AI Perception

Developing real-time environment recognition and decision-making support systems.

A futuristic vehicle with a geometric design and large, rugged wheels. The body is metallic with angular shapes, conveying strength and modernity. In the background, there is a red car and automotive designs displayed on posters.
A futuristic vehicle with a geometric design and large, rugged wheels. The body is metallic with angular shapes, conveying strength and modernity. In the background, there is a red car and automotive designs displayed on posters.
Data Collection

Comprehensive dataset from diverse sensors and road scenarios.

A shiny red minivan navigates a driving course marked by two bright orange cones on an asphalt surface. The vehicle displays modern styling with sleek headlights and a prominent front grille. Trees and a fence are visible in the background under a cloudy sky.
A shiny red minivan navigates a driving course marked by two bright orange cones on an asphalt surface. The vehicle displays modern styling with sleek headlights and a prominent front grille. Trees and a fence are visible in the background under a cloudy sky.
Model Fine-Tuning

Optimizing data processing and integration for enhanced performance.

The scene depicts a city street during dusk with a car at a red traffic light. The sky shows a gradient from deep blue to orange, indicating sunset. Palm trees and other foliage are visible on the right, with the silhouette of infrastructure and buildings forming the background. Inside the car, a GPS or navigation device is partially visible, showing a digital map, with blurred focus indicating the arcade's movement.
The scene depicts a city street during dusk with a car at a red traffic light. The sky shows a gradient from deep blue to orange, indicating sunset. Palm trees and other foliage are visible on the right, with the silhouette of infrastructure and buildings forming the background. Inside the car, a GPS or navigation device is partially visible, showing a digital map, with blurred focus indicating the arcade's movement.
A sleek, dark-colored car is moving swiftly through an urban setting, surrounded by traffic cones and tires, suggesting a driving course or training area. The background features a large building with columns and several shaded awnings, contributing to a sense of speed and motion blur.
A sleek, dark-colored car is moving swiftly through an urban setting, surrounded by traffic cones and tires, suggesting a driving course or training area. The background features a large building with columns and several shaded awnings, contributing to a sense of speed and motion blur.
System Development

Creating AI-powered perception systems for autonomous vehicle operation.

Performance Evaluation

Using metrics to assess accuracy and effectiveness of systems.

Innovating AI for Autonomous Vehicles

We specialize in multi-sensor data collection and AI model fine-tuning for autonomous vehicle perception systems, enhancing road environment recognition and decision-making capabilities.

A small electric vehicle with bright headlights is parked on a city street at night. The street is illuminated by surrounding neon lights reflected from a nearby building, creating a lively and vibrant atmosphere. Palm trees are visible, suggesting a warm, urban environment.
A small electric vehicle with bright headlights is parked on a city street at night. The street is illuminated by surrounding neon lights reflected from a nearby building, creating a lively and vibrant atmosphere. Palm trees are visible, suggesting a warm, urban environment.

AI-Powered Solutions

We specialize in developing autonomous perception systems for real-time road environment recognition and decision-making.

Data Collection Services
A blurred black and white image depicting a small car moving quickly on a road with a dynamic perspective. The surrounding environment and buildings appear indistinct due to the motion blur.
A blurred black and white image depicting a small car moving quickly on a road with a dynamic perspective. The surrounding environment and buildings appear indistinct due to the motion blur.

We gather comprehensive datasets from various sensors for diverse road scenarios and conditions.

An overhead view of a metallic silver car parked on a textured, asphalt surface. The car’s windshield and hood are visible, with reflections indicating a cloudy day. The image captures part of a street line and the edge of a pedestrian walkway, creating an urban setting.
An overhead view of a metallic silver car parked on a textured, asphalt surface. The car’s windshield and hood are visible, with reflections indicating a cloudy day. The image captures part of a street line and the edge of a pedestrian walkway, creating an urban setting.
A view from inside a car showing the dashboard with navigation screens and a rearview mirror. Outside the car, the Eiffel Tower is visible in the distance, surrounded by tall trees and streetlights. The sky is a mix of soft colors from the sunset.
A view from inside a car showing the dashboard with navigation screens and a rearview mirror. Outside the car, the Eiffel Tower is visible in the distance, surrounded by tall trees and streetlights. The sky is a mix of soft colors from the sunset.
Model Fine-Tuning

Our expertise includes fine-tuning models to optimize data processing and object detection performance.

Performance evaluation using established metrics ensures effectiveness of the developed perception systems.

Performance Evaluation
Innovation

Advanced AI for real-time road environment recognition.

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