It’s easy to miss critical signs when endpoint tools work in isolation. When a laptop shows unusual behavior but its network or cloud interactions are invisible, early compromise can go undetected. By bringing together endpoint detection and response (EDR), network telemetry, and cloud context under a unified security approach, teams gain the full picture needed to spot threats quickly.
This post explains why silos weaken endpoint visibility, how continuous monitoring and automation close gaps, and how integrating cloud and identity data supports hybrid and multi-cloud security. We’ll also show how Fidelis Elevate’s real capabilities deliver on these needs.
How Do Silos Weaken Endpoint Visibility?
When endpoint telemetry isn’t linked with network or cloud data, suspicious events can’t be fully understood. An alert on a file change may indicate malware, but without knowing if that file attempted external connections or triggered unusual cloud API calls, analysts lack context. These blind spots delay detection and response.
1. Endpoint telemetry without network context
Endpoint agents may flag anomalies, but without correlating network flows, you can’t see if a compromised device communicates with malicious servers. This gap can let data exfiltration or lateral movement proceed unnoticed.
Use-case example: If a workstation unexpectedly modifies system files late at night, but its subsequent outbound connections to an unfamiliar IP aren’t captured by the endpoint tool, defenders miss the chain of malicious behavior.
Fidelis Elevate in Action: Fidelis Elevate collects endpoint telemetry and pairs it with deep session inspection of network traffic. When a device shows suspicious file activity, Elevate immediately checks its network connections. If that endpoint connects to a risky domain or unusual port, the platform surfaces the combined insight, revealing the full threat path and improving endpoint visibility across hybrid and multicloud environments.
Proactive Cyber Defense
Detections Beyond EDR
Assessing Your Security Posture Prior to an Incident
Using MITRE ATT&CK to Evaluate Security
2. Point solutions missing cloud interactions
Standalone endpoint solutions often ignore cloud services and APIs. When an endpoint uses stolen credentials to access a cloud storage bucket or misconfigured API, isolated tools won’t link those events, leaving a gap in detection.
Use-case example: A remote employee’s device is compromised, and the attacker uses it to call a cloud API that downloads sensitive data. If the endpoint tool doesn’t ingest cloud log data, this activity stays hidden.
Fidelis Elevate in Action: As a unified endpoint security platform, Elevate integrates cloud telemetry—such as API calls, access logs, and configuration changes—and ties it to endpoint events. When an endpoint initiates cloud access, Elevate enriches the alert with cloud context, allowing analysts to see that the device accessed critical cloud resources and identify suspicious patterns immediately.
3. Fragmented alert triage
Too many uncorrelated alerts overwhelm security teams. When endpoint alerts aren’t validated against network or cloud signals, analysts waste time investigating false positives and may overlook true threats buried in noise.
Use-case example: Multiple low-priority endpoint alerts flood the queue, while a genuine incident involving coordinated endpoint and network anomalies is not flagged as high priority.
Fidelis Elevate in Action: Elevate automatically correlates endpoint alerts with network flows, behavioral indicators, and threat intelligence. When multiple signals converge on the same asset or user, the platform elevates the severity. This reduces alert fatigue and ensures critical endpoint threats receive prompt attention.
4. Lack of unified policy enforcement
Different tools have separate policy engines. Without a unified policy, controls may be inconsistent—one tool blocks a threat pattern, while another misses it due to different rulesets.
Use-case example: An endpoint agent blocks known malware signatures, but unusual network behavior linked to that malware isn’t prevented because the network tool uses separate policies.
Fidelis Elevate in Action: Elevate enforces unified detection and response policies across endpoints, network, and cloud. When a policy flags suspicious behavior on an endpoint, the platform can automatically apply network controls—such as isolating the device—to contain threats without manual handoffs.
How Can Continuous Monitoring Improve Endpoint Detection?
Waiting for scheduled scans or periodic checks leaves windows for attackers. New vulnerabilities and misconfigurations appear constantly. Continuous monitoring ensures that as soon as an endpoint’s state changes—software updates, new processes, or network shifts—the system evaluates and alerts on potential risks.
1. 24/7 scanning across all assets
Relying on nightly scans means missing threats that emerge and act between scans. In hybrid or multi-cloud environments, new endpoints or workloads can spin up unpredictably, exposing vulnerabilities if not immediately monitored.
A developer’s VM in the cloud is created after hours and contains outdated libraries. Without continuous scanning, that VM might run days unmonitored.
How Fidelis Elevate helps: Elevate operates continuously, ingesting telemetry from endpoints, network sessions, and cloud workloads in real time. When a new asset appears—whether a remote device, container, or cloud instance—Elevate begins monitoring immediately, detecting vulnerabilities, suspicious activities, or configuration issues without waiting for manual scans.
2. Behaviorbased detection
Static rule sets can’t adapt to novel threats. By profiling normal behavior per endpoint—such as typical network destinations, process usage, or access times—anomalies become clear indicators of compromise.
A laptop normally connects to corporate resources during business hours. If it suddenly attempts connections to unfamiliar servers at midnight, that deviation signals potential misuse.
How Fidelis Elevate helps: Elevate’s behavior-based endpoint detection learns each device’s baseline patterns. When deviations occur—late-night access, unusual process launches, or unexpected network flows—the platform correlates these signals and prioritizes alerts. This approach sharpens endpoint visibility by focusing on behaviors that matter.
