Electronic Supervision System

EDS is an inspection system developed with the aim of controlling the traffic flow and optimizing the transportation, ensuring the safety of life and property by preventing the accidents caused by the vehicles disrupting the order in the traffic.

EDS covers the detection of the vehicles that violate the rules by means of sensors, and the detection of the license plate of the vehicle with image processing software and subjecting them to the penalty stipulated in the relevant law.

• Using deterrence to ensure that drivers comply with the traffic rules to the maximum extent, thus reshaping the driver culture in a positive way
• Detecting and recording vehicles that endanger people's life and property by violating the rules, together with the violation footage
• Continuously following traffic rules independently of people, thus ensuring traffic order by drivers obeying the rules
• Checking whether the visible features of the vehicles passing through EDS points are consistent with the registered personal information and automatically notifying the competent authorities through these determinations when necessary
• The EDS system is designed to prevent rule violations that may occur due to the control gap in all urban traffic.

• Automatic detection of violating vehicles in electronic environment
• Implementation of the detected violation images, recording and storage functions in accordance with the retrospective query structure
• Plate detection on digital image,
• Ensuring the security of violation images using digital signature techniques,
• All EDS applications can be managed from a single center, have automatic violation detection,
• Inquiry can be made according to plate, violation, time, region information,
• Keeping and reporting all data in a secure environment where violations are recorded.

• Video recording of parametric violation at the desired time interval,
• 7x24 hours uninterrupted video storage,
• Real-time, centralized monitoring of established violation detection points,
• Use of advanced technology for the validation and security of the infringement image,
• Architectural structure that can be easily renewed and expanded in the face of new situations, conditions and needs,
• Independent Dual disk design in the system to ensure system stability and recording reliability,
• Use of DSLR (Digital single-lens reflex) camera technology and Machine Vision technology for the highest resolution and quality imaging,
• Seamless compatibility and interoperability with all communication systems (DSL, Fiber, Wimax, 3G/4G, GSM/GPRS, RF),
• Automatic Penalty Invoice, Summary penalty reports and all the reports needed by the Police departments and invoice format for each type of violation,
• The ability to track criminal violation records using web and mobile (Smartphone) technologies,
• Use of industrial products resistant to all kinds of outdoor and weather conditions,
• Using Image Processing technique to make virtual detector application, obtaining information such as vehicle counting, vehicle classification, pedestrian detection, average speed with high accuracy,
• With white light technology, color and quality violation photos can be taken even at night and in low light conditions,
• With white light technology, color and quality violation photos can be taken even at night and in low light conditions,
• Using InfraRed technology, the ability to take a black and white violation photo with adjustable quality at night and in low light conditions
• Long-term storage of violation images both in the special storage area in the application center and in the local system installed in the field
• Transmitting the violation images to the center using all advanced video encoding (MPEG4, H264, etc.) techniques,
• All operations are performed by central software without the need for a hardware decoder to view live images on the central side.
• Ability to read square, rectangular and non-standard size plates using image processing technologies,
• Ability to learn using artificial intelligence technologies in License Plate Recognition System,
• Detailed listing procedures by region, recording interval, type of violation, with or without penalty,
• Vehicle query, address information query (Polnet Integration), by automatically connecting to the safety database when necessary access rights are provided.
• Automatic creation and automatic provision of all databases and tables belonging to the violation detection system and independent special database management software feature,
• Violation detection with high accuracy using magnetic loop, RF, Laser and image processing techniques in violation detection technologies,
• To be able to query and report according to license plate, intersection, date, region range and in connection with each other,
• The system performs license plate reading and identification in multiple types. It can read and identify manually, it can read and identify automatically and according to motion, it can read and identify using sensors,
• Secure file access (FTP and HTTPS) via the central application,
• In line with “EDS CLOUD TECHNOLOGY”, 12 different violation detection systems can be used in the same application at the center,
• Performing ANPR-Automatic Number Plate Recognition of incoming records on the central application,
• Independent System management structure; EDS system; It has application-specific developed software such as user interface, database management software, communication system,
• Time scheduling technology that allows time-based operation or pause in all EDS systems,
• Detailed (date, time, location, speed, violation rate…) violation information in all EDS systems.

EDS Product has IP55 and IP65 Protection class certificates separately.

EDS Product has passed and documented with successful results from EMC Tests.

ÖNCÜ EDS product has successfully completed LVD tests.

All of the EDS System points are carried out with the EDS Center over a wired and private network. (VPN-Virtual Private Network)

• It is operated under protection by means of special software and hardware in order to prevent the field software from being moved to different places.
• Powerful anti-piracy algorithms (AES Algorithm with 128-bit key)
• Effective protection against attacks such as anti-debugging and reverse engineering with new protection technology
• 1024-bit privately signed license updates

Each picture recorded by the field software is signed and encrypted by the EDS software, and the central software searches for this signature produced on each incoming picture. After the signature is verified, the violation is registered in the official system.