Introduction：
LinkValue delivers robust oil and gas communications for offshore drilling platforms, refineries, and pipeline networks. In remote production zones without cellular grids, the system links field terminals via portable command consoles for continuous data acquisition. Furthermore, it maintains real-time communication between offshore platforms and onshore headquarters. Therefore, operators achieve precise emergency resource allocation to ensure production safety.
Introduction for solutions：
Based on private network
This solution is engineered for extreme offshore and petrochemical emergencies involving total power and network blackouts. Centered on a rugged command kit, it integrates private ad-hoc mesh networks, satellite links, and field technician telemetry collection. In addition, it establishes an independent oil and gas communications infrastructure on site. Therefore, it enables seamless data interchange between remote platforms and regional control centers.
The hardware adopts an integrated lightweight design that deploys within 5 minutes without complex configuration. Through wireless multi-hop transmission and satellite backhaul, it solves audio and video transmission challenges across harsh offshore rigs. Furthermore, it eliminates coordination bottlenecks for industrial rescue teams. Consequently, it guarantees dependable command continuity during critical pipeline leaks or refinery fires.
Key Features：
- Ad-hoc Network, Infrastructure-Free Connectivity:
Powered by MESH ad hoc networking backpack units, the system builds a decentralized, self-healing wireless communication network. It supports multi-hop relay transmission (8+ hops) with a line-of-sight range of up to 10 km, enabling point-to-point and point-to-multi point voice, video, and data communication at rescue sites without relying on public network infrastructure.
- Integrated Space-Air-Ground System, Seamless Coordination:
By integrating portable satellite terminals, industrial inspection drones, and rugged handheld worker terminals, the system establishes a unified data transmission framework. Furthermore, the offshore console connects with the onshore command center via satellite links, ensuring uninterrupted operational oversight.
- One-Click Deployment, Simplified Operation:
All equipment is ready to use upon startup, supporting rapid deployment. The portable command console integrates audio/video matrix and communication modules, allowing single-person operation and transport, meeting the fast-response requirements of front-line rescue missions.
- Unified Visual Command, Intelligent Dispatching:
Equipped with a “Single Map” emergency command platform, the system provides real-time visualization of personnel and equipment locations. It supports video access, trajectory tracking, and map-based dispatching, enabling command staff to “see, communicate, and control” effectively.
- Multi-Terminal Integration, Full-Service Coverage:
Compatible with various sensing devices such as body-worn terminals and smart helmets, the system captures high-definition on-site audio and video. It also supports voice intercom, group broadcasting, and emergency conferencing, delivering an integrated “perception–transmission–command” solution.
- Highly Adaptable, Stable and Reliable:
Designed for harsh environments, the equipment operates within a wide temperature range of -20°C to +55°C and meets IP65 or higher protection standards. With built-in high-capacity batteries, it can operate continuously for over 2 hours without external power, ensuring reliability in extreme conditions such as heat, humidity, and dust.
Structural diagram
Application Scenarios:
- Major Natural Disaster Relief:
Scenarios where public or private networks are disabled due to earthquakes, mudslides, floods, or typhoons—such as search and rescue in cut-off mountainous areas, on-site temporary command, and cross-regional rescue coordination.
- Forest and Grassland Fire Response:
Fire monitoring, on-site firefighting command, and personnel tracking/safety assurance in remote, network-free forest or grassland areas, enabling real-time audio-visual transmission from the fire scene and remote command.
- Underground/Confined Space Operations:
Emergency response and rescue operations in signal-free areas like underground utility tunnels, mines, and tunnels; establishing communication between underground sites and surface command centers via self-organizing networks.
- Emergency Response in Remote Areas:
Handling sudden incidents in areas with weak communication infrastructure (e.g., rural villages or remote mountains), such as workplace safety accidents or public security incidents, facilitating on-site command and coordination with rear-echelon support.
- Large-Scale Field Operation Support:
On-site communication and command dispatch for network-free field activities—such as engineering construction, geological exploration, and military training—enabling real-time connectivity between field personnel and command centers.
Based on public network
This solution is built on 4G/5G public and private communication networks, with a portable command console serving as the core on-site node. It enables seamless 4G/5G data transmission among various emergency devices, including UAVs, body-worn cameras, portable surveillance units, and individual terminals. The system establishes an integrated emergency command platform featuring “on-site data acquisition – network transmission – cloud-based dispatch – unified management.”
