All news with #exposure management tag

🔍 CrowdStrike has expanded exposure management with Falcon Exposure Management, merging continuous telemetry, AI-driven prioritization, and a unified Risk Knowledge Base to reduce noise and accelerate remediation. The Exposure Prioritization Agent reasons in real time about exploitability, environment-specific preconditions, and business impact to deliver actionable “fix first” recommendations. AI Discovery surfaces LLMs, MCP servers, and AI agents to map the emerging AI attack surface and associated risks, integrating natively with Falcon telemetry and SOAR workflows.

🔍 OSINT is the disciplined practice of collecting and analysing publicly available information to produce actionable intelligence for security teams, journalists and researchers. The article outlines how practitioners use OSINT to discover exposed assets, support penetration testing, track threat actor activity and monitor reputational issues. It highlights common tools such as Shodan, Maltego and SpiderFoot, describes techniques like Google Dorking and metadata analysis, and stresses responsible, lawful investigation and rigorous sourcing to reduce error and privacy risk.

🛡️ CrowdStrike argues legacy vulnerability management cannot keep pace with AI-accelerated adversaries. Their Falcon Exposure Management platform leverages a single lightweight sensor to deliver continuous, native visibility across endpoints, cloud, and network assets. It pairs adversary-aware risk prioritization with agentic automation and Charlotte Agentic SOAR to reduce manual triage and remediate high-risk exposures quickly. The emphasis is on speeding effective action, cutting tool sprawl, and focusing teams on the small subset of issues that drive most breach risk.

🔍 New research from Palo Alto Networks shows enterprise networks remain sprawling and poorly controlled: telemetry from 27 million devices across 1,800 enterprises found 26% of Linux and 8% of Windows systems running on end-of-life OS versions, 39% of directory-registered devices lack active endpoint protection, and 32.5% operate outside IT control. Poor segmentation — present in 77% of networks — and unmanaged edge devices increase attacker opportunities.

🛡️ The Browser Security Report 2025 warns that enterprise risk is consolidating in the user's browser, where identity, SaaS, and GenAI exposures converge. The research shows widespread unmanaged GenAI usage and paste-based exfiltration, extensions acting as an embedded supply chain, and a high volume of logins occurring outside SSO. Legacy controls like DLP, EDR, and SSE are described as operating one layer too low. The report recommends adopting session-native, browser-level controls to restore visibility and enforce policy without disrupting users.

🔒 The Falcon platform automates executive exposure reporting by correlating telemetry from Falcon Exposure Management, Falcon Cloud Security, and Falcon Next-Gen SIEM into decision-ready summaries. Falcon Fusion SOAR schedules or triggers workflows, and Charlotte AI agentic workflows translate correlated data into plain-language, prioritized reports on demand. The result is near real-time, adversary-aware reporting that maps exploitable vulnerabilities to critical assets and suggests prioritized remediation actions, dramatically reducing manual analyst effort.

🧭 Security teams often implement best practices but face operational gaps: undocumented cloud assets, interrupted scan schedules, noisy threat feeds and endpoints left unmonitored. The piece explains how these real‑world failures turn ideal controls into misleading dashboards and alert fatigue. It warns that stitching together point products multiplies complexity and slows response, and recommends a unified approach that correlates EASM and DRP signals so teams can prioritize remediation with context, citing Outpost24 and its CompassDRP solution as an example.

🔍 Threat intelligence is valuable but only effective when organizations maintain reliable asset management. Asset management—the inventory, monitoring, and administration of hosts—provides the foundational visibility needed to detect, patch, and prevent intrusions. Bradley Duncan cites historic malware like Emotet and Qakbot to show how poor asset hygiene enabled massive infections and urges proactive measures such as Unit 42's Attack Surface Assessment.

🔍 SOC analysts are increasingly overwhelmed by alert volume and contextual blind spots that force extensive manual triage. Continuous exposure management brings environment-specific intelligence into existing EDR, SIEM, and SOAR workflows to prioritize assets, validate exploitability, and visualize attack paths. By correlating exposures with MITRE ATT&CK techniques and automating remediation workflows, teams reduce false positives, accelerate investigations, and harden detections over time.

🔗The Unified Linkage Model (ULM) reframes cyber risk by focusing on the relationships — not just individual assets — that allow vulnerabilities and adversaries to propagate across systems. Drawing on the Okta 2023 support-credential compromise, the model highlights three structural linkage types: adjacency, inheritance and trustworthiness. ULM shifts analysis from topology or isolated CVE lists to the connective tissue that enables systemic exposure. Applied correctly, it clarifies prioritization, accelerates impact analysis and unifies threat and vulnerability data into actionable risk pathways.

