Next-generation autonomous driving platform powered by AI and advanced sensor fusion. Experience unparalleled safety and performance with our neural network-driven technology.
Speed
60 mph
Battery
89%
Range
328 mi
Experience the next generation of transportation with our AI-powered autonomous vehicles. Safer, smarter, and sustainable mobility solutions engineered for tomorrow cities.
99.99% operational accuracy with over 2 million autonomous miles logged in urban environments
Real-time V2X communication integrated with smart city ecosystems for seamless navigation
LIDAR, RADAR, and 360° vision systems working in perfect harmony for unmatched environmental awareness
Explore blogs, videos, and articles from the community discussing our innovations and projects.
Driverless Car on Pakistan’s Roads! | Karachi Engineering Students Make History | Public News
Harnessing cutting-edge AI and sensor fusion technology to create safer, more efficient self-driving systems. Our platform integrates real-time decision making with millimeter-wave precision for seamless urban and highway autonomy.
Deep learning-powered path prediction and real-time decision making for complex urban environments
Multi-modal integration of LiDAR, radar, and camera systems for 360° environmental perception
ASIL-D certified control systems with fail-operational architecture for maximum reliability
Our integrated ecosystem combines simulation-grade validation tools with real-world data pipelines, accelerating your ADAS development cycle by 40%.
Quantization-aware training and hardware-specific optimizations
Real-time CAN bus communication with predictive control models
Real-time sensor fusion display showing object detection, path prediction, and decision-making vectors
Pioneering advancements in autonomous vehicle technology
Implemented MPC controllers for accurate path following and dynamic speed adjustments based on lane curvature.
Integrated OpenVINO and PyTorch models for real-time lane detection, enabling the generation of trajectories for the vehicle to follow.
Utilized CARLA waypoints and GPS GNSS, transforming them into the vehicle's reference frame for precise navigation.
A collective of visionaries and specialists shaping tomorrows innovations.
Professor at NED University of Engineering and Technology - Startup Advisor - Change Specialist for AI
Team Lead | Expert in Spatial Analysis, Mapping Technologies & Data-Driven Decision-Making
Research & Development Engineer | Data scientist| Embedded AI Hardware & Development | Embedded Systems | Robotic SW Development & Integration | OT | Machine Learning & Computer Vision | IoT | Electronics | HW Design
Research Assistant @NCAI-NEDUET | Data Scientist | Autonomous Vehicle Project | Computer vision | Generative AI
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