Video Intelligence Training Data Platform for Security AI

Enhance security with AI-powered automation that detects threats and risks in real-time from security camera feeds. Improve surveillance efficiency, reduce response time, and ensure a safer environment with advanced computer vision technology.
Collage showing security surveillance concepts: a man monitoring multiple screens, CCTV cameras, a man waving in a driveway, a person detected by facial recognition technology, and crowds with digital overlays in a public space.

Video Curation and Annotation for Security AI

Data annotation for security enhances AI-driven surveillance by accurately labeling images and videos for threat detection, facial recognition, and anomaly identification. It helps train models to detect unauthorized access, suspicious activities, and potential risks, ensuring proactive security monitoring and rapid response.
Woman and young girl shopping in a grocery store, the woman holding a bunch of grapes.

Theft and Loss Prevention

Prevent theft and reduce losses with AI-powered surveillance. Detect suspicious activities, track unauthorized access, and enhance security through automated monitoring and real-time alerts.
Warehouse worker in an orange safety vest and white hard hat pushing a pallet jack with stacked goods down a wide aisle between shelves.

Slip and Fall Hazards

Identify and mitigate slip and fall hazards with AI-powered monitoring. Detect risks in real time, analyze unsafe conditions, and enhance workplace safety through proactive alerts and prevention measures.
Black briefcase bag resting on light gray airport waiting area seats.

Unattended Object Detection

Detect unattended or misplaced objects in real time with AI-driven monitoring. Enhance security, prevent losses, and maintain organized spaces by identifying forgotten or abandoned items in various environments.
Four professionals walking on a city street with digital facial recognition squares and ID info displayed around their faces.

Facial Recognition

Facial recognition technology enables accurate identification and verification of individuals using AI-powered image analysis. It enhances security, streamlines authentication, and improves access control in various industries, from surveillance to customer engagement.
Masked thief in a blue hoodie stealing a laptop from a table while holding documents and reaching out.

Instance Segmentation Unusual Objects

Instance segmentation for unusual objects allows AI to accurately detect, classify, and segment rare or uncommon items within an image or video. This enhances object recognition in scenarios where traditional datasets may lack sufficient examples, improving automation in security, quality control, and anomaly detection.

Why AI Teams Choose Unitlab

One platform to manage, annotate, and curate training data across every modality, helping teams move faster while staying efficient at scale.
15X
Faster Data Annotation
60%
Free Up AI Engineer’s Time
5X
Save AI Development Cost

Annotation types

Annotation in security involves labeling data to train AI models for threat detection, facial recognition, and anomaly identification. It enables automated monitoring of surveillance footage, intrusion detection, and access control, enhancing overall security and response efficiency.
Person in a blue hoodie placing a cardboard box on a front porch near the entrance of a house.

Bounding Box for Object Detection

Bounding box annotation for object detection in security helps AI systems identify and track objects such as people, vehicles, or suspicious items within surveillance footage. By drawing precise rectangular boxes around objects, security systems can enhance threat detection, automate monitoring, and improve response times.

Segmentation for Threat and Anomaly Detection

Segmentation for thief detection enhances security systems by accurately identifying and isolating individuals engaged in suspicious activities. By classifying each pixel in an image or video feed, AI can distinguish a thief’s movements from the surrounding environment, improving accuracy in real-time surveillance and reducing false alarms.

Person highlighted in green carrying a black computer monitor inside a dimly lit room.

Video Intelligence FAQs

What video surveillance data can Unitlab AI annotate?

Unitlab supports long-form video, synchronized camera views, images, audio, text, documents, and related event metadata.

Can Unitlab track people, vehicles, and objects across video?

Yes. Frame-accurate tracking, keyframes, interpolation, segmentation, temporal labels, and object properties support video intelligence datasets.

Does Unitlab support long recordings and event annotation?

Yes. Teams can navigate long timelines, label temporal ranges and events, review key moments, and preserve annotation history.

Can synchronized camera views be annotated together?

Related camera streams can be grouped with shared temporal context for consistent multiview annotation and review.

How are behaviors, events, and scene properties represented?

Ontologies, classifications, properties, relations, temporal ranges, and object tracks can encode events and context without flattening the data.

Can video datasets be curated before annotation?

Teams can search, filter, deduplicate, balance, version, and route selected footage into annotation and QA.

Can Unitlab use custom detection and tracking models?

Yes. Bring Your Own Model workflows support domain models for pre-labeling, followed by human validation and correction.

How is surveillance annotation quality controlled?

Reviewer roles, issues, rework, approvals, instructions, and full history help teams maintain consistent labels across cameras and sites.

Can sensitive video remain on-premises?

Yes. On-premises deployment is available for organizations that need video, models, and workflows inside controlled infrastructure.

Need help designing a video intelligence workflow?Talk to Unitlab