Anti-theft street lighting

Introduction – Wire theft from streetlight pole

Wire theft, particularly involving copper from electrical infrastructure, is a costly and dangerous issue worldwide. This illegal activity not only leads to power outages and economic losses but also poses severe electrocution risks.

Utility companies suffer billions in annual losses due to cable theft, which impacts essential services and raises consumer costs. Despite various security measures, tracking stolen metals and apprehending thieves remains challenging. To address this issue, Tondo Smart Ltd. developed an AI-powered wire theft detection system.

Challenges in streetlight protection

Copper wire theft is driven by the high resale value of the metal, leading to frequent and costly thefts from electrical infrastructures. The consequences are severe, including power outages, service disruptions, and significant financial losses. For utility companies and infrastructure operators, traditional security measures often fall short in preventing or quickly detecting theft, making it a complex issue that requires innovative solutions.

Unfortunately, it is difficult for lighting operations teams to know the difference between a theft incident versus a fixture failure or a wiring fault.

The cost of repairing a single wire theft incident can range from $2,000 – $5,000 per pole, with a single theft event often involving multiple poles, and cities reporting repeated thefts at the same sites. The frequency of wire theft incidents in urban areas have been reported as high as 5% of all poles in a city per year.

Solutions to-date have included replacing pole foundations with tamper-resistant plates, using tamper-proof screws, or replacing wiring infrastructure with copper-clad steel or aluminum wiring. Some cities have begun replacing light poles that are at end-of-life with access plates placed higher on the pole. However, thieves have either found work-arounds for these solutions, or the implementation costs to cover all of the infrastructure become impractical. Replacing copper wire with copper-clad steel wire has found that thieves will steal the wire regardless, as the wire does not appear noticeably different.

“A report has been received regarding the theft of electrical infrastructure at a railway station in the southern part of the country. Two trenches were discovered from which communication cables buried in the ground were removed, totaling approximately 300 meters. This caused significant damage and has disrupted the signaling and traffic management systems of the railway in the southern region.”

Damaged utility transformer pulled off pole
Solution Overview: Tondo Wire Theft IQ
Traditional measures such as locks, polymer lids, clamps, or even fixture-based controllers can slow down or detect power loss, but they cannot reliably prove copper theft in progress. Tondo’s Wire Theft IQ closes this gap with a circuit-level solution that combines hardware certainty with intelligent analytics:

Physics-Based Proof – Wire Theft IQ uses cabinet and end-of-circuit devices that continuously exchange keep-alive signals over the power line. If conductors are cut, the communication link is broken and a theft event is immediately confirmed
Battery-Backed Detection – Unlike fixture controllers that go silent once power is lost, Wire Theft IQ stays active on battery and continues monitoring during outages, breaker flips, or storms – exactly when thieves often strike
Accurate Classification – Cloud IQ distinguishes outages from theft by analyzing timing: power loss with intact continuity = outage; power loss followed by continuity break = theft. This avoids the flood of false positives that erode police trust in competitor systems
Tamper Awareness – Optional cabinet or pull-box sensors correlate physical access with continuity breaks, providing higher-confidence alerts
Fewer False Alarms – Wire Theft IQ eliminates nuisance alerts during storms or maintenance, ensuring that law enforcement and O&M staff only receive validated theft incidents
Operational Efficiency – Each theft event is logged with time, date, and circuit information, reducing guesswork and helping crews dispatch faster. Impedance analysis can also provide a likely cut zone, narrowing field search.
Fixture-Based Detection vs. Wire Theft IQ
Some lighting controls vendors propose to use fixture controllers that send “last-gasp” alerts when power is lost, but these signals are ambiguous: they cannot tell theft from outages or maintenance, and they stop reporting once power is off. Some vendors add AI/ML overlays to infer likely causes, but without continuity data they are still guessing.

Wire Theft IQ doesn’t guess…it proves. With hardware-based continuity monitoring, battery-backed operation, and event classification in Cloud IQ, municipalities can trust that a “Wire Theft” alert means exactly that. This accuracy preserves police engagement, reduces wasted truck rolls, and makes copper theft a high-risk crime instead of a low-risk opportunity.

