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Modern fleet operators face numerous challenges: rising accident rates, theft risks, driver fatigue, distracted driving, and complaints about false alerts from standard in-vehicle cameras. The solution? A smart system that learns, adapts, and understands driver behavior in real time . Introducing eEye  — the flagship solution from ERM Advanced Telematics. This intelligent dashcam combines ADAS and DMS features, powerful AI technology, support for up to three cameras, and seamless integration with the ERM telematics ecosystem. What is eEye? eEye  is a smart three-channel AI-powered camera system, designed for commercial fleets, taxi services, public transit, and school buses. It offers: Driver Monitoring System (DMS) Advanced Driver Assistance System (ADAS) Real-time risk detection Event-based video recording Cloud analytics support All of this — without drilling, wiring, or complex installation . AI That Learns Unlike traditional systems, eEye uses a unique self-learning neural network  that requires no pre-labeled training data. This allows it to adapt to: Individual driving styles Specific driver behavior Road and environmental conditions Real-life examples: A stressed driver: standard cameras trigger dozens of false alerts. eEye  understands the emotional state and adjusts accordingly. A child suddenly runs into the road: eEye analyzes body posture to anticipate the movement and alert early. A phone placed on the driver’s lap: the system assesses distraction level and provides context-based alerts. Advanced DMS Features Fatigue detection (blinking, yawning, head nodding) Distraction detection (off-road gaze, head turns) Gesture-based detection of phone use, smoking, and seatbelt status Facial recognition for driver identification and access Emotion analysis (detects stress and anger to prevent incidents) ADAS Capabilities Forward collision warning Lane departure alerts Pedestrian and cyclist detection Blind spot monitoring & rear collision alerts Optional AEB support via vehicle integration Crosswalk & fast-turn detection Panic button (SOS) Fleet Management Features Event recording triggered by risky behavior Real-time alerts and cloud reporting Driver scoring based on braking, distractions, etc. Geofencing & trip analytics OTA updates and remote configuration via eView App Technical Specifications Processor: ARM Dual-core 1.5GHz, 2GB RAM Video: 2 x AHD 1080P + optional external camera Storage: TF card up to 512GB (not included) Connectivity: 4G LTE, Wi-Fi, GPS, Bluetooth Power Supply: 9V–36V DC Operating Temp: -20°C to +70°C Size & Weight: 120×77×55 mm, 240g Quick installation with 3M adhesive mount Ideal Use Cases Commercial fleets & logistics Taxi, car rental, delivery services Public transportation School bus safety monitoring eEye vs. Competitors Feature eEye Others Self-learning (no training data) ✅ ❌ Emotion & behavioral recognition ✅ ❌ Personalization per driver ✅ ❌ Third camera support ✅ ❌ Custom alert tuning ✅ ❌ Telematics system integration ✅ ❌ Why Customers Choose eEye Significantly fewer false alerts Reduced driver complaints Increased fleet safety and control Fewer insurance claims and lower costs Accurate event analysis and real-time insights Full mobile app and cloud platform support 📞 Ready to Learn More? Contact us to see eEye  in action or request a live demo. This is not just a camera — it’s a smart system  that helps your business operate more safely, efficiently, and intelligently.

A GPS system that is equipped with accident notification sensors can be highly beneficial for Sub-Prime Lenders and BHPH Dealers, especially when they are lending to borrowers with higher credit risk. Ituran USA  is at the forefront of GPS innovation in the US, offering this game-changing feature that's unmatched in the industry. Thanks to the cutting-edge technology developed by ERM Telematics , Ituran's GPS systems provide unparalleled benefits to customers. Here's how it works and how it can help the Sub-Prime Lenders & BHPH Dealers: 1. Asset Protection Real-time Tracking : GPS technology allows the lender to monitor the location of the vehicle in real-time in cases where the borrower defaults on payments. It enables quicker repossession and helps secure the asset. Accident Alerts : If the vehicle is involved in an accident, the GPS device which is equipped with accelerometer sends instant notifications to the lender. This early information allows the lender to react more quickly in terms of assessing the vehicle's condition and initiating insurance claims. 