Why Security in 2026 Requires Continuous Threat and Exposure Management (CTEM) at Scale
Let's be honest, the patching window just shrank to something no practitioner or organization can keep up with. Organizations now need to operate in an environment that must assume breach, which means fundamentals like attack surface management, micro-segmentation, identity management, and attack path validation – aka a few core pillars of CTEM – just became the most important initiatives within the cybersecurity department. Rapid7 is the only vendor that provides a truly unified platform to master Continuous Threat Exposure Management (CTEM) . How Rapid7 satisfies all 5 steps of the CTEM Fram
Prioriteit & onderbouwing
Prioriteit: Laag
Monitoren
Laag (39/100): monitoren. Zwaarst wegend: technische ernst en betrouwbaarheid van het signaal.
midden
- Technische ernst (severity): Genormaliseerde ernst 'medium'; geen CVSS-score beschikbaar.
laag
- Geen exploit bekend: Er is geen exploit of actief misbruik bekend.
midden
- Gemeentelijke relevantie: Relevantiescore 40/100 uit de relevantie-engine (module 5).
midden
- Technische ernst: Threat Score 42/100 x gewicht 25%.
- Exploitatie: Exploit Score 10/100 x gewicht 25%.
- Gemeentelijke relevantie: Relevantiescore 40/100 x gewicht 22%.
- Betrouwbaarheid van het signaal: Confidence 'likely' x gewicht 12%.
- Blootstellingskans: Geschatte blootstelling 34% x gewicht 10%.
- Betrouwbaarheid van de bron: Bronbetrouwbaarheid 74% x gewicht 6%.
De priority_score is de Action Urgency Score: een gewogen combinatie van de technische ernst, de exploitatie en de gemeentelijke relevantie.
Toelichting
Let's be honest, the patching window just shrank to something no practitioner or organization can keep up with. Organizations now need to operate in an environment that must assume breach, which means fundamentals like attack surface management, micro-segmentation, identity management, and attack path validation – aka a few core pillars of CTEM – just became the most important initiatives within the cybersecurity department. Rapid7 is the only vendor that provides a truly unified platform to master Continuous Threat Exposure Management (CTEM) . How Rapid7 satisfies all 5 steps of the CTEM Framework Steps 1 and 2: Scoping and Discovery Achieving full visibility Rapid7 eliminates "unknown unknowns" by providing line-of-sight into 100% of your hybrid attack surface. Surface Command (CAASM): We establish a single source of truth by unifying asset and identity inventory from over 200 third-party vendors and native sources. Vulnerability Management: Our full-stack active scanning discovers shadow IT hidden within your enterprise network. External Attack Surface Management (EASM): We scan the entire IPv4 space of the internet to automatically track changes to registered domains and public networks so you can map your external kingdom. Unified CNAPP (Cloud Security): Our platform provides real-time, agentless visibility into every resource running across your multi-cloud environment (AWS, Azure, GCP, and Kubernetes). Through Event-Driven Harvesting (EDH) , we identify infrastructure changes in under 60 seconds. This allows us to map not just the assets, but the complex identities and permissions that define your cloud risk. Step 3: Prioritization Moving beyond static scores We replace generic risk scores with Active Risk and Threat-Aware Context . Our platform automatically prioritizes vulnerabilities based on real-world exploitability data from Rapid7 Labs and the Exploit Prediction Scoring System (EPSS). We are also able to incorporate your own organization’s tagging infrastructure to properly contextualize your enterprise so you focus on what matters most. Step 4: Validation Continuous human-led red teaming This is where Rapid7 truly stands apart from automated-only vendors or point-in-time pen tests. Vector Command provides the expert human logic needed to bypass compensating controls like WAFs that stop automated tools cold. This gives Rapid7 the ability to answer the question: “How would an attacker