GCXONE Documentation

website·Indexed 30 days ago

https://gcxone.pages.dev

Comprehensive documentation for the GCXONE platform, including the Genesis REST API, admin guides for user and site management, and integration guides for third-party devices such as Axis Communications, Avigilon, AJAX, EFOY Fuel Cell, and Hanwha.

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What's inside GCXONE

  1. Overview of AJAX integration with GCXONE

    GCXONE supports AJAX integration for centralized alarm reception using the SIA (Security Industry Association) protocol.

    Supported Device Types:

    • AJAX Hub
    • AJAX NVR
    • AJAX IP Camera
    • AJAX PIRCAM

    Functionality Matrix:

    • Discovery & Alarm Reception: Supported for all device types.
    • Live Video Streaming: Supported for AJAX IP Camera and AJAX NVR only. AJAX Hub and AJAX PIRCAM do not support live streaming, playback, or PTZ.
  2. Overview of Teltonika IoT router monitoring in GCXONE

    Teltonika IoT routers act as the connectivity backbone for GCXONE Tower Monitoring. Once connected, they provide real-time telemetry including:

    • Network connectivity status and signal quality (RSRQ, RSRP)
    • SIM card data usage against monthly limits
    • Physical input/output (I/O) port state changes (digital, analog, isolated, relay)
    • GPS position and geo-fencing relative to site boundaries
    • Jammer detection based on signal degradation patterns
  3. Overview of TowerGuard monitoring platform

    TowerGuard is a hardware-agnostic, cloud-powered centralized monitoring platform integrated into GCXONE for mobile tower infrastructure. It provides operators with real-time visibility into tower status, health, and device activity across an entire fleet from a single interface. The platform tracks power, connectivity, storage, and device health, alerting operators to abnormal conditions to prevent downtime.
  4. Overview of GCXONE Platform

    GCXONE is a cloud-based platform for alarm management and security monitoring. It centralizes alarms, video surveillance, device health, workflows, and AI-based filtering into a single interface, removing the dependency on local on-site infrastructure. The platform utilizes NOVA99x AI to filter up to 99% of false alarms in real time using object detection, dynamic motion analysis, and tracking/re-identification.
  5. Overview of NXGEN and Axis Communications Integration

    The NXGEN Monitoring Platform integrates with the Axis Communications family of devices to provide unified monitoring, event ingestion, device control, and audio actions. Supported devices include Axis Network Cameras (IP Cameras), Network Audio Systems (Horn Speakers), I/O Relay Modules, and Axis Camera Station Pro (ACS). NXGEN utilizes this integration for live video streaming, event/alarm notifications, I/O status changes, audio announcements, and ACS stored video playback.
  6. Overview of Evalink Talos

    Evalink Talos is a cloud-native alarm management platform hosted on AWS, designed for monitoring stations and enterprise security teams. Within the NXGEN ecosystem, it acts as the Alarm Verification and Dispatch Engine. While GCXONE handles AI processing and video analytics, Talos manages the operator workflows used to process alarms, contact customers, and document incidents. It provides an immutable audit trail of all operator actions for reporting and compliance.
  7. Overview of TowerGuard cloud monitoring

    TowerGuard is a multi-tenant cloud service within GCXONE designed for managing security service provider fleets. It provides a web dashboard and mobile app for provisioning (adding, modifying, moving, and deleting) towers and their associated devices. Key features include configurable alarm rules per site or device with a standard lifecycle (created, routed, escalated/acknowledged, and automatically cleared), white-label deployments, and routing to CMS/Monitoring stations such as IMMIX, AmWin, Evalink, and LISA.
  8. Overview of NOVA99x False-Alarm Filtering

    NOVA99x is an intelligent noise-suppression module for GCXONE surveillance systems. It processes motion- and analytics-triggered events in real time using computer vision to classify events as true or false alarms. It can filter up to 99% of non-threatening activity before an alarm reaches a human operator, reducing alert fatigue and allowing security teams to scale monitoring operations. It operates inline on incoming alarms and is licensed per camera.
  9. Integrate Geutebrück VMS with GCXONE

    Geutebrück is a professional Video Management System (VMS) that integrates with GCXONE to allow streams and events from G-Core servers to appear within the GCXONE platform. The integration relies on the following default ports:

    • Web API Interface (HTTPS): Port 13333
    • RTSP Streaming: Port 554
  10. Filter and retrieve audit logs

    Use POST /log/audit/filter to retrieve audit logs with support for filtering, sorting, pagination, and hierarchical level searching. This endpoint also provides configuration metadata about the entities.
    POST /log/audit/filter
    {
      "filters": [
        {
          "columnName": "string (required)",
          "type": "distinctList | date | number | StringConditionFilter (required)",
          "filter": "object (required)"
        }
      ],
      "sortOrder": [
        {
          "columnName": "string",
          "isAscending": boolean
        }
      ],
      "primaryColumns": ["string"],
      "hierarchyLevel": "string",
      "hierarchyId": "string",
      "nPerPage": number,
      "pageNumber": number,
      "isConfigDetailRequired": boolean,
      "getConfig": boolean,
      "getChildOrParent": boolean
    }
  11. Ascento Robot system architecture and protocols

    GCXONE connects to the Ascento cloud using the following communication flows and protocols:

    FlowProtocolDirectionNotes
    Live StreamRTSPAscento $\rightarrow$ NXGENSupports cloud-redirected or local mode
    EventsAction Rules/MQTT PushAscento $\rightarrow$ NXGENMotion (Findings) and Technical events
    Audio AnnouncementsSIP / Genesis AudioNXGEN $\rightarrow$ AscentoLive announcements
    I/O ControlREST APINXGEN $\rightarrow$ AscentoTrigger Relays/Virtual Inputs for lights
    Command and ControlsAscento Internal APINXGEN $\rightarrow$ AscentoQueries and C2 operations
  12. Monitor camera fleet health using HealthCheck

    HealthCheck automatically verifies that connected cameras are reachable, streaming, and delivering valid images. It detects connectivity loss, obstructions, vandalism, low-light conditions, overexposure, and software failures. The process involves connecting to the live stream, capturing a snapshot, analyzing the image against configured checks, and generating a health verdict.