The Fire Command Center is responsible for tasks such as receiving social assistance alerts, dispatch and command, aiding decision-making, joint operations, information integration, and public opinion monitoring. Over the years, we have focused on in-depth research into the application environment of monitoring centers in the fire industry and the investigation of user habits, bringing a new way of working to managers and operators, reducing work pressure, lowering job risks, and improving work efficiency. The system separates "humans" from "machines," providing a more streamlined and comfortable working environment. Operators can simply click a mouse to bring any data signal to the display in front of them for control or monitoring. To strengthen the connection between people and people, as well as people and devices, the system supports comprehensive signal pushing and sharing. Operators can push their control signals to other seat operators or to the video wall for sharing, which helps reduce operators' work pressure, enhance decision-making capabilities, and improve collaboration efficiency.

Using 10-Gigabit optical fiber networking technology, the link transmission delay is low. Additionally, point-to-point direct transmission technology is adopted in critical business applications to ensure a seamless mouse operation experience for front-end users.

Uncompressed audio and video transmission and zero-latency fiber-optic KVM control. Ultra-high resolution: 4K60 4:4:4. Lossless signals, clear text, vibrant images, fully restoring the image from the signal source.

Lossless SDVOE and advanced H.264 encoding algorithm hybrid networking technology enable single-node devices to simultaneously transmit multiple streams over a 10Gbps optical fiber network. This solution not only meets the requirements for high-definition, zero-latency, and high-quality signal restoration but also accommodates the low-bitrate display and control needs for visual control and remote transmission.

Display Platform Integration: Integrate the desktop display systems and large-screen display systems in various business office areas. Through a single visual integrated management platform, realize signal source resource pool management and comprehensive control over multiple business systems such as audio, video, and environment. This eliminates the cumbersome need for multiple software and teams to operate separately, simplifies control processes, and improves operational efficiency.

It enables convenient business switching. Operators at the seat can easily access multiple business computers within their permissions in the data center simply by clicking the mouse. The visual status of signal sources helps seat operators easily identify and quickly invoke or switch between them.

Through various push methods within seats, between seats, and between seats and large screens, operators can work efficiently.

Main Screen Push: Suitable for operations within a seat, where a specific window is pushed to the main screen for display.

Seat Push: Signals can be pushed between seats, simultaneously to multiple seats, and the keyboard and mouse control rights can also be pushed along with the signals, facilitating collaboration.

It supports biometric login through fingerprints, facial recognition, voice recognition, etc. It can achieve signal source mode switching and preset scenario invocation via biometric recognition. Additionally, it supports functions such as high-definition signal switching, power equipment on/off, PTZ (pan, tilt, zoom) camera control, volume adjustment, lighting brightness adjustment, and fogged glass switching, among other central control functions.

It enables flexible display of different input signals on the video wall, including effects such as picture splicing, overlaying, roaming, and zooming. The signals from the video wall and those from the workstation area can be uniformly managed and controlled, facilitating easy sharing and collaboration.

Through the data transparent transmission function, signals from a USB flash drive can be accessed into the system, easily enabling control over mobile storage devices such as USB flash drives. The data transparent transmission function is accessed through an account, and administrators have the authority to disable this function for any account, ensuring the security and confidentiality of important data.

It supports granular user permission management, allowing the commander to create any number of users and assign different permissions. This ensures that accounts with different permissions can only access specified signal sources and handle business information within their authorized scope. Through a grouped and decentralized account management mechanism, operators are no longer confined to specific seats, and changes to business data permissions are no longer cumbersome, achieving a mobile seat effect.