Case Study: Cyber Resilience in Civil Engineering

How a Civil Engineering Firm Strengthened Data Security, Improved Compliance, and Reduced Cyber Insurance Premiums by 54%

 

 

Industry Example: Civil & Structural Engineering
Company Size: ~600 employees across 5 regional offices
Annual Revenue: US $280 million
Estimated Cyber Insurance Premium (Before): US $520,000/year
Estimated Cyber Insurance Premium (After): US $239,000/year
Savings: ~54% reduction through verified cyber controls and improved reporting

The Challenge

A nationally recognized civil engineering firm—specializing in infrastructure, transportation, and water management projects—was facing growing cybersecurity risks that threatened both operations and client trust.

With increased digital collaboration across architects, contractors, and government agencies, the firm’s sensitive project data (CAD designs, geospatial files, and construction schematics) was shared daily across multiple cloud and partner systems.

Despite investing in standard IT protections, the firm faced several persistent issues:

  • No unified visibility across field devices, design systems, and remote users

  • Vulnerable data exchanges with contractors and municipal clients through file-sharing tools

  • Limited evidence of cyber maturity for insurer underwriting and government RFPs

  • Rising risk exposure to ransomware, data theft, and business email compromise (BEC) targeting project payments

Leadership realized that to protect project data, win public contracts, and manage insurance costs, they needed continuous proof of cyber resilience—not just static compliance reports.

The Solution

The civil engineering firm partnered with a cybersecurity provider (modeled on Antigen Security’s approach) to deploy a cyber assurance and visibility platform tailored to design and infrastructure firms.

Key measures implemented included:

  • Continuous Control Validation: Automated testing and verification of endpoint protection, patching, encryption, and MFA across all workstations and field devices.

  • Secure Collaboration Oversight: Monitoring of file-sharing links, cloud folders, and project portals for unauthorized access or misconfiguration.

  • Third-Party Risk Management: Continuous scanning of vendor systems and subcontractor access points to detect exposure or poor security hygiene.

  • Incident Readiness & Simulations: Tailored playbooks for ransomware, design-data exfiltration, and project communication compromise scenarios.

  • Insurer-Ready Reporting: Consolidated, evidence-based reports mapped to NIST Cybersecurity Framework and ISO 27001 standards—packaged for insurance underwriting and client audits.

The Outcome

Rapid Risk Reduction
Within 30 days, the system identified several high-impact issues:

  • Outdated security patches on field tablets used for onsite inspection

  • Misconfigured external sharing link for a government project design file

  • Reused passwords among staff accessing client collaboration portals

Remediation was completed within weeks, and automated validation ensured sustained compliance.

Quantifiable Results:

  • Cyber control compliance improved from 69% to 96% within 60 days

  • Cyber insurance renewal achieved a 54% premium reduction and expanded coverage

  • $281,000 in annual insurance cost savings

  • 40% faster insurer approval process with documented control evidence

  • 12 months of incident-free operations across all offices

Strategic Benefits:

  • Enhanced trust with government and enterprise clients due to verified cyber posture

  • Simplified compliance documentation for infrastructure RFPs

  • Strengthened collaboration security with contractors and public agencies

  • Improved readiness for large-scale design and construction project tenders

Why It Matters for the Civil Engineering Industry

Civil engineering firms are increasingly digital—using connected design systems, drones, IoT sensors, and cloud-based collaboration platforms. These tools accelerate project delivery but also expand the cyber attack surface.

Key risks include:

  • Ransomware targeting project data and operational downtime

  • Compromised design files or blueprint theft

  • Email fraud targeting project payments or vendors

  • Regulatory and client-driven security compliance requirements

By adopting continuous validation, visibility, and insurer-ready reporting, civil engineering firms can:

  • ✅ Reduce cyber insurance premiums and broaden coverage

  • ✅ Meet client and government cybersecurity requirements

  • ✅ Protect sensitive infrastructure and design data

  • ✅ Prevent operational disruptions and data breaches

  • ✅ Strengthen competitive advantage in public and private bids


Ready to Build a Stronger Cyber Foundation?

If your civil engineering organization wants to protect its project data, reduce cyber risk, and achieve measurable savings, contact us to learn how a cyber assurance program for the engineering and infrastructure sector can deliver proven operational and financial outcomes.