2. Insurance and Recovery Claim Assistance : In the case of an accident, the GPS system can help provide accurate information regarding the time, location, and severity of the incident. This data can assist in expediting insurance claims and protecting the lender's financial interest in the vehicle. Loss Prevention : By having immediate access to accident notifications, the lender can quickly determine if the vehicle is totaled or needs repairs, minimizing delays in recovering or resolving the situation with insurance companies. Storge fees : knowing if the vehicle has been towed to an impound yard, can save the lender hundreds of Dollars in storage fees. 3. Borrower Risk Management (optional feature) Monitoring Driver Behavior : Some GPS systems can monitor driver behavior, such as speeding, harsh braking, and rapid acceleration. If borrowers are engaged in risky driving, the lender can use this information to better assess the risk of damage to the vehicle and adjust their lending practices accordingly (e.g., requiring higher down payments or rates for risky drivers). Loan Terms Optimization : The lender can use the data collected from the GPS to improve their decision-making when structuring loan terms. For example, high-risk borrowers with poor driving habits may receive tighter terms or mandatory insurance policies to mitigate the risk. 4. Improved Customer Communication Accident Response Support : If the borrower is involved in an accident, the lender can offer immediate support by informing insurance providers or providing guidance on next steps. This can strengthen the relationship between lender and borrower, potentially leading to better loan performance. Payment Flexibility in Emergencies : If an accident renders the vehicle unusable, the lender may have the option to temporarily adjust payment schedules or offer payment deferrals, which could prevent default and improve borrower retention.   6. Fraud Detection Accident Verification : In case of fraudulent claims where a borrower might report an accident that didn’t occur, the GPS data can be used to verify the legitimacy of the accident. The system can provide exact details on the accident’s location and severity, reducing the chances of false claims and saving costs. In summary, a GPS system equipped with accident notification can protect a subprime lender's assets, reduce losses, and optimize loan management by providing better data on borrower risk and vehicle status. This helps both in protecting the lender's investment and improving borrower relations. Efrat Bogoslavsky VP Revenue & Service Ituran USA 954-328-8404 ebogo@ituranusa.com

How to Protect Your Fleet from Theft? Advanced Security Solutions from ERM Advanced Telematics A fleet is one of the most valuable assets of any business, and protecting vehicles from theft is a critical challenge. Statistics show that over 60% of thefts  are carried out by organized groups that know how to bypass traditional security systems. However, advanced telematics technology  can significantly reduce these risks and minimize losses. ERM Advanced Telematics  has developed a cutting-edge dual-layer security solution  for fleet protection— StarLINK Tracker and IoTLINK Shadow . These devices work together to prevent theft, enhance vehicle recovery rates, and reduce theft-related losses by up to 40% . How Does It Work? ✅ Primary Protection: StarLINK Tracker This advanced GPS tracker provides real-time location tracking, geofencing alerts, and remote engine immobilization  to prevent unauthorized use of vehicles. ✅ Backup Protection: IoTLINK Shadow If thieves attempt to remove or disable the main tracker , IoTLINK Shadow automatically activates . This hidden, wireless backup device  remains undetected and allows remote vehicle immobilization through an external relay, ensuring that your fleet remains protected even in case of an attempted tracker removal. Why Choose ERM Advanced Telematics for Fleet Security? 🚀 Reduces Vehicle Theft Recovery Time by 40% Quick recovery means less financial loss. IoTLINK Shadow ensures that even if the main tracker is compromised, the vehicle remains trackable and can be remotely immobilized. 💰 20% Lower Installation Costs Unlike traditional tracking systems, IoTLINK Shadow requires no wiring , reducing installation complexity and costs while making it harder for thieves to locate and disable . 🔐 Proven Security with Real Results Fleet managers report a 30% decrease in theft incidents  and minimized vehicle downtime after implementing StarLINK Tracker and IoTLINK Shadow. 🚚 Compatible with All Vehicle Types This system is designed for trucks, buses, commercial vehicles, and specialized transport , providing a versatile  and reliable  security solution. Protect Your Fleet Today! Preventing vehicle theft is an investment in your business stability . With ERM Advanced Telematics , you get more than just GPS tracking—you get an intelligent security solution  that keeps your fleet safe and operational. Learn more and secure your fleet today!

