension and unrest.

Fines and Penalties for Loud Cars and Motorcycles

To combat the issue of loud vehicles, many cities and states have enacted noise ordinances and established fines for those who violate them. These fines aim to reduce noise pollution and encourage drivers to be more considerate of their impact on their community.

1. Loud Vehicle Fines: Many cities impose fines for vehicles that exceed a certain decibel level. For example, in New York City, drivers can face fines of up to $350 for using a modified exhaust system that exceeds the city’s noise limit. Some areas have stricter rules that can result in even higher fines, especially for repeat offenders.

2. Motorcycle Exhaust Violations: Motorcycles with modified exhaust systems are a major source of noise pollution. In places like California, there are specific rules regarding motorcycle noise emissions. Riders can be fined if their motorcycles exceed certain noise levels, and these fines can escalate depending on the severity of the violation.

3. Vehicle Noise Inspections: In some cities, law enforcement may conduct vehicle noise inspections or set up checkpoints to test the noise levels of vehicles. Vehicles that fail the noise test can face fines or even have their registration revoked.

How Cameras Are Detecting Loud Vehicles

To better enforce noise ordinances, some cities are turning to technology to detect loud cars and motorcycles. One innovative solution is the use of noise detection cameras, which automatically capture data on noisy vehicles.

1. Noise Detection Technology: Noise detection cameras work similarly to speed cameras. They are equipped with microphones and sensors that measure the decibel levels of passing vehicles. If a vehicle exceeds the legal noise threshold, the camera records the event and can automatically issue a ticket to the owner of the vehicle.

2. Global Adoption of Noise Cameras: Countries like the UK and Japan have already begun experimenting with noise detection cameras in high-traffic areas or neighborhoods known for frequent complaints about noise pollution. These cameras provide a more efficient way to monitor and enforce noise laws without requiring law enforcement officers to be physically present.

3. Benefits of Noise Detection Cameras: The introduction of noise cameras helps cities reduce the need for manual enforcement, streamline the process of issuing fines, and ensure that all vehicles are held accountable for their noise levels. It also makes it harder for offenders to argue against the violation since the evidence is captured automatically.

What You Can Do to Reduce the Noise from Loud Cars and Motorcycles

If you’re tired of dealing with the constant noise from loud vehicles, there are practical steps you can take to reduce the disturbance and reclaim your peace.

1. Check Local Noise Ordinances: Many cities have noise regulations that restrict the volume of vehicle noise, including car and motorcycle exhaust systems. Review local noise laws and find out if the loud vehicles in your area are exceeding these limits. If they are, you can file a complaint with local authorities.

2. Advocate for Stricter Noise Regulations: If noise from loud cars and motorcycles is a persistent problem in your neighborhood, consider contacting local government officials or attending city council meetings to advocate for stricter noise control laws. More and more cities are adopting noise ordinances that specifically target modified vehicle exhaust systems.

3. Install Noise Barriers: If the noise from nearby roads is unbearable, installing a noise barrier around your home can be an effective solution. Fences, hedges, and other soundproofing structures can help block some of the noise and provide a quieter environment.

4. Use White Noise or Soundproofing: Inside your home, you can mitigate the impact of loud vehicle noises by using white noise machines or soundproofing your windows. Soundproofing measures, such as double-glazed windows or heavy curtains, can significantly reduce the amount of outside noise that enters your space.

5. Report Loud Vehicles: If you witness cars or motorcycles with excessively loud exhaust systems in your area, report them to local authorities. Many jurisdictions offer an anonymous tip line or online reporting system for noise complaints.

Conclusion: Reclaim Your Peace from Loud Vehicles

Loud cars and motorcycles can be a constant source of frustration, but you don’t have to accept this noise pollution as part of your daily life. By understanding the causes of loud vehicle noise and taking action through local noise ordinances, advocacy, fines, and new detection technology like noise cameras, you can create a quieter, more peaceful environment for yourself and your family. Don’t let the roar of loud engines control your quality of life—take steps today to reduce noise pollution and restore peace to your surroundings.

Do Red Light Cameras Really Improve Safety?

Research and Data on Red Light Cameras: Do They Really Make Intersections Safer?

Red light cameras were first introduced as a way to reduce traffic violations and make intersections safer. Over the years, cities around the world have installed these automated systems to catch drivers who run red lights. But the results have been mixed, and studies continue to debate whether red light cameras save lives or simply shift the types of accidents that occur. The original Photo Enforced research pointed out that while right-angle collisions often decrease after cameras are installed, rear-end crashes sometimes increase because drivers brake suddenly to avoid getting a ticket. Nearly two decades later, the question remains: do red light cameras improve safety overall, or do they create new risks and controversies?

Early Research Findings

Early studies from the 1990s and 2000s were some of the first to document how red light cameras change driver behavior. The Federal Highway Administration and several state transportation departments found a consistent pattern across multiple cities: intersections with cameras saw significant drops in right-angle or “T-bone” crashes, which are the most dangerous and deadly type of intersection collision. However, these same intersections often experienced increases in rear-end crashes, especially during the first few years of operation. This happened because drivers learned to stop abruptly at yellow lights to avoid triggering a ticket, leading to more minor fender-benders. Overall crash rates sometimes remained steady, but the severity of crashes generally decreased since rear-end collisions are far less likely to result in serious injuries or fatalities than side-impact crashes.

