Your ability to meet safety mandates should not depend on unpredictable field variables. Maintain constant situational awareness across all assets to see exactly what they are in danger of touching. You can simulate stressors like extreme weather or high-heat load scenarios to understand how every span responds. This physics-based view empowers you to prepare for the unexpected without sending crews into the field.
- Identify and mitigate clearance hazards with more accuracy than manual field measurements allow.
- Reduce violations by customizing thresholds throughout your network to provide a safety buffer.
- Anticipate future clearance hazards under extreme sag and sway to ensure you are never caught off guard.
Keep your network safe and compliant
Sharpen your risk detection abilities
Pinpoint current and future clearance risks involving third-party structures, telco lines, and private cables. Use a digital model to analyze environmental features like ground elevation and vegetation encroachment alongside your own line crossings. Early, network-wide risk detection allows you to prevent dangerous situations before they manifest in the physical world. This transition from sampling to total visibility ensures you are managing the risks that traditional inspections often overlook.
Violation-proof your network
Assess different clearance requirements for assets near roads, railways, and public pathways instantly. Ensure your network meets all legal and regulatory requirements to avoid costly violations. You can raise the safety bar by experimenting with custom clearance thresholds that reflect your best engineering judgment. This defensible engineering approach allows you to prove compliance to regulators with a traceable record of accountability.
Spot risks for today and tomorrow
Identify which weather or load circumstances present the greatest threat by simulating a range of physical scenarios. Automated, network-wide clearance risk assessment improves safety without increasing field-related safety incidents. You can target field visits effectively to prioritize the removal of high-consequence clearance hazards. This replaces costly top-to-bottom manual surveys with targeted, data-driven remediation. By focusing on verifiable physics, you improve both decision velocity and community safety.
