Unified Command, Faster Dispatch, Better Control.Coordinate telephone, radio, video, GIS, paging and field communication resources from a centralized dispatch environment built for control rooms and distributed operations.
Consult immediatelyBecke Telcom command and dispatch systems provide operators with a common interface for handling calls, viewing communication resources, coordinating field teams and responding to operational events. The platform is intended for control rooms where telephone, radio, intercom, video, paging and location information would otherwise be managed through separate systems.
The focus is not simply to connect different networks. Once communication resources are available to the platform, operators need practical tools to call individuals or groups, establish conferences, view field information, issue instructions and escalate an event when several teams become involved.
Radio systems such as DMR, PDT or TETRA are connected through supported gateways or system interfaces where required rather than being treated as native SIP endpoints. Telephone, intercom and paging resources may use SIP or other project interfaces depending on the equipment already deployed.
Operators can manage telephone calls, SIP endpoints and connected radio resources from the dispatch interface. Individual calls, group communication and conferences provide different ways to reach personnel according to the operating task, while supported radio gateways can bridge compatible DMR, PDT, TETRA or other radio networks into the dispatch workflow.
Video calls and connected camera resources provide additional context when voice alone is not enough. Operators can view available field video, bring selected sources into the control-room workflow and use video conferences where the required terminals and platform functions are available.
Location-enabled terminals can be displayed on supported map interfaces so dispatchers can identify where personnel or communication points are located before making a call or assigning an action. Track history, geofencing and map-based operations depend on the positioning data and GIS functions provided by the deployed system.
A dispatcher may need to reach one person, a defined group or several departments at the same time. Group calls, conferences and multimedia instructions can be used to distribute operational information without repeating the same message through separate communication channels. Text, voice, images, video or files can be included where the platform supports those message types.
Alarm inputs, sensor information or operational events can be brought into the dispatch environment through supported gateways and system interfaces. The operator can then use the available voice, video, GIS or messaging resources to verify the event and coordinate the required response instead of handling the alarm as an isolated notification.
Dispatchers can organize communication resources by role, group or operating priority so critical calls and response teams are easier to reach during busy periods. Where supported by the deployed platform, priority rules and operator permissions can also determine how calls are handled when several communication tasks occur at the same time.
Available development interfaces can connect the dispatch platform with external applications and industry systems. Depending on the project, integration may use APIs, WebRTC, SDKs, OCX controls or communication gateways so existing business applications and communication resources do not have to be replaced solely to enter the dispatch environment.
A control room may need to communicate with SIP phones, intercom terminals, industrial telephones, paging equipment and radio users at the same time. These resources enter the platform through the network, server or gateway appropriate to each device type, allowing the dispatcher to operate across different communication systems without treating every terminal as the same protocol endpoint.
Voice, video, radio, GIS, command and paging functions can be presented through the operator interface according to the deployed modules. This gives the dispatcher one working position for routine calls and event coordination while the underlying communication systems continue to perform their own specialized roles.
A single-site control center may use centralized servers and local endpoints, while multi-site projects can distribute communication resources across branches, operating areas or regional centers. The final server layout and failover design should be based on site structure, network availability and the continuity requirements of the project.
LAN, WAN & Wireless Connectivity Dispatch resources may be distributed across LANs, WANs, private networks or supported mobile networks. Routing, bandwidth, latency, firewall policies and any required VPN or cross-network gateways should be checked when voice, video or control traffic moves between different network segments.
Integrated communication scheduling realizes interconnection between landline phones of multiple departments, emergency terminals and command center telephones. It supports one-key group calling, emergency broadcast interjection and multi-level transfer, enabling instructions to reach the site and all linked units rapidly. By breaking communication barriers, it ensures efficient and low-latency voice scheduling during emergencies and improves the response speed of emergency disposal.
Adapted to expressways, ports, logistics parks and other scenarios, it connects communication links among dispatch center landlines, vehicle-mounted phones and on-site handheld terminals. It supports traffic scheduling, one-key calling for emergencies and cross-section voice collaboration, realizing efficient linkage of people, vehicles and roads, and ensuring seamless communication scheduling for transportation hubs and logistics links.
Compatible with explosion-proof telephones, factory landlines and central control room communication terminals, it meets explosion-proof requirements of gas stations, refineries, mines and other sites. It supports one-key calling for production scheduling and hazard alarms, realizes cross-regional voice scheduling in the plant, and ensures stable and secure communication links adapted to high-risk industrial environments.
Integrates telephone terminals of the park management center, enterprise workshops and security booths to realize unified voice scheduling within the park. It supports daily office calls, park security emergency calls and inter-enterprise collaborative communication, with one-key transfer across enterprises and regions, improving communication efficiency for overall park management and operation.
Connects the telephone communication systems of government service halls, urban management, traffic police, communities and other departments to realize integrated voice scheduling for urban management. It supports one-key transfer of public appeals and cross-department collaborative calling for urban operation emergencies, speeding up the delivery of urban management instructions and enhancing communication coordination for smart city governance.
