Kognic offers a data annotation platform specifically designed for sensor-fusion datasets, enabling efficient management and accurate labeling of complex multi-sensor data. By utilizing an auto-label co-pilot, Kognic reduces annotation time by up to 68%, addressing the high costs and complexities associated with generating and curating representative datasets.
Funding
$42.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Generating high-quality, representative datasets for embodied AI and autonomous systems is complex and expensive, especially when dealing with multi-sensor data. Creating annotation guidelines, managing large datasets, and ensuring accuracy across different sensor types present significant challenges.
Solution
Kognic offers a data annotation platform designed to streamline the creation of sensor-fusion datasets. The platform provides tools for importing, annotating, verifying, and exporting data, supporting the entire annotation pipeline. By utilizing an auto-label co-pilot, Kognic reduces annotation time, bringing cost efficiency to ground-truth production. The platform also facilitates efficient QA and review flows to produce high-quality datasets.
Target Audience
Kognic targets engineering managers who need to ensure timely delivery of large-scale annotation projects at a low cost, as well as annotators seeking to enhance their efficiency.
Features
- Auto-label co-pilot that reduces annotation time by up to 68%
- Support for bounding boxes, cuboids, 3D lanes & lines, and semantic segmentation
- Guided workflows powered by the Auto-Label Co-Pilot and ActionAssist
- Tools for managing multiple missions, teams, and tasks
- Secure data handling with access control and compartmentalization
- Options for full-service annotated datasets, platform licensing, or a hybrid approach
- Comprehensive dataset tools, 3D instance segmentation features, and expanded geometry types