We have built fundamental building blocks enabling video intelligence using enGrasp's adaptive AI pipeline.
Pixel-level scene understanding
Designed for precise visual analysis, our semantic segmentation technology classifies individual pixels within images to identify object boundaries and materials, enabling granular understanding of visual content.
Vehicle trajectory estimation
Built to track spatial positioning in real-time, our technology precisely calculates camera trajectory and orientation changes from video input alone. This enables accurate motion reconstruction and environment mapping without requiring external sensors or specialized positioning systems.
Camera auto-calibration
Designed to adapt to existing hardware, our software automatically estimates extrinsic and intrinsic camera parameters so you don't need any new hardware installations.
3D modeling from 2D videos
Engineered for spatial awareness applications, our depth estimation solution converts standard 2D video footage into accurate depth estimates, enabling 3D understanding while utilizing your existing camera infrastructure.
Adaptive AI pipeline: Transforming reality into tailored solutions
Our integrated AI pipeline transforms complex real-world scenarios into intelligent, adaptive solutions. We leverage generative AI and precision simulation for comprehensive data synthesis, combined with multimodal AI for automated annotation and optimized data selection, resulting in lightweight, customer tailored models.
Modeling the complexity and dynamism of real life with generative AI
Synthetic Images & Automatic Annotation
Using generated synthetic data prepares our models to understand the intricacies of every situation, from the most mundane to the rarest of edge cases that drivers will face.
Automatically annotating both real-life and synthetic data sets enables our models to easily curate and augment data sets to ensure robust representation of a variety of contexts within a data set.
Simulation
Our in-house simulation generates synthetic video footage to complement real-world data. This allows us to reproduce rare driving scenarios and edge cases critical for comprehensive analysis. The result: more robust models capable of identifying unusual road conditions, traffic patterns, and safety hazards underrepresented in field data.
Building customer-tailored lightweight solutions using multimodal AI
Data Composition Analysis
From big data to precision models: identifying the right data for specific customer needs is key to optimizing both training resources and model performance. Our Data Composition Analysis extracts human-understandable context from datasets, enabling smarter data selection and more targeted model development.
Multimodal Vision-Language Model
Automating the labor-intensive annotation process is crucial for scaling AI development efficiently. Our Multimodal Vision-Language Model autonomously annotates diverse visual data, dramatically reducing manual labeling requirements while maintaining high-quality standards for training dataset creation.