Urban security is confronted with the aging and high concealment of critical infrastructures such as gas, water supply, drainage, bridges and tunnels. Traditional management suffers from single monitoring methods, fragmented data, delayed early warnings and insufficient emergency coordination, which may easily lead to safety accidents including leakage, waterlogging and collapse. Urban safety governance is in urgent need of digital solutions featuring full-domain perception, intelligent early warning and collaborative disposal. Urban lifeline industry applications can make up for supervision deficiencies, realize the transformation from passive response to active prevention and control, and guarantee the safe operation of cities.
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Advanced Risk Early WarningIntegrating 2D/3D technologies and relying on full-domain intelligent monitoring and intelligent analysis, it realizes early detection of hidden dangers and advance risk warning. It effectively prevents accidents such as gas explosion, pipeline leakage and ground collapse, and fully protects people’s lives, property and urban public security.
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Cost Reduction & Efficiency Improvement in O&MIntelligent monitoring replaces traditional manual inspection, reducing redundant investment and blind investigation. It optimizes the allocation of operation and maintenance resources, cuts operating costs, and comprehensively improves facility management efficiency and people’s livelihood service quality.
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Enhanced Emergency Response CapabilityEstablish a unified scheduling and rapid linkage mechanism to shorten incident response and disposal time, reduce the risk of disaster spread, and comprehensively strengthen urban safety resilience and comprehensive emergency support capacity.
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Full-domain Data AssetizationRealize the aggregation of full-domain data of urban lifeline facilities to form data assets, provide data support for facility renovation, risk prevention and control, as well as urban planning and construction, and facilitate the scientific and modern development of urban safety governance.
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In response to challenges such as aging and hidden gas pipeline infrastructure, numerous blind spots in manual inspections, delayed leak warning, low efficiency in hazard identification, and a lack of digital tools for regulatory oversight, our team adopted the EPC model. We completed pipeline network surveys and record filing, deployed front-end intelligent sensing devices, built a data platform, and developed application systems. This established a closed-loop system encompassing "monitoring – early warning – emergency response." As a result, we achieved real-time monitoring of the entire county's gas pipeline network, early warning of potential leaks, and significantly reduced inspection costs. This has strengthened the county's gas safety defenses and safeguarded the safety of residents' gas usage. -
In response to challenges such as decentralized operation and maintenance of urban lifeline facilities (including gas, water supply, and drainage systems), difficulty in identifying hazards, delayed early warning, and insufficient emergency coordination, our team built a comprehensive sensing monitoring network, integrated multi-departmental data, and established a smart unified supervision platform. This enabled full-process management of risk monitoring, intelligent assessment, coordinated command, and closed-loop emergency response. We have innovated a new safety management model for county-level lifelines, strengthened risk identification and early warning capabilities, and improved emergency coordination efficiency—providing a digital foundation for urban public safety. -
In response to challenges such as decentralized management of multiple facilities (including gas, water supply, bridges, and drainage systems), prominent data silos, inaccurate risk assessment, and low efficiency in cross-departmental emergency coordination, our team deployed a full-coverage sensing network, built an integrated comprehensive supervision platform, and broke down data barriers across multiple departments. This enabled unified screen management, intelligent early warning, and coordinated emergency response. We effectively eliminated data silos, achieved visible, preventable, and controllable citywide risk management, and significantly improved emergency response efficiency and urban safety resilience.
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