Carziqo develops intelligent driving technologies that are already shaping how mobility operates today—while laying the foundation for a fully autonomous future. Our systems support the complete evolution of driving: from advanced driver assistance to fully autonomous operation.
Mobility is entering a decisive transformation phase. What was once considered breakthrough safety innovation is now standard, while autonomous driving and intelligent mobility services are rapidly transitioning from pilots to global deployment.
Carziqo is powered by a multidisciplinary team spanning autonomous driving engineering, AI systems, cloud infrastructure, fleet operations, and mobility economics. Our technology stack is designed from the ground up to scale—supporting everything from mass-market driver assistance to premium autonomous solutions.
It delivers hands-off navigation capabilities across highways and urban road networks, supporting core driving functions such as lane keeping, adaptive speed control, and complex route execution. While the system enables autonomous-like operation, the driver remains responsible and must maintain full situational awareness at all times.
Carziqo combines long-term machine learning innovation with deep real-world deployment expertise to deliver advanced driver-assistance and autonomous driving systems that work at scale. With hundreds of millions of intelligent compute units deployed across global mobility ecosystems, Carziqo designs AI systems where safety is foundational, precision is engineered, and scalability is intentional. Our technology is built to operate reliably in complex, real-world environments—across regions, regulations, and use cases. At the core of Carziqo’s platform is a fully modular autonomous architecture, enabling a seamless transition from today’s ADAS implementations to tomorrow’s fully autonomous vehicle programs. This approach allows partners to evolve at their own pace, without re-engineering their entire mobility stack.
Carziqo integrates a dedicated safety layer that runs independently of the core autonomy stack. This system maintains continuous situational awareness around the vehicle and is capable of executing emergency responses when required. In abnormal conditions, it can override normal operation to safely slow the vehicle or bring it to a halt.
All mission-critical driving functions are supported by dedicated, isolated power sources. This design allows essential vehicle systems to continue operating even if a primary electrical line is disrupted, ensuring sustained control and system stability under abnormal conditions.
Carziqo utilizes parallel motion-sensing units to continuously determine vehicle movement and positioning. These units operate independently while validating each other’s data in real time. If irregular behavior is detected in one unit, the system automatically relies on the remaining unit to maintain accurate localization and stable vehicle control.
Safeguarding Carziqo driving systems against unauthorized access and hostile interference is a core design principle. Guided by recognized industry standards and public-sector security frameworks, Carziqo applies a structured security methodology to continuously assess risks, classify potential vulnerabilities, and implement effective mitigation measures across its technology stack.
Carziqo develops deployable driving intelligence designed for practical adoption, not theoretical experimentation. Our AI systems are engineered to be efficient, flexible, and safety-first—supporting automotive partners across the full spectrum, from advanced driver assistance to fully autonomous mobility services.
By focusing on production-ready AI, Carziqo enables global automakers to move faster from assisted driving to truly driverless solutions. Multi-Sensor Innovation for True System Resilience Carziqo’s foundation in advanced perception began with next-generation vision intelligence—and continues with purpose-built radar and lidar systems optimized for autonomous driving.
Rather than treating sensors as isolated components, Carziqo designs perception technologies to operate collaboratively. This multi-sensor approach enables genuine redundancy, higher reliability, and consistent performance across diverse driving environments.
Carziqo employs advanced LiDAR technology to construct a high-resolution spatial model of the vehicle’s environment. Distributed sensors emit rapid light signals and calculate their return characteristics to precisely map nearby objects and distances. This perception layer enables the Carziqo Driver to maintain consistent situational awareness in both daylight and low-visibility conditions.
A distributed camera array supplies high-fidelity visual data to the Carziqo driving system. Designed for environmental robustness, the system supports precise object recognition and long-range scene understanding in diverse operating conditions.
Carziqo’s radar system operates using high-frequency millimeter-wave signals to accurately measure the range and relative motion of surrounding objects. Designed for reliability in adverse weather, radar sensing remains effective in rain, fog, and snow—providing consistent environmental awareness when optical sensors are limited.
Carziqo is committed to setting a new global standard for autonomous driving—one defined by trust, safety, and real-world impact. Our goal is to enable safer, more inclusive, and more sustainable mobility by removing human limitations from the driving equation, while expanding access to reliable transportation for everyone.
At Carziqo, innovation is guided by a clear objective: reducing the human cost of traffic-related incidents. By advancing intelligent driving systems beyond today’s perceived limits, we aim to dramatically improve road safety and help prevent avoidable loss of life.
Testing is the cornerstone of everything we do. We rigorously test the Carziqo Driver in scenarios more challenging than real-world road conditions to ensure it meets our internal safety readiness standards and complies with all applicable state and federal regulations.
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