Modern Studies Show Mixed Results

As more cities have adopted automated enforcement, researchers have produced more comprehensive data. Recent analyses have used long-term datasets, advanced modeling, and comparisons between cities that kept or removed their cameras. A major study by the Insurance Institute for Highway Safety (IIHS) reviewed data from 117 large U.S. cities over several decades. It found that cities with active red light camera programs had 21% fewer fatal red-light-running crashes and 14% fewer total fatal crashes at signalized intersections compared with those that never used cameras. In contrast, cities that turned off their cameras experienced a noticeable rise in deadly crashes within a few years. The data suggest that removing cameras can quickly erase prior safety gains. However, critics argue that other factors—such as population growth, vehicle technology, and changes in enforcement priorities—may also play a role in these shifts.

City Examples Across the United States

• Chicago, Illinois: Chicago operates one of the largest red light camera programs in the United States, with over 300 intersections monitored. Studies of its system have shown reductions in right-angle crashes by as much as 25%. However, the program has also been criticized for inconsistent yellow-light timing and heavy-handed ticketing practices, leading to public distrust and several lawsuits. Despite the controversy, crash data from the Illinois Department of Transportation show that intersections with cameras have fewer severe injury crashes than before the program was launched.
• Los Angeles, California: Los Angeles was once a leader in camera enforcement but discontinued its program in 2011 after determining it was not financially sustainable and faced poor collection rates for unpaid tickets. A follow-up study by the city’s Department of Transportation found that while total crashes didn’t rise sharply after removal, the rate of red-light violations gradually increased, suggesting that driver behavior worsened once enforcement stopped.
• Houston, Texas: Houston voters decided in 2010 to ban red light cameras through a public referendum. Data collected after the ban showed that right-angle crashes increased by about 23% at former camera intersections. The Houston Police Department later concluded that the cameras were effective from a safety perspective, even if unpopular politically.
• Fairfax, Virginia: In Fairfax, early testing showed that red-light-running violations dropped significantly within months of installation. However, rear-end crashes rose slightly. The city chose to keep the program active after concluding that the overall reduction in severe injury collisions outweighed the minor increase in property-damage-only crashes.
• Oxnard, California: One of the first U.S. cities to publish transparent results, Oxnard’s intersections with cameras saw injury crashes decline by nearly 30% and right-angle collisions fall by more than 30%. Even though rear-end collisions went up slightly, total injury severity decreased. These findings became a key reference for later research supporting the life-saving potential of red light cameras.

Understanding Why Crash Types Change

The shift in crash types after camera installation has been documented repeatedly. Right-angle crashes often happen when drivers run a red light at full speed, hitting another vehicle that has entered the intersection legally. These collisions tend to cause serious injuries or fatalities due to the force and angle of impact. Rear-end crashes, on the other hand, typically occur when drivers brake suddenly at a yellow light to avoid a ticket. While they may increase in frequency, the injuries are usually minor. From a public safety perspective, many experts argue that preventing high-impact side collisions is a greater overall benefit, even if minor fender-benders increase temporarily. Traffic engineers also note that over time, as drivers adjust to camera enforcement, rear-end collisions tend to stabilize or decline.

Signal Timing and Engineering Matter

Research consistently shows that signal timing adjustments can dramatically affect violation rates. A well-known experiment in Philadelphia demonstrated that extending the yellow light duration by just one second reduced red-light violations by 36%. When combined with camera enforcement, results improved even further. This indicates that engineering solutions like better timing, improved signage, and clear visibility can work hand-in-hand with cameras to enhance safety. Cameras alone may not be the full solution, but as part of a broader traffic management system, they contribute to safer intersections. Some transportation experts advocate for using cameras primarily at high-crash intersections rather than citywide, to focus enforcement where it matters most.

Economic and Legal Considerations

While safety is the stated goal, red light cameras also have economic and legal dimensions. Installing and maintaining systems can be expensive, especially when cities share revenue with private vendors. In some places, lawsuits have challenged ticket validity or revenue-sharing agreements, forcing cities to suspend or refund fines. Legal controversies in states like Texas, Florida, and New York have made cities more cautious about expanding programs. Additionally, public opposition remains strong where drivers perceive cameras as “cash grabs” rather than safety tools. Transparency about crash data, revenue allocation, and program goals is essential to build public trust. When cities use revenue for road improvements or safety education, the public tends to view the programs more favorably.

Public Perception vs. Data

Despite a growing body of evidence supporting red light cameras, many drivers continue to view them negatively. Surveys show that while most people oppose being ticketed by a machine, they still support stronger penalties for dangerous red-light running. This contradiction suggests that opposition often stems from distrust in local government rather than disagreement with the goal of safer intersections. Clear communication and consistent enforcement are key to maintaining credibility. When cities release annual reports showing reductions in fatalities and injuries, public sentiment can shift from resentment to acceptance.

Lessons for Policy Makers

For cities considering new or expanded red light camera programs, the research points to several key lessons. Cameras are most effective when used at intersections with a documented history of severe right-angle crashes. They should not be deployed solely for revenue generation or minor technical violations. Yellow light intervals should meet national engineering standards, and cities should reinvest fine revenue into traffic safety improvements. Regular audits of crash data, ticket volumes, and payment rates can ensure transparency and accountability. Finally, public education campaigns explaining the safety purpose of cameras can help sustain community support over time.

Conclusion

Red light cameras remain one of the most studied and debated tools in traffic safety. The data show clear benefits in reducing serious right-angle crashes, though increases in rear-end collisions are common. Over time, however, total crash severity and fatalities tend to decline in cities with consistent enforcement. Programs in places like Chicago, Oxnard, and Houston demonstrate both the promise and pitfalls of camera enforcement. When combined with good engineering, fair administration, and transparency, red light cameras can make intersections safer for everyone. The evidence suggests they are not a perfect solution—but when properly implemented, they play a meaningful role in saving lives. For more information on red light camera programs and safety studies, visit Photo Enforced to explore updated data, research links, and city-specific reports.

