Vulnerability Management at Scale: Moving from Telemetry Overload to Orchestrated Remediation
Updated
In our latest Market Brief, Vulnerability Management at Scale: Moving from Telemetry Overload to Orchestrated Remediation, completed in partnership with Brinqa, Futurum Research examines how enterprises can move beyond telemetry overload toward contextualized, orchestrated vulnerability remediation.
Futurum's Fernando Montenegro,
Cite this
Fernando Montenegro, The Futurum Group, "Vulnerability Management at Scale: Moving from Telemetry Overload to Orchestrated Remediation," May 7, 2026. https://trial.futurumgroup.com/research-reports/vulnerability-management-at-scale-moving-from-telemetry-overload-to-orchestrated-remediation/

Enterprise vulnerability management has reached an inflection point. Security teams are no longer struggling simply to find vulnerabilities; they are struggling to prioritize, contextualize, and remediate them at enterprise scale. In highly distributed environments, disconnected tools, alert fatigue, and siloed data can make it difficult for organizations to translate technical findings into measurable business risk.
As the market shifts toward Continuous Threat Exposure Management, organizations need a more orchestrated approach to vulnerability management—one that connects security telemetry, business context, automation, and remediation workflows. The most effective strategies move beyond standalone scanning and toward relationship-driven data models, policy-based automation, and defensible risk quantification.
In our latest Market Brief, Vulnerability Management at Scale: Moving from Telemetry Overload to Orchestrated Remediation, completed in partnership with Brinqa, Futurum Research examines why legacy vulnerability management approaches are falling short and how enterprises can move toward more contextualized, scalable, and business-aligned exposure management.
In this brief, you will learn:
- Why alert fatigue and ineffective cross-team communication remain major barriers to vulnerability remediation
- How relationship-driven data can help organizations connect technical exposure to business risk
- Why enterprises should decouple vulnerability intelligence from remediation execution
- How policy-based automation can reduce manual ticketing and improve remediation accountability
- How Brinqa supports contextualized risk data, AI guardrails, orchestration, and cyber risk quantification
If you are interested in learning more, be sure to download your copy of Vulnerability Management at Scale: Moving from Telemetry Overload to Orchestrated Remediation today.
Published by Futurum.
More from Fernando Montenegro
Cisco and NVIDIA Bring Splunk AI to Enterprises
Fernando Montenegro, VP at The Futurum Group, shares insights on Splunk AI, the Cisco–NVIDIA partnership, and enterprise requirements for hybrid deployment.
Zscaler Launches Agentic SOC, Betting on Telemetry Over Model Horsepower
Fernando Montenegro, VP at Futurum, analyzes Zscaler’s launch of Agentic SOC and why its inline telemetry, decoy mesh, and Red Canary detection matter more than the AI agents themselves.
Sovereign SASE: Aligning Security Architecture With Jurisdictional Reality
In our latest thought leadership brief, Sovereign SASE: Aligning Security Architecture with Jurisdictional Reality, completed in partnership with Fortinet, Futurum Research examines why data sovereignty has become a board-level gate on network and security architecture, and breaks down the three…