01
Identify Technical Risk
Capture electrical hazards, battery issues, cooling-system concerns, tower risks, field observations, near misses, and inspection findings.
Technology & Critical Infrastructure EHS for Safer Data Centers and Telecom Operations
Data centers and telecommunications operations depend on high-voltage electrical systems, backup power, batteries, generators, cooling infrastructure, network equipment, rooftop and tower work, remote field crews, and contractor-intensive maintenance.
Dexur EHS helps teams manage energized work, electrical isolation, battery and generator hazards, work at height, confined spaces, field incidents, inspections, contractor safety, environmental controls, and corrective actions across critical infrastructure sites.
Built for Always-On Infrastructure and High-Risk Technical Work
Risk changes across data halls, electrical rooms, battery rooms, generator yards, cooling plants, rooftops, telecom towers, central offices, network shelters, fiber routes, and remote field sites. Electrical energy, stored power, heat, height, weather, confined spaces, lifting, and maintenance activity can overlap in the same operation.
Dexur EHS gives facilities, network, field, maintenance, contractor, and corporate teams a consistent structure for managing those risks while maintaining visibility across campuses, towers, network sites, regions, and critical assets.
Technology & Critical Infrastructure Segments
One EHS foundation adapted to the electrical, mechanical, field, contractor, and uptime-sensitive risks found across data center and telecommunications operations.
Data Centers
Support data halls, substations, UPS systems, battery rooms, generators, cooling plants, electrical maintenance, raised-floor work, contractors, fuel systems, and critical-facility operations.
Telecommunications
Manage tower climbing, rooftop work, network shelters, central offices, fiber installation, remote field crews, vehicle activity, electrical systems, batteries, generators, and contractor-heavy maintenance.
How Technology & Critical Infrastructure EHS Works
Critical infrastructure EHS needs to connect energized work, technical maintenance, field conditions, contractor activity, inspections, incidents, and corrective actions without losing visibility across distributed assets.
02
Assess the Exposure
Prioritize based on voltage, stored energy, work height, equipment condition, location, contractor exposure, uptime impact, and severity.
03
Assign the Control
Route actions to facilities, network operations, electrical teams, field crews, contractors, maintenance, or EHS owners with clear accountability.
04
Verify Safe Closure
Confirm isolation, repair, testing, fall-protection controls, contractor closeout, evidence, and reinspection before work is closed.
05
Improve Across Critical Assets
Use repeat electrical events, equipment findings, contractor trends, field incidents, and site comparisons to strengthen future controls.
Core Technology & Critical Infrastructure EHS Areas
Focus on the EHS activities that directly affect electrical safety, technical maintenance, work at height, contractor control, field operations, equipment reliability, and critical-site risk.
Electrical Incidents, Hazards & Corrective Actions
Manage arc-flash events, electrical contacts, battery incidents, generator issues, equipment failures, near misses, investigations, root causes, and corrective actions.
Critical Facility & Field Inspections
Standardize electrical-room checks, battery-room inspections, generator reviews, cooling-system rounds, rooftop inspections, tower-site checks, and remote-site audits.
Isolation, Permits & High-Risk Work
Support lockout/tagout, energized electrical work, hot work, confined space, lifting, rooftop access, tower climbing, and other controlled technical activities.
Contractor & Technical Workforce Readiness
Track electrical authorization, fall-protection training, tower-climbing qualifications, confined-space readiness, contractor onboarding, and task-specific competency.
Battery, Generator & Cooling-System Risk
Manage battery handling, thermal events, generator maintenance, fuel systems, refrigerants, cooling equipment, mechanical hazards, and supporting environmental controls.
Critical Infrastructure Dashboards & Analytics
See repeat electrical hazards, open high-risk work actions, contractor findings, training gaps, site inspections, and risk trends across data centers and telecom assets.
From Critical Site to Enterprise View
Give each level of the organization the information it needs — from frontline technical work and field hazards to campus performance, network-site trends, contractor risk, and enterprise-wide visibility across critical infrastructure.
Technicians & Field Crews
Report electrical issues, equipment hazards, tower or rooftop concerns, battery risks, near misses, and changing field conditions.
Supervisors
Review permits, isolations, contractor activity, equipment status, inspections, workforce readiness, and immediate site risk.
Site & Infrastructure EHS
Investigate incidents, manage corrective actions, coordinate high-risk work, monitor contractors, and support electrical and facility controls.
Facilities & Network Leaders
Monitor recurring equipment issues, electrical risk, open actions, contractor findings, and performance across critical sites and regions.
Corporate EHS
Compare data centers, telecom sites, contractor groups, and regions to identify recurring risks across critical infrastructure operations.