LA May Add Speed Speed Cameras

Los Angeles has long been known for its traffic congestion, aggressive driving culture, and unfortunately, a high number of traffic-related fatalities. In an effort to improve road safety and reduce speeding, city officials are exploring the possibility of adding automated speed cameras. This move follows similar programs in San Francisco, Oakland, San Jose, and other California cities that have recently authorized speed enforcement technology.

Why Speed Cameras Are Being Considered in LA

Speeding remains one of the leading causes of collisions and fatalities in Los Angeles. According to city data, more than 300 people die on LA roads each year, and speeding plays a role in a large percentage of these crashes. The city’s “Vision Zero” program, aimed at eliminating traffic deaths, has struggled to meet its goals. Advocates believe that speed cameras can be a valuable enforcement tool to change driver behavior without requiring additional police resources.

How Speed Cameras Work

Speed cameras use radar, sensors, or lidar technology to detect vehicles traveling above posted speed limits. If a driver is caught speeding, the system captures an image of the license plate and issues a citation by mail. Most programs operate with strict calibration requirements and clear signage to alert drivers of camera enforcement zones.

Key Features of Proposed LA Program

• Warning Period: Similar to San Francisco’s rollout, LA may begin with a warning period where drivers receive notices but no fines.

• High-Injury Corridors: Cameras would likely be placed on roads identified as high-risk for crashes.

• Equity Measures: Some cities cap fines or provide income-based reductions, an option LA may adopt.

Lessons from San Francisco’s Pilot Program

San Francisco installed 33 speed cameras in March 2025. In just six months, the program recorded more than 400,000 violations, issuing warnings before shifting to citations in August. Early reports show significant reductions in average speeds and a noticeable decline in crashes at monitored locations.

These results are one reason LA officials are seriously considering following suit. If San Francisco can issue 1,000 violations a day and show measurable safety benefits, LA may expect similar outcomes on its most dangerous streets.

Supporters vs. Critics

Like most traffic enforcement tools, speed cameras have supporters and detractors.

• Supporters argue:

  • Cameras save lives by reducing dangerous speeding.

  • Automated enforcement is unbiased and does not involve direct police stops.

  • Programs can free up police resources for more urgent tasks.

• Critics counter:

  • Cameras may be seen as revenue-generating tools rather than safety measures.

  • Errors in calibration or signage could lead to unfair tickets.

  • Low-income drivers may be disproportionately impacted by fines.

Where LA Might Place Cameras

If approved, the first wave of cameras would likely target corridors with high crash rates, such as:

• Ventura Boulevard in the San Fernando Valley

• Wilshire Boulevard in West LA

• Sepulveda Pass and the 405-adjacent streets

• Areas near schools and pedestrian-heavy intersections

Placement decisions will depend on traffic studies and community input.

How Drivers Can Prepare

Drivers in Los Angeles should expect speed enforcement to become stricter if cameras are adopted. Here are a few tips to avoid costly tickets:

• Pay attention to posted limits — especially in school zones.

• Use navigation apps — many already warn of enforcement areas.

• Be mindful in high-risk corridors — camera placement will target the most dangerous streets.

The Bigger Picture in California

Los Angeles is part of a growing trend in California. Alongside San Francisco, Oakland, San Jose, Long Beach, Glendale, and Malibu, more cities are embracing automated enforcement to curb traffic deaths. If these programs continue to show results, statewide expansion is likely.

Conclusion

The debate over speed cameras in Los Angeles highlights the tension between safety and fairness. While some drivers see them as “cash grabs,” others recognize their potential to save lives in a city with some of the most dangerous roads in the country. As LA officials weigh their options, drivers should prepare for a future where speeding comes with a higher risk — not only of accidents but of getting caught by technology.

Understanding Parking Ticket Photo Enforcement: What You Need to Know

Parking ticket photo enforcement has become an increasingly common practice in many cities across the United States and beyond. This automated system captures images of vehicles parked in violation of local regulations, making it easier for municipalities to enforce parking laws without the need for a parking attendant. In this article, we will delve into how parking ticket photo enforcement works, its benefits and drawbacks, and what drivers should know to avoid getting ticketed.

How Parking Ticket Photo Enforcement Works

Parking ticket photo enforcement systems use automated cameras and technology to monitor parking violations. Here’s how the process typically unfolds:

1. Camera Installation: Cities install cameras in high-traffic areas, near parking meters, or at locations with a history of parking violations. These cameras are often equipped with license plate recognition software.

2. Monitoring: The cameras continuously monitor parked vehicles. When a vehicle is detected in a restricted area or when time expires at a metered space, the camera captures images of the vehicle, including its license plate.

3. Ticket Generation: Once a violation is detected, the system automatically generates a parking ticket. The images captured by the camera, along with relevant details such as the date, time, and location of the violation, are typically included in the ticket.

4. Notification: The vehicle owner is then notified of the parking ticket, usually by mail or through an online portal. This notification includes instructions for payment or contesting the ticket.

Benefits of Parking Ticket Photo Enforcement

Parking ticket photo enforcement systems offer several advantages for cities and drivers alike:

• Increased Efficiency: Automated systems allow cities to enforce parking regulations without the need for parking attendants. This can free up resources for other important city functions.

• Reduced Human Error: Automated ticketing reduces the chances of human error that can occur with manual enforcement. This can lead to more accurate ticketing.

• Consistency: Automated systems provide consistent enforcement of parking regulations. This helps deter violations and promotes compliance among drivers.

• Improved Revenue: For municipalities, photo enforcement can lead to increased revenue from parking fines, which can be reinvested into local services and infrastructure.

