Stop drowning in vulnerability noise. Start managing exposure strategically.

No. CTEM works with your existing security investments—Qualys, Tenable, Rapid7, SentinelOne, CrowdStrike, and 100+ other platforms. We integrate data from your current tools to provide the missing context layer, not replace what’s working. Many of our clients already have vulnerability scanning in place; they come to us because they need help making sense of what those scanners are telling them.

Your Security Operations Centre focuses on detecting and responding to active threats and security incidents—monitoring for suspicious behaviour, investigating alerts, and containing breaches. CTEM focuses on identifying and prioritising exposures before they become incidents—understanding which vulnerabilities could be exploited and need remediation. Think of them as complementary capabilities: CTEM tells you what to fix before it’s exploited, your SOC detects and responds when prevention fails. Organisations operating both capabilities see the greatest risk reduction.

Traditional vulnerability assessments are point-in-time snapshots that generate long lists of findings with limited business context. You get a PDF report with hundreds or thousands of vulnerabilities, all flagged as “high” or “critical,” with minimal guidance on what to prioritise. CTEM is continuous monitoring with business context, threat intelligence, and control validation—providing ongoing prioritised guidance that evolves as your environment changes and new threats emerge. It’s the difference between an annual medical exam and ongoing health management with real-time coaching.

Most organisations see immediate value in the first 30 days through reduced alert noise, clearer remediation priorities, and actionable guidance that Security and Operations teams can align on. The strategic value compounds over time as you track risk reduction trends, validate control effectiveness, and make data-driven security investment decisions. Early adopters typically report that CTEM “pays for itself” within the first quarter through more efficient use of existing security team time.

That’s perfectly fine, and in many cases, the honest answer. We offer flexible engagement models, including lightweight options that integrate with your existing tools without requiring infrastructure deployment or long-term commitments. A complimentary consultation will help determine what makes sense for your current state—whether that’s full managed CTEM, a phased approach starting with specific high-risk environments, or foundational work on asset inventory and control validation before advancing to continuous exposure management.

CTEM delivers value for any organisation with 200+ assets across on-premise and cloud environments, regardless of total company size. We work with mid-market organisations and enterprises alike. The key indicators are environment complexity and the degree of pain your team is experiencing with current vulnerability management approaches—not company size or revenue. A 300-person financial services firm with complex hybrid infrastructure may benefit more from CTEM than a 5,000-person organisation with simple, homogeneous IT.

Unlike most CTEM providers who focus exclusively on corporate IT, Orro extends exposure management across both IT and OT environments. This is particularly valuable for critical infrastructure, manufacturing, utilities, and any organisation where cyber risk has physical consequences. Our OT SOC capability means we understand the unique constraints of industrial environments—decades-long equipment lifecycles, safety-critical systems where availability is paramount, and the reality that traditional patching approaches don’t work in OT contexts. We provide unified visibility across IT/OT while respecting the operational realities of each domain.

It means we don’t rely solely on CVSS scores to determine remediation priority. Instead, we factor in where the vulnerable asset sits in your network (internet-facing vs internal), what it’s used for (production customer database vs test environment), what data it processes (sensitive customer information vs non-sensitive test data), whether there are compensating controls (WAF protecting the application, network segmentation limiting lateral movement), and whether the vulnerability is being actively exploited in the wild. This contextual analysis means a CVSS 9.8 on a low-value asset can be appropriately deprioritised, while a CVSS 6.5 on a critical business system with no controls moves to the top of the queue. It’s risk-based prioritisation, not score-based triage.

We test attack paths to confirm that your deployed security controls are functioning as intended. For example, if you have a Web Application Firewall protecting internet-facing applications, we validate whether it’s actually blocking the attack categories it should prevent—not just assume it’s working because it’s deployed. If you have network segmentation policies intended to prevent lateral movement from corporate IT to sensitive data environments, we test whether those policies are properly configured and enforced. This control validation often surfaces gaps where controls have degraded over time, been misconfigured during deployment, or never worked as documented—providing opportunities to remediate before attackers test the same paths.