The solution supports unified access and transmission of multi-protocol devices. Through a cloud-based platform, it enables centralized management of all equipment. In addition, it provides real-time monitoring and unified scheduling of audio and video resources. It is also compatible with existing industry software platforms. Consequently, this eliminates information silos and enhances operational collaboration across energy facilities.
The architecture adapts seamlessly to diverse 4G/5G environments. Specifically, it supports petrochemical facility safety, refinery monitoring, and pipeline dispatch management.
Key Features:
- High-Speed 4G/5G Transmission with Real-Time HD Streaming:
Leveraging 4G/5G connectivity, the system supports real-time HD audio and video transmission. Therefore, command centers can clearly monitor on-site details with ultra-low latency. - Unified Access for Multiple Devices with Full Protocol Compatibility:
Supports 4G/5G connectivity for UAVs, body-worn cameras, portable surveillance units, smart helmets, and individual terminals. Compatible with mainstream protocols such as GB28181, ONVIF, and SIP, and supports customization and integration with various industry software platforms, enabling seamless device-platform interoperability. - Cloud-Based Unified Management and Global Dispatch:
A cloud-based command and dispatch platform enables remote device registration, permission management, and centralized control. Specifically, the platform supports cross-region and cross-department scheduling, as well as shared audio/video resources, achieving “one-network unified management and full-domain visualization.” - Portable Command Console as On-Site Hub with Dual Command (Local + Cloud):
The portable command console serves as the on-site command center, integrating 5G communication, audio/video decoding, and on-site conferencing capabilities. In addition, local operators manage on-site dispatch while synchronizing data to the cloud command center, enabling bidirectional command issuance and audio/video interaction between local and remote systems to meet hierarchical command requirements.
Real-Time Video Dispatch in Oil and Gas Communications:
Integrates multiple functions including video monitoring, voice intercom, notification broadcasting, emergency conferencing, trajectory tracking, and incident reporting. It supports multi-channel video access, recording and playback, and remote PTZ control. Command personnel can conduct real-time dispatch anytime, anywhere via PCs, tablets, and smartphones.
Structural diagram
Application Scenarios:
- Urban Emergency Response:
Handling incidents such as fires, traffic accidents, and public safety events in areas with 4G/5G coverage—including urban firefighting and rescue, emergency road repairs, and on-site command for large-scale event security.
- Routine Law Enforcement and Regulation:
Supporting daily patrols and inspections by agencies such as public security, urban management, traffic authorities, and market regulators; utilizing 4G/5G transmission from body-worn cameras and deployable surveillance units to visualize enforcement activities and enable remote supervision and real-time dispatching from command centers.
- Industrial Park and Enterprise Safety Management:
Conducting routine safety monitoring and emergency drills in areas like industrial parks, chemical plants, and logistics hubs; employing drone patrols and fixed-point surveillance units to achieve unified cloud-based monitoring of the entire site and rapid on-site command.
- Traffic Hub and Large-Scale Event Support:
Ensuring security and emergency preparedness at high-traffic venues such as airports, railway stations, stadiums, and exhibition centers; leveraging multi-device 4G/5G connectivity to gain comprehensive situational awareness, ensure rapid response to incidents, and facilitate cross-departmental coordinated command.
- Grassroots grid-based management:
Grid-based emergency management for local areas—such as communities, sub-districts, and townships—utilizing 4G/5G transmission from individual-carried terminals and mobile surveillance units to enable real-time incident reporting, remote dispatching from command centers, and rapid response.
- Cross-departmental collaborative emergency response:
For emergencies requiring coordinated action among multiple agencies—such as public security, fire services, medical services, and transportation—cloud-based platforms facilitate the unified dispatching of equipment and resources across departments, breaking down departmental silos and enhancing collaborative operational efficiency.
Case Study:
China National Offshore Oil Corporation advanced its oil and gas communications for offshore drilling platforms by deploying the X1800 and X2800 Command Consoles as on-site core hubs. In addition, these were integrated with maritime satellite systems to establish a stable offshore link.
The X2800 Command Console serves as a dedicated transmission node for the drilling platform. It enables real-time transmission of on-site audio and video. In addition, it integrates sensor data, including oil pressure, temperature, and operating status. All data is centrally aggregated and transmitted to the rear command center. Consequently, remote operators monitor offshore operational conditions in real time.
This solution provides powerful operational data support for petrochemical environments. Therefore, it establishes dependable oil and gas communications in full compliance with API petroleum safety guidelines.