Drawbacks of Parking Ticket Photo Enforcement

Despite the benefits, parking ticket photo enforcement is not without its drawbacks:

• Public Outcry: Many drivers feel that automated ticketing systems can be unfair and may lead to excessive ticketing. This has sparked debates about the ethics of photo enforcement.

• Lack of Human Judgment: Automated systems cannot take into account the unique circumstances of each violation, which may lead to tickets being issued for legitimate situations, such as emergency stops or vehicle malfunctions.

• Privacy Concerns: The use of cameras to monitor parking can raise privacy issues for some individuals, leading to concerns about surveillance and data security.

Tips to Avoid Parking Tickets from Photo Enforcement

To minimize the risk of receiving a parking ticket through photo enforcement, consider the following tips:

1. Know the Rules: Familiarize yourself with local parking regulations, including time limits, restricted zones, and metered parking requirements.

2. Pay Attention to Signage: Always check for parking signs that indicate restrictions in the area. These signs will inform you of the rules in place and help you avoid violations.

3. Set Timers: If you park at a metered space, consider setting a timer on your phone to remind you when it’s time to move your vehicle or add time to the meter.

4. Use Alternative Transportation: When possible, consider using public transportation, carpooling, or ride-sharing services to avoid parking challenges altogether.

What to Do If You Receive a Parking Ticket

If you receive a parking ticket from a photo enforcement system, here are the steps you can take:

1. Review the Ticket: Check the ticket for accuracy. Ensure that the details, such as the date, time, and location of the violation, are correct.

2. Examine the Evidence: Most tickets issued through photo enforcement will include images of your vehicle. Review these images to confirm whether the violation occurred.

3. Consider Contesting the Ticket: If you believe the ticket was issued in error, you can contest it. Follow your city’s procedure for appealing a parking ticket, which may involve providing evidence or attending a hearing.

4. Pay the Fine: If you decide not to contest the ticket, make sure to pay the fine promptly to avoid late fees or additional penalties.

Conclusion

Parking ticket photo enforcement is an effective tool for municipalities to manage parking regulations and enhance compliance. While it offers benefits like increased efficiency and reduced human error, it also raises questions about fairness and privacy. By understanding how these systems work and taking proactive steps, drivers can minimize their chances of receiving a parking ticket and navigate city streets more confidently. Always stay informed about local parking regulations and pay attention to signage to ensure a hassle-free parking experience.

Cities Trying To Use Photo Ticketing For Parking

Drivers be warned: In the perpetual cat-and-mouse war between parking enforcement and motorists trying to park without getting a ticket in this city, the cat just got a powerful new weapon. The city of Newton, a suburb of Boston, is installing video cameras that can detect when a car has been parked in a metered spot too long. According to a story in The Boston Globe, the devices alert parking enforcement officers if a ticket needs to be written.

Automatic license plate recognition — a kind of RoboCop of the parking world that uses a panoramic video camera, laptop computer, and sophisticated software — detects cars that have been parked too long and sounds an alert to write a ticket.

The city bought three systems for $50,000 and plans to install them in parking enforcement vehicles this month. Officials believe the technology could double the number of parking tickets the city writes each year and sharply increase the $1.8 million in annual parking fees it collects.  

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Parking Ticket for Street Sweeping

Can Motorcycles Avoid Red Light Camera Tickets?

Red light cameras are now a common fixture at busy intersections in many U.S. cities. These automated enforcement systems use sensors and high-resolution cameras to capture images of vehicles that enter intersections after the traffic signal turns red. While most discussions about red light camera enforcement focus on cars and trucks, many motorcyclists often wonder: Can motorcycles avoid red light camera tickets?

This article explores how red light cameras detect motorcycles, the challenges of enforcement, common myths, and what riders can do to stay safe and compliant with the law.

The Price of Running a Red Light on a Motorcycle

For motorcyclists, the cost of running a red light can be far greater than a fine—it can mean life or death. The stakes are higher because riders lack the protective shell of a car.

I personally witnessed this tragic reality one winter in Palm Desert. A man on a motorcycle attempted to run a red light and collided with a car that was turning left. The impact was fatal. This tragedy sparked a common question: are motorcycles heavy enough to reliably trigger red light camera sensors?

According to red light camera operators, the answer is yes. Systems are designed to detect motorcycles, even though they are lighter and smaller than cars. But this raises more questions:

• Can the cameras capture a clear image if the rider is wearing a helmet?

• Are they capable of producing usable evidence if the motorcycle is traveling at a high rate of speed?

We’ll dive deeper into these questions below.

How Red Light Cameras Work

To understand whether motorcycles can avoid tickets, it helps to first know how the cameras operate. Red light camera systems typically include:

• Inductive loop sensors or radar: Embedded in the pavement, these sensors detect when a vehicle crosses the stop line after the light has turned red.

• High-resolution still cameras and video: Once triggered, the system captures multiple images and sometimes video of the vehicle.

• License plate recognition software: The software reads the license plate number, which is then matched with the vehicle’s registered owner.

After the violation is reviewed by trained law enforcement staff, a citation is mailed to the registered vehicle owner.

Are Motorcycles Detected Differently Than Cars?

Motorcycles present unique challenges for red light camera systems:

1. Smaller profile: Motorcycles occupy less road space, which can make them harder to detect with inductive loops designed for larger vehicles.

2. Single rear license plate: In many U.S. states, motorcycles are only required to display a rear plate, while cars have both front and back plates. This means a front-facing camera may not capture enough identifying information.

3. Acceleration patterns: Motorcycles often accelerate more quickly than cars, which can result in shorter trigger times for sensors.

Despite these differences, most modern red light camera systems are calibrated to detect motorcycles just as effectively as cars.

Can Motorcycles Avoid Tickets Because of Detection Issues?

