
AI vision appliances
Edge hardware with project-specific video analytics, task configuration and alert review. Reference channel classes help start the conversation.
Compare configurationsLeeSyn provides edge AI vision hardware, video analytics and system integration for site operators and project integrators. Connect existing cameras, validate target events with site footage, and define the alert and review workflow.
For site operators, project teams and system integrators.

Useful AI starts with a clear event definition and ends with a response your team can act on.
Confirm stream access, image quality, network conditions and device compatibility before choosing hardware. RTSP and GB28181 integration is validated with the target cameras and platform.
Explore the device families and discuss the configuration your cameras and analytics actually need.

Edge hardware with project-specific video analytics, task configuration and alert review. Reference channel classes help start the conversation.
Compare configurations
Project-specific devices for power and equipment monitoring, with visual analytics and system integration defined around the deployment.
Explore gateway scopeProduct appearance for reference. Configuration confirmed per order.
Smoke, flame and selected personnel events, connected to a review and response workflow.
Equipment indications, meter readings and visible anomalies, evaluated against real footage.
Define target events, monitored zones and escalation rules for each camera view.
LeeSyn brings together edge devices, configurable analytics, video management and model-development workflows. We work from the deployment conditions back to the technical scope.

LeeSyn provides edge AI vision appliances, scenario-specific analytics, video and business-system integration, alarm review, and platform workflows for data annotation, training, conversion, deployment, and feedback. Available modules and algorithm packages are confirmed per project.
Supported integration categories include RTSP, GB28181, H.264/H.265, MQTT, and HTTP/API. Protocol versions, authentication, fields, and compatibility are confirmed against the existing cameras and platform.
Results and channel capacity are validated for the target site using representative footage, camera angle, lighting, occlusion, video specifications, hardware configuration, and concurrent algorithm combinations. Acceptance criteria are agreed for the project rather than stated as a fixed universal figure.
Start with camera count, target events, existing interfaces and deployment country. A clear brief makes a useful technical conversation.