get in?” We fully map the attack chain from the external to the internal so you have insight into where your controls are weakest. Ed Montgomery at Rapid7 has written extensively about the power of Vector Command – you can find his blogs here . Here’s a sampling of a couple of those stories: The Telerik UI Example: While a scanner flags an old version of Telerik, our operators discovered they could bypass a WAF by splitting a malicious payload into 118 individual, "harmless" fragments. We bypassed the WAF and this achieved full remote code execution that a time-boxed, two-week pentest would never have uncovered. An automated scan might have flagged the outdated telerik as something notable but it was really the configuration of the WAF that allowed us to bypass. Something an automated scan would never have found. SaaS Phishing: Our team used a misconfigured public Jira instance that allowed self-registration to hijack an Office 365 session and move laterally through internal trust. This validated that the true risk was a SaaS misconfiguration, not a patchable CVE. Step 5: Mobilization Instant response and remediation We don't just find problems; we close the loop with integrated action. Cloud Runtime Security (CADR): Powered by our partnership with ARMO, our eBPF-based sensor can shut down an attack in seconds by killing malicious processes or pausing containers at the moment of detection. Automation (SOAR): InsightConnect and our "Bot Factory" in CNAPP trigger automated remediation workflows to lock down S3 buckets or disable compromised users instantly. Remediation Hub: We provide a centralized, vendor agnostic action-driven list of prioritized fixes to coordinate seamlessly with IT teams. The new standard: From weeks to minutes If your CTEM strategy relies on static tools and annual checkboxes, you are not just behind the curve. You are operating in a completely different era. By unifying the full visibility of Surface Command with the critical thinking of Vector Command and the instant response of our Cloud Runtime capabilities, Rapid7 empowers you to take command of your attack surface. Do not wait for a 118 single bit request bypass to prove your defenses are porous. Move from a posture of passive observation to one of preemptive security .
Onderbouwing van de classificatie
Categorie 'phishing' op basis van trefwoord 'phishing'. Severity 'medium' bepaald op basis van: trefwoord 'remote code execution'. Confidence 'likely': gerenommeerd securityonderzoek (Rapid7 Blog). Herkende leveranciers/producten: Atlassian, Microsoft, Microsoft 365.
Gemeentelijke relevantie
Deze dreiging scoort 40/100 voor de gemeentelijke relevantie. Meegewogen: veelgebruikte gemeentelijke technologie en impact op identity of Microsoft 365. Geraakte processen: Microsoft 365 en identity.
Bestuurlijke duiding
Deze dreiging is relevant voor de gemeente. Phishing richt zich op medewerkers en kan leiden tot gecompromitteerde accounts en vervolgschade. De impact is beheersbaar mits de geadviseerde maatregelen tijdig worden opgevolgd. Laat de CISO de voortgang bewaken en escaleer richting directie zodra nieuwe signalen daartoe aanleiding geven.
Geraakte processen
Geraakte technologie
Betrokken rollen
CISO · ISO · SOC · ICT beheer
Operationele acties
- Blokkeer de gemelde afzenders en URL's in de mail- en webfilters.
- Reset de inloggegevens van medewerkers die mogelijk gegevens hebben ingevoerd.
- Controleer de aanmeldlogboeken op succesvolle aanmeldingen vanaf afwijkende locaties.
Concrete stappen voor ICT-beheer en het securityteam.
Aanbevolen acties
- Informeer medewerkers en stimuleer het melden van verdachte berichten.
- Controleer de mailfiltering en de aanmeldbeveiliging.
- Overweeg phishingbestendige MFA (FIDO2).
Dit zijn algemene handelingsperspectieven. Stem de opvolging af op de eigen omgeving en het ISMS van uw gemeente.
Kenmerken
- Ernst
- Midden
- Categorie
- Phishing
- Zekerheid
- Waarschijnlijk
- Status
- Verrijkt
- CVE's
- Geen
- Prioriteitsscore
- 39 / 100 · Laag
- Bron
- Rapid7 Blog
- Gepubliceerd
- 7 mei 2026