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IoTLINK Shadow | ERM Telematics ● Advanced Tracking Technology IoTLINK Shadow Wireless Multi-Functional IoT Tracker/Transmitter IoTLINK Shadow is a compact, battery-powered, tracker and cellular gateway for IoT Monitoring and Asset Tracking applications. IoTLINK Shadow offers immediate and wireless implementation in any of the applications without the need for wiring or external power source of any kind. IoTLINK Shadow has a very low power consumption and a special power management technology which makes it a great solution for visible or concealed tracking, monitoring and as an IoT gateway to various sensors. IoTLINK Shadow comes with many unique features supporting various IoT, UBI, SVR and Tracking applications. * IoTLINK Shadow can come in a regular or EP variant which will include external power connector. Anti-Theft Demo Live Tracking Easy Install Product Details Explore comprehensive specifications, features, and implementation capabilities Download Product Brochure (PDF) What's Included in the Package StarLink Device Wiring Harness Proximity Keyfob Quick Start Guide Key Features Implementation Area Technical Specs Modes Environment & Software Compliant with all vehicles equipped with OBD port Automatic leveling and calibration 25 vehicle types profiles for accurate driving behavior Real-time driver behavior alerts and accidents detection 20 maneuver types in 3 levels: Normal, Aggressive, Dangerous DTC 2G Quad-band GSM or 3G Dual Band modem OBD II support Up to 5 CAN parameters support Internal backup battery Sleep mode Cellular 4G LTE CATm-1 / NB-IoT with optimized embedded antenna Location GPS/GLONASS/GALILEO , Active antenna, Sensitivity -165 dB, NMEA, Acquisition (normal): cold <34s, warm <30s, hot <1s, accuracy: 2.5m CEP Embedded optimized antenna Communication Text messages, TCP/IP over GPRS/UMTS/EDGE/HSPA, Standard short range communication module v4.0, 2.4Ghz (in iRF Variant) Power Supply Internal replaceable battery 3.6VDC, 4,400mA Configuration / Firmware Update OTA, parameters setup, software programming Data Logger Up to 1,000 messages Environment Operating Temperature -20 to 70° C Storage Temperature -40 to 85° C Dimensions 9.39cm x 4.5cm x 2.74cm Weight (NET) 100g Max. Relative Humidity 90(±5)% Cargo Safety Monitors cargo movement and alerts for security risks. Asset Tracking & Monitoring Tracks the location and status of valuable mobile assets. Vehicle Security & SVR/SVT Enhances vehicle protection and supports stolen vehicle recovery operations. Insurance (UBI) Supports usage-based insurance with real-time driving data. Tracking Purpose: Regular tracking Explanation: The device will be used as a tracker, continuesly transmit its location and other parameters in pre-defined time intervals. Idle Purpose: Power conservation is important, and the system only wants to know that the device is alive Explanation: The device transmits its location in pre-defined time intervals. A set of conditions can be configured to automatically change mode to Tracking or manually by a command sent from the server. Asset Purpose: When the device is used for Asset Tracking. Explanation: Using an external power source, the device will continuously transmit its location in pre-defined time intervals. Once external power is lost or disconnected, the device will switch to Idle mode * AS variant only Auto Tracking Explanation: The device will automatically switch modes between Idle to Tracking based on pre-defined conditions. Manual Purpose: When power conservation is critical. Explanation: The device will transmit location and pre-defined parameters for a pre-defined period of time and time intervals. Moving / Stop Explanation: The device will transmit its location and configured parameters every time it starts moving and when it stops moving. Explore More Solutions Related Products Discover our complete range of tracking and telematics solutions StarLINK Tracker Modular Tracking Device More eEye AI Powered ADAS & DMS Camera More StarLINK One Motorcycle Tracking Solutions More IoTLINK Pack Wireless IoT Tracker/Transmitter More View All Products Implementation Industries Trusted across diverse industries for reliable tracking and fleet management Fleet & Transportation Construction & Heavy Equipment Industrial & Manufacturing Agriculture Public Safety Cold Chain & Sensitive Cargo Energy, Utilities & Mining Asset Tracking & Security Articles & Case Studies Real-world success stories from customers who trust StarLink for their tracking needs Case Study: StarLINK Tracker – Optimizing Fleet Efficiency with Precision Tracking Automatically recognizes the rider's proximity keyfob to enable seamless arming and disarming. Read full case study ERM present Anti-Theft Vehicle Tracking Solution StarLink eConnect improves stolen vehicle recovery rates with unique jamming mitigation techniques... Read full case study Case Study: StarLINK Tracker – Optimizing Fleet Efficiency with Precision Tracking Automatically recognizes the rider's proximity keyfob to enable seamless arming and disarming. Read full case study

Prevent CANbus Hacking Integrated hardware-software solution that protects vehicles against ransomware and other cyber-attacks. The solution is suited for both OEMs and the aftermarket. The solution's uniqueness is that it can be installed in a vehicle by authorized parties, such as vehicle importers and fleet managers in the aftermarket stage, after the vehicle left the factory as well as by the OEM itself during the manufacturing process. To prevent CANbus hacking, the solution is installed between the vehicle's external communications device and the vehicle’s CANbus (Controller Area Network Bus). The solution performs as a secure gateway for outside communications to the CANbus, allowing only communications with predefined and known parameters and values to go through. At the same time, it immediately blocks any unrecognized communications to and from the CANbus. In this way, no malicious digital communications can disrupt the functioning of the vehicle. Cybersecurity attacks are emerging as some of the most serious cyber risks that connected vehicles have to face. During a cybersecurity attack in a connected car, hackers remotely connect to the car, damage or block it, and require the owner to pay a ransom to resume its proper operation. Accessories eCut Explore Additional Solutions Immobilizer Explore Prevent CANbus Hacking Explore Tow Detection Explore Other Technologies DRIVING BEHAVIOR Read More WIRELESS CONNECT Read More VEHICLE LOCATION Read More SECURITY AND CYBER Read More CAN INTERFACE Read More SEGMENT Read More FUEL MONITORING Read More