Some riders believe motorcycles can slip through enforcement gaps. Here are the most common myths—and the reality:

Myth 1: Motorcycles Are Too Light to Trigger the Sensors

Older systems sometimes failed to detect motorcycles because of their smaller metal mass. However, modern sensors are far more sensitive and calibrated to pick up everything from scooters to large trucks.

Reality: Today’s technology makes it very unlikely that a motorcycle won’t trigger a red light camera if it enters the intersection illegally.

Myth 2: Cameras Can’t Capture Helmeted Riders

Another common belief is that riders wearing helmets are impossible to identify in camera images.

Reality: Red light cameras don’t rely on facial recognition to issue tickets. They focus on capturing the motorcycle’s license plate, not the rider’s face. Even if the rider is wearing a helmet, the rear-facing camera can still document the plate and issue a citation.

Myth 3: Motorcyclists Can Outspeed the Camera

Some riders think that if they accelerate quickly through an intersection, the camera won’t capture them.

Reality: Cameras are designed to capture multiple frames per second, and many are paired with high-intensity flashes to ensure clear images regardless of speed. Whether traveling at 25 mph or 80 mph, the system can freeze the image and record the violation.

Do Motorcycles Receive Tickets at the Same Rate as Cars?

While motorcycles can be ticketed by red light cameras, studies suggest they may receive fewer citations compared to cars. This is not because of immunity but rather because:

• Motorcycles make up a smaller percentage of overall traffic.

• Some technical detection errors may still occur, though rare.

• Riders may be more cautious at intersections due to safety concerns.

For example, in Los Angeles, motorcyclists represent a fraction of total red light camera violations compared to cars and SUVs. Still, enough citations are issued to confirm that motorcycles are not exempt.

State Laws and Motorcycle Enforcement

The legality of red light cameras varies by state. Some states ban their use entirely, while others limit them to certain zones such as school or work areas.

For motorcycles:

• States with cameras in operation (e.g., California, New York, Illinois) actively ticket motorcycles.

• States that prohibit red light cameras (e.g., Texas, New Hampshire) do not issue automated citations for any vehicle, including motorcycles.

It’s important for riders to know the specific laws in their state, as penalties and enforcement can differ significantly.

What Happens If a Motorcycle Is Ticketed?

If a red light camera captures a violation, the process is similar to that for cars:

1. Review: Law enforcement staff reviews the video and still images to confirm a violation.

2. Citation issued: The ticket is mailed to the registered owner of the motorcycle.

3. Options for the rider: Pay the fine, contest the ticket in court, or attend traffic school (if eligible).

Fines for motorcycles are usually the same as for cars and can range from $50 to $500 depending on the state and local jurisdiction.

Safety Concerns Unique to Motorcycles

Motorcyclists face unique safety dilemmas at intersections with cameras. For example:

• Stopping suddenly: If a rider slams on the brakes to avoid running a red light, the risk of losing control or being rear-ended increases.

• Slippery pavement: Painted stop bars and wet roads can make hard braking dangerous.

• Yellow light timing: Some cities have been accused of shortening yellow light times to increase camera revenue, leaving motorcyclists with little safe stopping distance.

Because of these issues, some rider advocacy groups argue that automated enforcement unfairly penalizes motorcycles and may even create hazards.

Tips for Riders to Avoid Red Light Camera Tickets

While motorcycles can’t “dodge” tickets through loopholes, riders can minimize risk by practicing safe and legal habits:

• Approach intersections cautiously: Always anticipate a yellow light and prepare to stop safely.

• Know your stopping distance: Motorcycles require skillful braking; practice emergency stops regularly.

• Stay aware of camera zones: Use resources like community databases or city maps to know where red light cameras are located.

• Avoid risky maneuvers: Running a red light may seem tempting to avoid sudden stops, but the safety and financial costs far outweigh the convenience.

FAQs About Motorcycles and Red Light Cameras

Q: Can motorcycles “sneak” between cars to avoid detection?
A: Lane splitting may position a motorcycle differently at the stop line, but if the rear wheel crosses after the light turns red, the camera will likely still capture the plate.

Q: What if my motorcycle isn’t detected at a traffic light at all?
A: Some states allow motorcycles to proceed after waiting through multiple signal cycles if sensors don’t detect them. However, this exemption does not apply to red light cameras that capture violations.

Q: Are red light camera tickets for motorcycles ever dismissed?
A: Yes. Errors in plate recognition, unclear images, or incorrect registration details can result in dismissal, but riders should not rely on this as a strategy.

Q: Do helmet laws affect camera enforcement?
A: No. Red light cameras focus on license plates, not the rider’s face.

Conclusion

Motorcycles are not immune to red light camera enforcement. While older systems sometimes failed to detect them, modern technology has largely eliminated that gap. Motorcyclists can and do receive tickets when they enter intersections illegally after the light turns red.

But the real penalty goes beyond a citation. For motorcyclists, running a red light carries life-and-death consequences. As the Palm Desert crash tragically showed, one split-second decision can prove fatal. Red light cameras might issue fines, but the greater danger is the physical risk of colliding with another vehicle at high speed.

The safest—and cheapest—approach for riders is to obey traffic signals, anticipate yellow lights, and practice safe stopping techniques. Though myths persist, the reality is clear: motorcycles cannot reliably avoid red light camera tickets, and attempting to do so puts both the rider and other road users at serious risk.

Chicago Red Light Camera Revenue & Locations Summary

Red light cameras in Chicago are operating in at 84 communities across the city in Illinois. In some towns, traffic fines are now making up a large portion of revenue.  Data compiled by the Illinois Policy Institute reveals the top 10 towns raking it in when you roll through the red.

