Understanding client needs and risks.
Building scalable frameworks.
Minimizing disruption.
Preparing client teams.
Ensuring long-term performance.
This project focuses on deploying AI-powered surveillance across major urban areas, combining intelligent traffic analytics, crowd monitoring, and predictive emergency response. By unifying multiple systems into one command platform, it enhances citizen safety, improves mobility, and strengthens municipal coordination across diverse city operations.
An ambitious program covering over 2,500 government vehicles, this project integrates telematics and AI-driven monitoring to cut fuel costs, reduce accidents, and streamline maintenance. It delivers a unified system for national fleet control, ensuring transparency, accountability, and sustainability across large-scale mobility operations.
This initiative secures vital national energy facilities against both cyber and physical threats. By implementing layered defenses, continuous monitoring, and compliance-driven frameworks, the project ensures uninterrupted energy delivery, rapid incident response, and resilience against modern hybrid risks affecting critical infrastructure operations.
Designed for flood- and cyclone-prone regions, this project integrates real-time climate data, GIS risk mapping, and predictive analytics to deliver early alerts. It enables faster community preparedness, smarter resource allocation, and more effective emergency coordination during extreme weather events.
A comprehensive modernization project for a leading international airport, this solution integrated access control, AI-driven surveillance, and a unified command platform. The deployment reduced incident response times by 40%, improved operational efficiency, and ensured compliance with international aviation security standards.
This project introduced IoT-based monitoring across a regional food distribution network, ensuring complete cold chain compliance. Real-time condition tracking, predictive spoilage alerts, and theft detection reduced wastage by 25%, securing both supply continuity and consumer safety in sensitive food logistics.
A fully connected digital campus integrating ICT infrastructure, energy-efficient building management, and smart access systems. The project improved sustainability, security, and learning experiences, transforming the university into a modern, technology-driven educational environment that meets the evolving needs of students and staff.
This project safeguarded government facilities and high-profile events against drone intrusions. By combining radar, RF detection, and precision jamming, the system successfully secured restricted airspace, neutralized unauthorized UAV threats, and strengthened operational continuity during sensitive national-level operations.
At STARKX TECH, every project is more than a contract—it’s a commitment. Our passion for innovation and precision drives us to deliver solutions that exceed expectations. With transparency, dedication, and proven expertise, you can trust us every step of the way.