Proactive Alerts and Deterrence

Upon detecting a potential theft, the system sends instant alerts to lighting operations teams, and enables them to quickly alert law enforcement to a theft-in-progress to increase deterrence. Labeling poles alerting thieves to the presence of anti-theft protection provides additional deterrence. Tondo expects a minimum deterrent effect of 40% for streetlight wire theft incidents, providing cost recovery in as little as two years.

A 2021 study of the Dallas police department showed that a 10% change in police presence has a 3% effect on deterrence. Where city operations teams and law enforcement are able to create a rapid-response protocol to respond to thefts-in-progress. With a consistent application of rapid-response to wire theft incidents, Tondo’s wire theft detection capabilities offer a new and inexpensive solution when compared to the high cost of replacing all of the wiring with low-copper wire ($200+ per pole), replacing foundation plates, or replacing entire poles.

One prevented feeder theft – costing $20,000–$50,000 to repair – covers the cost of deploying Wire Theft IQ across multiple circuits

Comprehensive Implementation: Deployed across Netivei Israel, Tondo’s AI-based electricity theft solution manages 96,000 streetlights and 1,650 cabinet controllers along 5,000 miles of roadway.

Tondo Cloud IQ AI-based energy analysis
Results
Significant Savings: The implementation of Tondo’s Cloud IQ and AI-powered electricity theft detection system has saved hundreds of thousands of dollars in the past year by preventing electricity theft, notwithstanding the 50%+ reduction in energy, maintenance, and operational expenses from Smart Lighting control. With the addition of wire theft detection, cities can implement a complete Smart Lighting, energy analytics, and theft detection system for their streetlighting assets with a cost recovery of less than two years.

Immediate Response: Cloud IQ’s real-time alerts allow lighting operations teams to work with local law enforcement to respond quickly to theft incidents, deterring future theft events and minimizing damage and service disruptions.

Electricity and wire theft are significant issues affecting cities worldwide, leading to increased costs, safety hazards, and operational disruptions. Cities like St. Paul, Tacoma, and Los Angeles have experienced substantial problems with copper wire theft, causing streetlights to go dark and necessitating expensive repairs. In response to these challenges, Tondo Smart Ltd. has developed advanced solutions leveraging deep learning AI to detect and prevent electricity and wire theft through its Cloud IQ, Cabinet IQ, and Edge IQ controllers.

Read our latest article on Tondo’s Wire Theft solutions here: Addressing the Growing Challenge of Streetlight Wire Theft

Electricity Theft
Electricity theft is a global issue, resulting in significant financial losses and safety risks. According to a report by the Northeast Group, the world loses approximately $89.3 billion annually to electricity theft, with countries like India, Brazil, and Russia experiencing the highest losses (Wikipedia) (Ofgem). Various methods of electricity theft include tampering with meters, bypassing meters, and illegal tapping of power lines. These activities not only lead to revenue losses but also pose serious safety hazards due to the risk of electrical fires and electrocution.

Today, Tondo has an electricity theft solution in place for Israel’s National Transportation Authority, Netivei, operating on the world’s largest Smart Highway project deployed by Tondo. This solution saves Netivei an estimated $250,000 USD per year in electricity theft-related costs.

The Problem of Wire Theft
Wire theft, particularly of copper wiring, has become increasingly common due to the high value of copper. Thieves target streetlight wiring, causing outages and creating safety hazards for pedestrians and drivers. The financial burden of replacing stolen wires and repairing the damage can be substantial for city budgets.