1. Chicago: $719,709,862.61 since 2008. 309 cameras currently operational
2. Berywn: $19,295,681.12 since 2009. 2 cameras currently operational
3. Lakemoor: $19,265,169.70 since 2012. 3 cameras currently operational
4. Country Club Hills: $16,530,455.18 since 2009. 7 cameras currently operational
5. North Riverside: $16,003,864.38 since 2014. 3 cameras currently operational
6. Aurora: $13,139,200.68 since 2010. 9 cameras currently operational.
7. Crestwood: $13,085,742.32 since 2016. 8 cameras currently operational.
8. Hillside: $12,138,530.97 since 2010. 5 cameras currently operational.
9. Burbank: $10,958,681.32 since 2014. 5 cameras currently operational.
10. Gurnee: $10,823,643.36 since 2009. 15 cameras currently operational.

Where does this money go and how is it used?  Comments appreciated below. 

How Many People Are Injured Each Year By Drivers Running Red Lights?

Most Dangerous Cities for Drivers Running Red Lights

Red Light Running Accidents: Injuries, Fatalities, and Solutions in 2025

Every year in the United States, tens of thousands of people are injured or killed because of drivers who run red lights. This behavior, often seen as a minor traffic violation, continues to cause some of the most devastating crashes on American roads. The impact is far greater than just a ticket or fine. Red light running leads to life-changing injuries, fatalities, increased insurance costs, and billions in economic losses. With new data available in 2025, it is clear that the problem is ongoing, and addressing it remains a top priority for traffic safety experts and communities across the country.

Researchers found that violations dropped by 36% after yellow lights were extended to give drivers more warning that the light was about to turn red. After red light cameras were added, the remaining violations dropped by 96%.   

Rank	City	Estimated Annual Fatalities from Red Light Running	Key Risk Factors
1	Washington, D.C.	75	High traffic volume, complex intersections, frequent violations
2	Philadelphia, PA	68	Dangerous arterial roads like Roosevelt Boulevard, pedestrian exposure
3	Houston, TX	65	Wide intersections, heavy commuter traffic, speeding culture
4	Los Angeles, CA	60	Congested freeways, long waits at signals, aggressive driving
5	Chicago, IL	55	Dense urban intersections, mix of vehicles, cyclists, and pedestrians
6	Phoenix, AZ	52	Large suburban intersections, high speeds, rapid growth areas
7	Dallas, TX	50	Expansive roadway network, fast-moving traffic, poor compliance
8	Miami, FL	48	Tourist traffic, distracted driving, high pedestrian density
9	New York, NY	45	Congestion, constant gridlock, mix of cars, bikes, and pedestrians
10	Atlanta, GA	43	Sprawling metro area, poor intersection design, high commuter stress

The Scope of the Problem

Running a red light may last only a few seconds, but the consequences can last a lifetime. In the United States, more than 136,000 people are injured each year in crashes involving red-light violations. These injuries range from broken bones to traumatic brain injuries and long-term disabilities. On top of that, around 1,100 people are killed annually in red light running crashes. The numbers have remained stubbornly high over the past decade, even with advancements in vehicle technology and roadway engineering.

What makes these statistics especially troubling is that roughly half of those injured or killed are not the violators themselves. Instead, they are pedestrians, bicyclists, and other drivers who are simply in the wrong place at the wrong time. Innocent people often pay the price for another driver’s reckless decision.

Why Drivers Run Red Lights

Understanding why drivers run red lights is key to preventing these crashes. Some of the most common reasons include speeding, distracted driving, and aggressive driving behaviors. Drivers in a rush may try to beat the yellow light but miscalculate the timing. Others may be distracted by a cell phone, navigation screen, or conversation and fail to notice the signal has changed. Impairment due to alcohol or drugs also increases the likelihood of running a red light. In some cases, intersections with short yellow light durations or poorly timed signals contribute to the problem, giving drivers less time to react.

Types of Crashes Caused by Red Light Running

The most common and dangerous type of crash caused by red light running is the T-bone or side-impact collision. These crashes occur when a vehicle traveling straight through a red light collides with a car entering the intersection from the side. Because the sides of vehicles have less protection than the front or rear, these collisions often cause severe injuries or fatalities. Other crashes include rear-end collisions, where a driver slams on the brakes to avoid running a red light, and pedestrian crashes, where walkers in crosswalks are struck by vehicles that fail to stop.

The Human and Economic Toll

Beyond the personal tragedies of injury and loss of life, red light running has a major economic impact. The costs include emergency medical services, long-term health care, property damage, legal expenses, and lost productivity. Insurance premiums also rise for communities with high crash rates, impacting everyone on the road. Estimates place the economic cost of red light running crashes in the billions of dollars annually. For families, the emotional toll is immeasurable, as survivors often deal with grief, post-traumatic stress, and long-term rehabilitation.

Enforcement and Red Light Cameras

To combat the problem, many cities and states have turned to automated enforcement systems such as red light cameras. These cameras capture violations and issue tickets by mail, increasing the likelihood that violators are held accountable. Research shows that intersections with cameras see fewer violations and reductions in fatal crashes. Some studies have reported drops of more than 20 percent in fatal red light running crashes after cameras were installed. However, the use of cameras is controversial in some communities, with opponents arguing about fairness, accuracy, and revenue motives. Still, when combined with proper signal timing and public awareness, cameras remain one of the most effective tools for reducing violations.

The Role of Signal Timing

Another proven method of reducing red light running is adjusting the timing of yellow and all-red intervals at intersections. Extending the yellow light by even one second can dramatically reduce violations, giving drivers more time to make a safe decision. Adding a brief all-red phase, where all directions remain red for a second or two, can also reduce the chance of vehicles entering the intersection while others are still clearing. These engineering solutions are cost-effective and widely supported by safety experts.

