We develop AI-powered solutions that transform real-time video streams and sensor data into actionable insights. Our core expertise includes computer vision, event detection, and real-time analytics systems.
Saat Teknoloji develops AI-powered solutions that transform real-time video streams and sensor data into actionable insights. Our core expertise includes computer vision, event detection, and real-time analytics systems designed for scalable, high-performance environments. We work with telecom operators, OTT platforms, and emerging smart city infrastructures to enable data-driven decision-making. We focus on building technologies that support urban intelligence, safety monitoring, mobility optimization, and environmental awareness through AI-based video understanding and streaming analytics. Key Expertise Areas: Real-time video analytics AI-based event detection (traffic, crowd, anomaly) Computer vision & deep learning Streaming data processing architectures Smart city intelligence systems Edge AI / scalable cloud AI systems Target Collaboration Areas: Smart cities & urban digital twins Mobility and traffic optimization Public safety and security analytics Environmental monitoring systems AI-enhanced decision support systems
I represent Saat Technology, an AI and software company focused on real-time video intelligence and advanced analytics.
We develop AI-powered solutions that transform live video streams into actionable insights such as traffic flow analysis, crowd monitoring, anomaly detection, and environmental awareness. Our systems are designed for scalable, real-time deployment and can be integrated into smart city platforms and Local Digital Twin (LDT) environments.
We are open to joining consortia as an AI technology provider, contributing to use-case design, and delivering scalable video analytics modules.
SAAT Teknoloji services include video content management, live broadcasting, and AI-based video analytics. SAAT Teknoloji works with major telecommunications companies and provides the infrastructure needed for modern digital broadcasting platforms.