AI is transforming many aspects of modern life and law enforcement is no exception. With AI-powered Automatic License Plate Reader (ALPR) technology, police can conduct location-based investigations more efficiently and effectively. AI is being built into many new and emerging tools for facial recognition, crime mapping and predictive policing and accelerating their impact.
A new era for location-based investigations with ALPR
Imagine a world where police can identify and track vehicles involved in crimes instantly, even in low-light or high-speed scenarios. With PULSAR by Utility™, this is not just possible but a reality for many law enforcement agencies. However, when implementing AI-powered tools, it is crucial to address concerns around bias, privacy, and ethical issues. Once these concerns are managed, the technology can be deployed to realize its many benefits.
5 Key Benefits of PULSAR ALPR Solutions
- Enhanced Investigations: By providing detailed vehicle descriptions, law enforcement can more accurately match vehicles to those reported in crimes, speeding up the investigation process.
- Improved Alerts: With the ability to identify specific vehicle characteristics, the system can generate more precise alerts for vehicles of interest, reducing the number of false positives
- Data Cross-Referencing: The detailed metadata collected can be cross-referenced with other databases, such as stolen vehicle lists or vehicles involved in previous crimes, to uncover connections that might otherwise go unnoticed.By leveraging these expanded recognition capabilities, PULSAR not only aids in solving crimes more efficiently but also enhances overall public safety and resource management for law enforcement agencies. Next, let’s examine these benefits in more detail.
- Resource Allocation: Knowing the exact type and characteristics of vehicles can help in deploying the right resources for surveillance and interception, making law enforcement efforts more efficient.
- Public Safety: With more accurate vehicle identification, law enforcement can more effectively monitor traffic patterns and identify vehicles that pose a threat to public safety, such as those involved in hit-and-runs or abductions.
By leveraging these expanded recognition capabilities, PULSAR not only aids in solving crimes more efficiently but also enhances overall public safety and resource management for law enforcement agencies. Next, let’s examine these benefits in more detail.
Improved License Plate Recognition
with AI-powered LPR System
Since 70% of all committed crimes involve a vehicle, PULSAR can be an enormously helpful tool. Recent advancements in AI are reshaping the way police use it during location-based investigations. One way? Improved license plate recognition. An AI-powered LPR system like PULSAR can accurately read license plates even in the most difficult conditions, overcoming low light, high speeds or partial obstructions in viewing a plate or vehicle.
Unlocking New Dimensions in Vehicle Recognition
with AI-powered LPR
PULSAR and other AI-powered LPR systems can identify more than just the license plate itself. They can recognize the plate’s issuing state, the vehicle make, model, and color, and the type of vehicle-based on its body style. This additional information can give law enforcement a big boost when seeking to close a case.
Pattern Analysis and Strategic Resource Development with ALPR Systems
AI has also given pattern analysis a big boost, leveraging vehicle and traffic data from LPR cameras to identify patterns and trends that might otherwise go unnoticed by the naked eye. Importantly, the increased number of fixed ALPR cameras that automatically collect and analyze data comes as great news to law enforcement as leaders can now re-deploy their resources in more strategically advantageous ways.
Refining Data Collection and Bolstering Accuracy with ALPR Technology
As we drill down and consider some key aspects of PULSAR, we start to see the role AI is playing in expanding the technology’s usefulness. For example, the vehicle capture process in PULSAR gets a boost. AI built into the camera detects precisely when a vehicle comes into the frame and determines exactly when to snap a picture of the vehicle.
For each vehicle snapshot that’s taken, AI analyzes it to identify whether a license plate is present. If it is, AI uses optical character recognition (OCR) to extract the characters of the license plate along with vehicle metadata (e.g., issuing state, make/model, etc.). All that vehicle data – again, taken from a single snapshot – is then matched against local, state and national hotlists and run through AI tools to generate a confidence level in the hotlist match.
Long-term benefits of AI in ALPR Systems
One of the big attractions of AI is how it can drive exponential improvements over time. We talked about how AI-powered fixed ALPR solutions can have immediate short-term impact but it also makes sense to look at the difference they can make over time. A high-performance AI engine like the one in PULSAR passively – and constantly – collects vehicle metadata.
Real-time processing of all vehicles and improved accuracy of the analysis help collect all-important vehicle metadata. Law enforcement, armed with that metadata, is armed with a powerful tool for investigating crimes, closing cases, and keeping the community they serve safer than ever.
Ready to transform your investigations?
Discover how PULSAR can revolutionize your law enforcement efforts with advanced AI-powered vehicle recognition. Contact us today to schedule a demo or learn more about our cutting-edge solutions.
About Utility
Utility, the innovative technology-enabled service provider recognized for creating groundbreaking digital systems for frontline professions, provides a universe of intuitive products for effectively capturing, managing, and releasing video evidence. Technologies include a variety of cameras, sensors, and devices, as well as situational awareness software solutions for law enforcement, first responders, campus security, transportation agencies, and utility providers.