Public Awareness and Education

Education campaigns play a critical role in changing driver behavior. National campaigns such as “Stop on Red Week” highlight the dangers of red light running and encourage safe driving habits. Local initiatives, including driver education programs and community outreach, remind drivers that running a red light is not just a traffic violation but a dangerous choice that puts lives at risk. Emphasizing that most victims are innocent road users helps build support for enforcement and safer roadway design.

Technology and Vehicle Safety

Advancements in vehicle technology are also contributing to the fight against red light running. Many new cars are equipped with forward collision warning systems, automatic emergency braking, and lane departure alerts. Some vehicles now include intersection assist features that monitor traffic signals and warn drivers if they attempt to run a red light. As these technologies become more common, they have the potential to reduce crashes significantly. However, widespread adoption will take time, and driver behavior remains the biggest factor.

Intersection Design Improvements

Cities are investing in safer intersection designs to protect all road users. Roundabouts, for example, eliminate red lights entirely and reduce the severity of crashes by lowering speeds and changing the angle of impact. Protected left-turn signals, pedestrian countdown timers, and better lighting also contribute to safer intersections. These improvements not only reduce red light running but also improve the overall flow of traffic.

The Future of Red Light Safety

Looking ahead, the combination of automated enforcement, vehicle technology, roadway engineering, and education offers hope for reducing red light running crashes. Data shows that when communities commit to these measures, lives are saved. However, enforcement must be fair, transparent, and combined with efforts to improve signal timing and intersection safety. With over a hundred thousand people still injured every year and more than a thousand lives lost, there is no question that red light running remains a national safety priority.

Conclusion

Red light running is not a minor traffic infraction but a serious public safety issue. Every year, more than 136,000 people are injured and about 1,100 are killed in crashes caused by drivers who fail to stop at red lights. Half of the victims are innocent pedestrians, cyclists, and other drivers. While technology and enforcement are making progress, the problem persists. Through stronger enforcement, better intersection design, improved vehicle safety features, and public education, the United States can continue to reduce the toll of these preventable crashes. The ultimate goal is simple: ensuring that everyone gets through intersections safely, without fear of being struck by someone who chose not to stop.

How to Tell if You Got a Red Light Camera Ticket

Red light camera tickets typically take from 3-7 business days to process and are mailed to the registered owner of the vehicle.  We recommend waiting until the ticket arrives in the mail before trying to find out ahead of time.  Some people just don't have the patience to wait and if the matter is urgent we recommend calling one of the local police departments listed in the directory below or by dialing 311 on your phone.  Please do not dial 911 on your phone as the operator will not accept your call because getting a ticket is not an emergency requiring dispatch.  Unfortunately, most Police departments are not equipped to handle this type of customer service so expect the worst when you take on this endeavor.  You can also try searching the databases of PhotoNotice.com and Atsol.com.   Also, PhotoEnforced.com does not own, operate or run any of the cameras and we are simply a database of the locations.  Please do not email us with questions asking if you received a ticket because we do not currently have any way of verifying them.  

Local Police Phone Number Directory

Alabama Alaska Arizona Arkansas California Colorado Connecticut Delaware Florida Georgia Hawaii Idaho Illinois

Indiana Iowa Kansas Kentucky Louisiana Maine Maryland Massachusetts Michigan Minnesota Mississippi Missouri Montana

Nebraska Nevada New Hampshire New Jersey New Mexico New York North Carolina North Dakota Ohio Oklahoma Oregon Pennsylvania Rhode Island

South Carolina South Dakota Tennessee Texas Utah Vermont Virginia Washington Washington D.C. West Virginia Wisconsin Wyoming

Why Our Competitors Claim Crowdsourcing Sucks

I have to laugh every time I see one of our competitors claim: "Our red light camera database is the best because OUR locations are verified."  It's a big fat lie and a half-truth.  Here is a recent quote by a "no-name" company in their press release:   "Unlike other safety cameras that use inferior databases which often depend heavily on unqualified and frequently incorrect user input, or old, expired data, the database contains data points that are continually verified through research and a network of professionals. The new camera locations are not just added to, earlier data points but are verified for continued relevance and are removed if they are found to be no longer in force. Our database was named the most accurate safety cam database in a recent category test."

10 things you should substantiate before licensing data from a competitive red light camera database:

1) Verification of 3,000-7,000 locations with all 500+ cities, municipalities, and counties is a LIE.

2) No sources or history for their data being added, removed, and/or methodology for gathering data (thieves)

3) No info on the number of locations in the database (fear of being incomplete)

4) No volunteers on the ground in the hundreds of municipalities (no goodwill)

5) No press coverage and blogger or user credibility (because they copy)

6) Refusal to have a "bake-off" competition to substantiate their data (fear of being wrong)

7) We were the U.S. pioneers in 2001 which is 3 times longer than any competitor (late to the game)

8) PhotoEnforced.com has had well over one million people visit our site (brand recognition)

9) Google Street maps pictures are old and cannot verify new cameras (nice try)

10) Business models borrowed from Europe which has 40K (5x) locations (Google Ads changing the game)

We have by far the most complete database of 7000+ locations contrary to what the companies with deep pockets and PR will try to promote. What our competitors don't know is that we have a public database and a private database for our customers. Our public database is 95% accurate but there are some phantom locations purposely inserted to keep thieves from copying the entire database which has been done many times. Just to be clear we encourage individual users to download and use the data in their local markets and give us accurate feedback for free.

Over time we eventually ferret out false locations because of our enormous consumer reach of nearly 1,000 ticketed drivers per each day visit our website. We think more than half of people who think they receive tickets look online at our site for sources to verify the locations and come to our site first from a Google search engine query.  Also, we have had numerous former employees from each company tell us that they in fact they use Photoenforced.com as their primary source of data.

