78/100
average Cyber Insurance Readiness Score for technology companies
$4.4M
average cost of a data breach at a technology company
92%
of tech companies have MFA deployed on primary systems
38%
of SaaS companies lack SOC 2 Type II certification
Top Risks
Critical cyber risks for technology
Supply chain attacks compromising software updates and CI/CD pipelines
Cloud misconfiguration exposing customer data in AWS, Azure, or GCP environments
API vulnerabilities allowing unauthorized access to production data
Insider threats from developers with broad access to source code and customer data
Third-party dependency vulnerabilities in open-source libraries and packages
Underwriting Failures
Why technology get denied
These are the most common reasons cyber insurance carriers decline or require remediation from technology before binding coverage.
Missing SOC 2 Type II or equivalent third-party security attestation
No documented secure software development lifecycle (SSDLC) practices
Lack of customer data segregation in multi-tenant SaaS environments
Insufficient logging and monitoring to detect and respond to security incidents
Benchmark Scores
Technology readiness by category
Email Authentication (SPF/DKIM/DMARC)
TLS/SSL Configuration
Security Headers
DNS Security
Open Ports & Services
Overall Readiness
FAQ
Frequently asked questions
Why does the technology industry score highest on cyber insurance readiness?
Technology companies employ more security engineers, adopt security tools faster, and face constant pressure from enterprise customers to demonstrate security posture through SOC 2 audits and security questionnaires. MFA adoption is near-universal, email authentication is well-implemented, and TLS configuration is typically strong. However, the 78 average still reveals gaps in security headers, dependency management, and documentation that prevent many tech companies from achieving top-tier underwriting outcomes.
What cyber insurance challenges are unique to SaaS companies?
SaaS companies face unique exposures including technology errors and omissions (Tech E&O), which covers liability when software failures cause customer losses. Carriers evaluate multi-tenant data isolation, API security, uptime SLAs, and data processing agreements. SaaS companies also face aggregation risk — a single vulnerability affecting all customers simultaneously — which makes carriers cautious about coverage limits and pricing.
Does SOC 2 Type II help with cyber insurance applications?
SOC 2 Type II is one of the strongest signals a technology company can provide to carriers. It demonstrates that an independent auditor has validated security controls over a sustained period. Companies with current SOC 2 reports typically receive better pricing, higher limits, and fewer application questions. Some carriers offer preferred programs specifically for SOC 2-certified companies.
How do open-source dependencies affect cyber insurance?
Carriers are increasingly aware of software supply chain risk from open-source dependencies. They may ask about Software Composition Analysis (SCA) tools, dependency update processes, and vulnerability scanning practices. Companies that cannot demonstrate visibility into their dependency tree and a process for addressing known vulnerabilities may face higher premiums or exclusions for incidents originating from third-party code.
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