Projects

Our EDS (Electronic Supervision System) Automation project is a high-tech automation solution engineered to maximize traffic safety across urban and intercity transportation networks and identify traffic violations in real time.The system operates in seamless integration with high-resolution IP cameras, Automatic License Plate Recognition (ALPR/ANPR) hardware, radar sensors, and AI-powered computer vision algorithms. Speed limit violations, red light infractions, emergency lane breaches, and illegal parking are automatically captured with high accuracy and instantly transmitted to the central system.Through the central management platform, data is processed in real time, generating standardized digital evidence packages (including photos, video footage, and plate metadata) that are transmitted securely to authorized authorities via encrypted API protocols.With high availability, redundant database architecture, and continuous telemetry stream integration, this project empowers municipalities and enforcement agencies to establish sustainable traffic order and public safety.

Our Caravan Navigation System project is a specialized Android-based smart navigation and travel co-pilot built to make road trips safer, smoother, and more enjoyable for RV, camper, and motorhome enthusiasts.Unlike standard GPS applications, this system takes into account vehicle dimensions—including height, width, length, and weight—to calculate custom routes that avoid narrow alleyways, low-clearance bridges, and steep roads unsuitable for caravans.Featuring full offline map support, it highlights essential points of interest for campers, such as verified campsites, fresh water and electricity hookup points, waste disposal facilities, and scenic viewpoints.Integrated with digital vehicle inclinometer sensors, live weather forecasts, and emergency assistance shortcuts, our software delivers an all-in-one smart travel guide for outdoor adventure lovers.

Our Outdoor and Indoor Autonomous Robot Development project is built to execute patrol, logistics transportation, and inspection missions across industrial plants, warehouses, airports, and corporate campuses without requiring manual human intervention.The robotic platform is engineered with LiDAR sensors, stereo depth cameras, ultrasonic distance modules, and a ROS (Robot Operating System) software architecture. Powered by SLAM (Simultaneous Localization and Mapping) technology, the robots map both indoor and outdoor environments, dynamically dodging obstacles and optimizing real-time navigation paths.Edge AI processing units empower these autonomous robots to perform object recognition, human/vehicle detection, thermal heat mapping, and anomaly detection directly on board without latency.Featuring autonomous docking and self-charging capabilities alongside a centralized fleet control system, our robotic ecosystem boosts operational productivity while drastically cutting facility maintenance and security overheads.

Our Artificial Intelligence Education Automation System is a comprehensive digital ecosystem designed for academic institutions and corporate academies to analyze learner performance, curate personalized study paths, and automate administrative workflows.Powered by machine learning models, the platform evaluates student problem-solving speeds, accuracy metrics, and knowledge gaps to generate tailored study schedules and dynamic practice quizzes. It provides educators with automated grading mechanisms and deep analytical progress dashboards.With integrated conversational AI tutors, students access round-the-clock guidance on challenging subjects, while course materials, assignment tracking, and guardian notifications are seamlessly managed through a unified dashboard.Promoting educational equity and driving academic achievement, this platform empowers institutions with data-driven educational management and modern digital learning experiences.

Our Smart City Screen Automation project is an IoT-enabled software platform engineered to remotely and intelligently orchestrate digital signage, public transit displays, and information kiosks located across urban centers and civic spaces.The platform automatically broadcasts real-time weather alerts, live traffic feeds, municipal announcements, emergency notification bulletins, and public service notices across screen networks. Content schedules can be dynamically customized based on location, time slot, or audience demographic.Hardware telemetry—including display panel temperatures, ambient lighting parameters, network connectivity, and screen errors—is monitored 24/7 remotely, triggering automatic alert dispatches upon component failures.Equipped with energy-efficient automatic dimming features and encrypted data streaming, this platform constitutes a critical visual communication backbone for modern smart city initiatives.

Our Artificial Intelligence Systems Operating Locally project focuses on delivering edge-based and on-premise AI architectures for organizations where data privacy, strict compliance, and offline availability are non-negotiable requirements.Custom fine-tuned Large Language Models (LLMs), Optical Character Recognition (OCR) engines, and document parsing pipelines operate entirely inside the client’s local infrastructure without transmitting data to external cloud APIs. This guarantees 100% privacy for confidential records, financial data, and proprietary trade secrets.Optimized with localized GPU/NPU hardware acceleration, these models quickly search internal knowledge bases, audit legal contracts, and generate executive summaries with zero external network dependency.Fully compliant with KVKK, GDPR, and stringent corporate security standards, this architecture allows enterprises to harness cutting-edge AI capabilities without incurring data exposure risks.