🔒 Intruder’s 2025 Exposure Management Index analyzes scans from over 3,000 small and midsize businesses to show defenders adapting under mounting pressure. High-severity vulnerabilities rose nearly 20% year‑on‑year, even as 89% of resolved critical flaws were remediated within 30 days (up from 75% in 2024). The report highlights AI-driven exploit development, growing attack surfaces from cloud, shadow IT and supply‑chain risk, and faster remediation at smaller firms.

🔒 Modern MSSP and MDR models that focus on detection and response are increasingly insufficient as hybrid infrastructures and rapid cloud and third‑party changes expand attack surfaces. Unified Exposure Management Platforms (UEMPs) continuously discover assets, validate exploitability with automated simulations and penetration testing, and coordinate remediation to produce verifiable, business‑aligned risk reduction. Vendors like Picus Security package CTEM stages into a workflow that prioritizes, validates, and mobilizes fixes to shift security from reaction to prevention.

🔍 Security Awareness Month highlights the human side of defense but by itself it cannot sustain long-term resilience. The author argues organizations must pair awareness with proactive threat hunting and a structured Continuous Threat Exposure Management (CTEM) program to find misconfigurations, exposed credentials, and excessive privileges before attackers can exploit them. He outlines a three-step readiness model: collect attacker-centric data, map attack paths with a digital twin, and prioritize remediation by business impact.

🔒 This article catalogs 15 frequently overlooked security blind spots that quietly increase organizational risk across six domains: time & telemetry, identity & edge, configuration & crypto, DNS & web trust, cloud & SaaS sprawl, and software supply chain & recovery readiness. It explains how mundane issues — NTP drift, orphaned DNS records, default IoT credentials, stale backups — become high-impact failures. The piece recommends immediate inventories, enforced baselines and a 90-day action plan to measure and close these gaps, and highlights metrics to track such as log coverage, patching cadence and backup restore success.

🔍 Bitdefender's 2025 assessment highlights rising secrecy after breaches, a widening leadership-to-frontline disconnect, and an urgent shift to shrink enterprise attack surfaces. The report, combining surveys of over 1,200 IT and security professionals across six countries and analysis of 700,000 incidents, shows 84% of high-severity attacks leverage Living Off the Land techniques. Organizations are prioritizing attack surface reduction and simplification to improve resilience and detection.

🛡️ Organizations facing security-tool sprawl should begin by inventorying controls and eliminating those that no longer map to business risk. Use automated analytics and dashboards to surface ineffective or redundant products, and prioritize tools that enable automation to consolidate alerts and workflows. Remove duplicate solutions—often introduced through acquisitions or silos—and move toward unified platforms while fostering continuous training so teams actually use and benefit from deployed tools.

🔒 Continuous Threat Exposure Management (CTEM) reframes vulnerability work by centering on prioritization and validation instead of treating every scanner finding as equally urgent, helping teams stop chasing volume and start addressing exposures that actually endanger the business. Prioritization ranks issues by real business impact, while validation — via Adversarial Exposure Validation (AEV) technologies like breach and attack simulation and automated penetration testing — proves which gaps are exploitable. This converts assumptions into evidence and enables focused, continuous defense for dynamic environments.

🔒 Browser extensions present a significant, often unmonitored enterprise risk: they can run privileged code, inject scripts into web apps, access cookies and local storage, and persist via background processes. Keep Aware offers a Buyer’s Guide to Browser Extension Management that outlines these technical attack surfaces and illustrates how to reduce exposure. The guide compares common controls — GPO/MDM, EDR, enterprise browsers — with purpose-built browser security extensions to show trade-offs between visibility, enforcement, and user experience.

🔎 External Attack Surface Management (EASM) continuously discovers, inventories, and monitors internet‑facing assets — domains, subdomains, cloud workloads, IPs, and third‑party exposures — to reveal shadow IT and misconfigurations before attackers can exploit them. EASM platforms deliver automated discovery, continuous monitoring, and risk‑based prioritization so teams can focus remediation on high‑impact threats. Integrated workflows and ticketing accelerate fixes and improve cross‑team visibility.

🔍 External Attack Surface Management (EASM) requires a continuous, automated approach to discover internet-facing assets, detect vulnerabilities and prioritize remediation. The article outlines a practical four-step process — identify and classify assets, risk detection, risk assessment, and prioritization and remediation — to reduce external cyber risk. A real-world Jenkins misconfiguration illustrates how shadow IT and configuration changes can expose sensitive data, and why centralized, recurrent EASM platforms that integrate with existing workflows and provide actionable guidance are essential. Effective defense combines fast MTTD from tools with responsive teams to achieve timely MTTR.