Real-World Examples:
St. Paul: The city has faced numerous incidents of copper wire theft, leading to darkened streets and increased repair costs. Read more.
Tacoma: Tacoma has implemented various strategies to combat copper wire theft but continues to struggle with this persistent issue. Read more.
Los Angeles: The city has reported an unprecedented level of streetlight outages due to copper wire theft, significantly impacting public safety and increasing municipal expenses. Read more.
How Thieves Steal Wire from Streetlights
Thieves typically employ a two-step method to steal wire from streetlights:

Daytime Cutting: During the day, thieves cut the wires at the junction boxes. This preparatory step is less noticeable as there is already a certain level of noise and activity, reducing the risk of being caught.
Nighttime Theft: Thieves return at night to pull out the pre-cut wires. The cover of darkness reduces the likelihood of detection and allows them to complete the theft quickly and efficiently.
Tondo’s Cabinet-to-Fixture AI-Powered Solutions
Tondo addresses these challenges with its cutting-edge technology designed to detect and prevent electricity and wire theft. Here’s how our solutions work:

Cloud IQ with Deep Learning AI
Our Cloud IQ platform uses deep learning AI to monitor and analyze data from streetlight controls in real-time. This AI-driven approach allows the system to detect unusual patterns in energy consumption that may indicate theft or tampering.

Real-Time Alerts: When the AI detects anomalies, it generates real-time alerts and notifications, enabling city authorities to respond quickly to potential theft.
Proactive Detection: By continuously learning and adapting, the AI improves its ability to identify theft patterns, making the system more effective over time.
Cabinet IQ Energy Management Controller
The Cabinet IQ controller is installed in lighting control cabinets to monitor and analyze electricity quality. It provides advanced energy analytics and SCADA-type control capabilities, crucial for detecting theft.

Energy Monitoring: The Cabinet IQ measures and logs energy usage with high accuracy, identifying discrepancies that could indicate theft.
Anomaly Detection: When abnormal energy patterns are detected, the system flags these events for further investigation.
Edge IQ Streetlighting Controls
Edge IQ controllers are installed on individual streetlight fixtures or within streetlight poles. They play a vital role in monitoring and controlling each fixture’s energy use.

Detailed Monitoring: Each Edge IQ controller tracks energy consumption at the fixture level, providing granular data that helps identify theft.
Secure Communication: The controllers use secure, encrypted communication to ensure data integrity and prevent tampering.
Detecting Wire Theft with Tondo’s Deep Learning AI
Tondo’s deep learning AI can effectively detect wire theft through a detailed analysis of energy patterns and anomalies. Here’s how it works:

Detection of Energy Loss Patterns: The AI monitors the energy consumption at the junction boxes and identifies patterns of energy loss. During the daytime, it can detect when wires are cut by noticing an immediate drop in energy usage.
Full-Circuit Detection: Tondo’s AI monitors all electrical circuits feeding streetlights with advanced current, voltage, phasor, and harmonics monitoring from the lighting control/utility box through to the fixtures using Tondo’s Cabinet IQ and Edge IQ controllers.
Avoiding False Positives: Too many false positives can cause law enforcement to waste their time responding and eventually, stop. Simple detection of a streetlight outage could be a fixture fault, a utility service outage, or a number of other faults at the lighting control cabinet. Tondo avoids false positives by detecting specific patterns in current, voltage, phasor, harmonics, and energy flow over a given time period.
Real-Time Alerts and Response: Once the AI classifies an incident as wire theft, it sends real-time alerts to city authorities, enabling them to respond quickly and prevent further theft.
Don’t be misled by marketing hype that a fixture-based controller alone can detect wire theft: without Tondo’s complete cabinet-to-fixture monitoring, you won’t know the difference between wire theft and a variety of other faults on a circuit.

Benefits
Enhanced Public Safety
By detecting and preventing wire theft, Tondo’s solutions help keep streetlights operational, ensuring well-lit streets and enhanced safety for pedestrians and drivers.

Cost Savings
Proactive detection of electricity and wire theft reduces the financial burden on city budgets. By preventing theft and minimizing repair costs, cities can allocate funds more effectively.

Operational Efficiency
Tondo’s integrated approach streamlines the management of streetlight infrastructure. Real-time monitoring and alerts enable quick response to incidents, reducing downtime and improving overall efficiency.

Conclusion
Electricity and wire theft are pressing issues for cities, leading to safety risks and increased costs. Tondo Smart Ltd. offers a robust solution to these challenges through its Cloud IQ deep learning AI, Cabinet IQ energy management controllers, and Edge IQ streetlighting controls. By leveraging advanced technology to detect and prevent theft, Tondo helps cities protect their infrastructure, enhance public safety, and achieve significant cost savings.