Skip to main content

Camect AI Box

Device Information:

  • Device: AI Box (Smart Hub/NVR)
  • Vendor: Camect
  • Model: Camect Hub
  • Firmware: Latest stable version
  • Platform: GCXONE
  • Doc Version: 1.0.0

Summary​

  • Purpose: AI-powered smart hub adding intelligent object detection and event filtering to existing camera infrastructure.
  • Outcome: Cloud integration with AI-driven alerts, live streaming, PTZ control, Genesis Audio, and arm/disarm modes.
  • Audience: Technical Installers / Field Engineers / Support

At a Glance​

AspectDetails
Setup Time20-30 minutes
DifficultyIntermediate
Setup MethodManual configuration via Camect UI and GCXONE
ProtocolRTSP, HTTP/HTTPS API, NXGEN monitoring protocol
Integration TypeAPI-based with NXGEN monitoring service
Ports RequiredHTTP/HTTPS 80/443, RTSP 554, Custom TCP (NXGEN)
Key FeaturesAI object detection, event filtering, live streaming, PTZ, Genesis Audio
AI CapabilitiesPerson, vehicle, animal detection with intelligent alert filtering
User ManagementGranular permission control for integration users
Notable FeatureSubstream support for smooth live viewing without stutter

Prerequisites​

Before you begin, ensure you have:

  • Network connectivity with reachable IP address
  • Correct VLAN and port configuration (80/443/554/RTSP/TCP)
  • Administrative access to Camect UI
  • GCXONE account with device configuration permissions
  • NTP enabled with time zone matching GCXONE
  • IP allowlist updated (if site uses whitelisting)
  • NXGEN monitoring credentials (Site ID and TCP address from support)

Device Profile​

  • Type: AI Box (Smart Hub/NVR) - Intelligent Video Analytics
  • Discovery Protocol: Manual registration via HTTP API
  • Event Types: AI object detection (person, vehicle, animal), motion detection, camera tampering, camera disconnection, alert acknowledgement
  • Network Requirements:
    • Ports: HTTP (80), HTTPS (443), RTSP (554), NXGEN TCP (custom)
    • Connectivity: Direct IP with API access
    • Bandwidth: 1-4 Mbps per camera stream (substream recommended)
  • Known Considerations:
    • NXGEN monitoring required - Configure Site ID and TCP address for event forwarding
    • Dedicated user account - Create least-privilege user for GCXONE (not admin)
    • Alert detection mandatory - Must enable "Detect alerts" in hub settings
    • Camera-by-camera forwarding - Add each camera individually to NXGEN monitoring
    • Substream recommended - Enable substream (set to 1) to prevent live view stutter
    • Time synchronization critical - NTP must be enabled with matching time zone
    • Granular permissions - User requires: live view, query cameras, PTZ, view alerts, view footage, share cameras, change operating modes
    • AI object detection - Intelligent filtering reduces false alarms
    • Operating modes - Arm/disarm functionality for schedule-based monitoring
    • PTZ support - Full pan, tilt, zoom with preset management

Supported Features​

Core Functions​

Feature CategoryFeatureStatusNotes
Discovery & SetupAuto-Discovery✓API-based sensor discovery
Manual Configuration✓IP-based with credentials
Cloud CapabilitiesLive Streaming (Cloud)✓Cloud-based streaming via GCXONE
Events✓AI-driven object detection events
Events & AlarmsEvent Detection✓AI person/vehicle/animal detection
Event Acknowledgement✓Mark events as reviewed
Arm/Disarm✓Operating mode management
Advanced FeaturesPTZ/Presets✓Full PTZ control with presets
Genesis Audio (SIP)✓Two-way audio communication
AI Object Detection✓Person, vehicle, animal classification
Intelligent Alert Filtering✓Reduces false alarms via AI
Substream Support✓Smooth live viewing (recommended)
NXGEN Monitoring✓Event forwarding to GCXONE
User Permission Management✓Granular access control
Operating Modes✓Schedule-based arm/disarm
Camera Health Monitoring✓Connection status tracking

Legend: ✓ Supported | ○ Partial Support | ✗ Not Supported

Integration Highlights:

  • AI-powered object detection - Person, vehicle, animal classification with intelligent filtering
  • NXGEN monitoring service - Event forwarding via Site ID and TCP address configuration
  • False alarm reduction - AI filtering significantly reduces nuisance alerts
  • Substream optimization - Enable secondary stream for smooth live viewing
  • Dedicated user security - Least-privilege account with granular permissions
  • PTZ control - Full pan, tilt, zoom with preset management
  • Genesis Audio (SIP) - Two-way audio communication support
  • Operating modes - Arm/disarm for schedule-based monitoring
  • Event acknowledgement - Mark events as reviewed for workflow management
  • Time synchronization - NTP-based with time zone matching
  • Camera-specific monitoring - Granular control over which cameras forward events
  • API-based integration - RESTful API for seamless GCXONE connectivity

Quick Start​

To configure Camect AI Box with GCXONE:

  1. Create Dedicated User - Create local user (e.g., "NXG") with permissions: live view, query cameras, PTZ, view alerts, view footage, share cameras, change operating modes
  2. Configure Time/NTP - Set time zone to match GCXONE and enable NTP
  3. Enable RTSP - Ensure RTSP is enabled on hub
  4. Configure Alert Detection - Enable "Detect alerts" and select object types (person, vehicle, animal)
  5. Setup NXGEN Monitoring - Add Monitoring → NXGEN with Site ID and TCP address (provided by NXGEN support)
  6. Add Cameras to Monitoring - Click "Add camera" for each camera to forward events
  7. Enable Substream - Change substream from 0 to 1 for smooth live viewing (recommended)
  8. Add to GCXONE - Register Camect in GCXONE using host/serial, username, password, ports, and time zone
  9. Verify Integration - Test alert forwarding, live view, PTZ presets, and time synchronization

Estimated setup time: 20-30 minutes

For detailed step-by-step instructions with screenshots, see the Installer Configuration Guide.

Change Log​

  • 2025-12-21 v1.0.0 - Comprehensive GCXONE documentation

Need Help?

If you need assistance with Camect AI Box integration, check our Troubleshooting Guide or contact support.