If any competitors would like to post a rebuttal to my accusations please do so below.

Blinding Flashes a Nuisance for Motorists

Red-light cameras have become a nuisance for some motorists in the area of Interstate 25 and Lincoln Avenue in Lone Tree, Colorado.

Lone Tree Voice By Chris Michlewicz, Published: 02.12.10

Authorities expect the devices to reduce accidents and traffic congestion. Those who drive along Lincoln Avenue near the I-25 interchange might have seen the bright flashes of light coming from bulbs mounted on light poles at Lincoln and Park Meadows Drive and Lincoln and the highway’s northbound off-ramp, known as San Luis Street. The intersections were identified in a study as problem areas: Lincoln and Park Meadows Drive for congestion, and Lincoln and San Luis for frequent crashes. Lone Tree officials decided to correct the problem by enlisting the services of American Traffic Solutions, which installed and maintains the cameras, prepares violation notices, provides the software for violation approval, and collects fines on behalf of the city’s police department.

Since the first set of cameras was placed at Lincoln and Park Meadows Drive in July 2008, Lone Tree has collected $218,000 in fines. That includes numbers from the second and third sets of cameras, which were installed in November. The cameras, however, have proven effective. There is less bottlenecking at the Lincoln and Park Meadows Drive intersection, an issue that caused major back-ups for eastbound and westbound traffic on Lincoln. Statistics on the number of accidents are not yet available, said Sgt. Scott Cavenah, traffic supervisor for the Lone Tree Police Department.

But some motorists are upset about what they call blinding flashes of light, even when there are no vehicles in the intersection. Parker resident David Wilson said he became aware of the cameras as he sat at a red light on westbound Lincoln last summer. While he applauds efforts to improve safety, Wilson believes the cameras could eventually end up causing an accident. “What I can’t understand is the random timing of the photos being taken,” he said. “I watched it flash twice when there was no one even violating the law.” A city spokesperson attributed the “random” flashes to the system “recalibrating” itself. Wilson said the flashes can be distracting to motorists, especially out-of-towners who might not be aware they are present.

The Lincoln and San Luis intersection was found to be a hotspot for regular violations. The study found a high accident rate, a large number of violations during the research period, and significant congestion. Furthermore, officers could not effectively work at the intersection because of its design. Cavenah has collected data on the intersection but said the numbers are too preliminary to determine whether the red-light cameras have been effective. “A better comparison can be made once we get at least one-year’s worth of data to review,” he said in an update sent via e-mail. The annual expense to Lone Tree for all three cameras is $180,000. The city ultimately hopes to gain voluntary compliance with the traffic laws and maintain better traffic flow in the area.

Wilson would prefer to see the cameras removed, but expects to see more of them in the Denver metro area in the coming years. “Unfortunately, I think things are going that way,” he said. “They are the cops. They can pretty much do whatever they want.”

Does NAVTEQ Steal POI Data?

We would like to alleviate some of the confusion in the marketplace. Navteq is NOT currently a customer of PhotoEnforced.com and we have no idea where they have acquired their data from.

However, PhotoEnforced.com has been the #1 sole source and pioneer of gathering red light camera and speed camera locations in a free open database since 2001. There are many databases in the market described above that copy our data and use this data and sell it. If you are considering licensing or using the NAVTEQ speed and red light camera locations database you might want to ask them the following questions first . . .

1) Why are you missing about 1000+ locations?
2) What sources for acquiring the original 5000 locations?
3) Are your sources for the data-stealing content?
4) Sources for updates on new locations and changes?
5) Proprietary research (?) when PhotoEnforced.com is free?
6) Any right turn and red light camera/speed combo cameras?
7) Why did it take you so many years to release a product?
8) Can you deliver updates to the locations in real-time?
9) How do you charge for the database?
10) Publishing fines with the location be a copyright violation?

NAVTEQ, the leading global provider of digital map, traffic, and location data for in-vehicle, portable, wireless, and enterprise solutions, announced today at Telematics Detroit 2009 speed and red light camera locations are now available for the NAVTEQ(R) map of North America. NAVTEQ Camera Alert(TM) includes up-to-date information about the exact location of speed limit cameras, red-light cameras, as well as combined speed and red light cameras in 5,000 locations throughout North America and Australia.

"Automated cameras are proliferating across North American cities," stated Cindy Paulauskas, vice president of America's map and content products, NAVTEQ. "And our proprietary research indicates that these types of warnings are a highly valued feature in countries where this navigation system functionality is available. Providing our customers with quality North America camera location information helps enable solutions that give drivers better knowledge of maximum speeds and traffic signals - with alerts at the right place and at the right time."

See related posts:
Red Light & Speed Cameras POI Database

Speed Camera Vans In Operation

Here is a great video that describes the operation of a mobile speed photo enforced van in Chicago. There are five photo enforcement vans across the state of Illinois. The speed enforcement vans proved more effective than placing electronic radar signs on the highway shoulder to show drivers their real-time speed, or even deploying police cars to sit on the side of the road, the research found.

The Illinois State Police photo vans are capable of identifying scores of speeding scofflaws across multiple lanes of traffic in only a few minutes, ringing up minimum of $375 speeding tickets that are sent in the mail for the work-zone violations. It's a process law-enforcement officials say is much more efficient—and safer for police officers—than pulling over individual speeders as traffic rushes past.

In addition, it's a mystery to drivers how much leeway is given above the 45 m.p.h. construction zone speed limit. Does going 50 m.p.h. trigger a ticket, or do you have to be speeding at 10 m.p.h. above the work zone speed limit? The answer changes from one jurisdiction to another.