3. Adaptive Vulnerability Scanning
New CVEs and exploit techniques appear daily. Static vulnerability scans miss risks introduced between scan cycles. Continuous vulnerability scanning across endpoints and cloud workloads identifies exposures in near real time.
A critical CVE is announced for a common application used by many endpoints. Without continuous scanning, IT may not detect vulnerable installations until the next scheduled run.
How Fidelis Elevate helps: Elevate integrates live threat intelligence and continuous vulnerability scanning. When a CVE emerges, the platform immediately checks endpoint and cloud asset telemetry for evidence of the vulnerable software. If found, it flags the device for urgent remediation, reducing exposure windows.
Why Is Automation Key in Threat Response?
Manual processes can’t keep pace with complex attack chains. When analysts must manually gather endpoint logs, network flows, and cloud events, response slows. Automated orchestration ties these signals together, triggers containment actions, and ensures consistent handling of incidents.
1. Automated alert correlation
Alerts across domains often point to the same incident. Without automation, linking them is error-prone and slow. A coordinated attack involving multiple endpoints and cloud services may go unnoticed when signals are not combined.
For example: An attacker compromises one endpoint, uses it to probe internal systems, and later accesses cloud resources. Separate alerts fire in different tools but aren’t correlated, delaying incident recognition.
Fidelis Elevate in Action: Elevate auto-correlates alerts from endpoint telemetry, network inspection, and cloud logs. When related events target the same asset or user, it aggregates them into a single incident view with risk context. Analysts see the full attack chain in one place, accelerating detection and response.
2. Incident orchestration and containment
Without integrated workflows, analysts manually open tickets, adjust firewall rules, or isolate devices—introducing delays and potential errors. Automated orchestration ensures swift, consistent containment.
For example: A high-risk endpoint alert requires quarantining the device, notifying its owner, and updating network ACLs. If these steps are manual, response may lag or steps may be missed.
Fidelis Elevate in Action: Elevate’s automated workflows trigger containment actions—such as network isolation of a compromised endpoint—based on predefined criteria. It can also generate tickets with contextual details and recommend remediation steps. This reduces manual effort and ensures timely, consistent incident handling aligned with zero trust endpoint security.
3. Automated remediation guidance
Providing clear, prioritized remediation steps helps teams act quickly. When users receive generic alerts without context, fixes may be delayed or incorrect.
For example: An endpoint flagged for multiple vulnerabilities lacks guidance on which to address first, leading to confusion and delays.
Fidelis Elevate in Action: Elevate ranks vulnerabilities by combining CVSS, asset criticality, and threat intelligence. It then suggests remediation actions—patch recommendations, configuration changes, or compensating controls—and can push prioritized tasks into ITSM systems. This guidance streamlines endpoint vulnerability management in hybrid infrastructures.
How Does Unified Visibility Support Hybrid and MultiCloud Security?
Endpoints today interact with cloud services, containers, and APIs constantly. Tracking threats requires visibility across this hybrid landscape. When endpoint insights are tied to cloud and identity data, analysts can map full attack paths and enforce zero trust principles.
1. Mapping endpoint to cloud interaction
Without linking endpoint events to cloud activity, attackers can pivot undetected. A compromised device may access cloud storage or spin up malicious workloads, invisible to endpoint-only tools.
A breached laptop is used to call cloud APIs that exfiltrate data. If endpoint telemetry isn’t joined with cloud logs, the breach’s scope remains hidden.
2. Aligning with zero trust principles
Fragmented visibility undermines zero trust: without knowing every asset’s behavior and context, it’s challenging to enforce “never trust, always verify.” Consistent oversight across endpoints, network, and cloud is essential.
Policies require verifying each endpoint’s posture before granting access to resources. If some signals aren’t monitored, unsafe devices may slip through.
3. Supporting remote and distributed workforces
Remote endpoints connect via varied networks and may use personal devices. Visibility gaps increase risk when teams cannot see endpoint contexts across diverse connections.
A remote user’s personal device accesses corporate resources over an untrusted network. Without unified monitoring, risky activity could go unnoticed.
4. Integrating identity and access signals
Endpoint threats often involve compromised credentials. Visibility into identity context—such as unusual login patterns or privilege escalations—is crucial to detect sophisticated attacks.
An endpoint uses stolen credentials to access high-value systems. Endpoint logs alone won’t reveal the credential misuse pattern without linking to identity data.
Comparison Table: Siloed vs Unified Security
FeatureSiloed EDR/AVFidelis Elevate (Unified XDR)
Continuous MonitoringPartial, periodic24/7 endpoint + network + cloudBehavior-Based DetectionBasicAdvanced, contextawareAutomated ResponseManualAutomated playbooks & orchestrationCloud & Hybrid VisibilityLimitedComprehensive across domainsZero Trust SupportFragmentedNative, integrated
Blind spots from siloed endpoint tools undermine security in today’s hybrid, multicloud world. Enhancing endpoint visibility requires continuous, unified monitoring that ties together endpoint detection, network traffic analysis, cloud telemetry, and identity signals. By applying behavior-based detection, automated response, and zero trust enforcement, teams can spot threats early and contain them swiftly.
Fidelis Elevate delivers these capabilities in a single platform: real-time endpoint security, deep session inspection, cloud-aware monitoring, and automated orchestration. This unified approach reduces alert fatigue, shrinks dwell time, and strengthens defenses across all assets.
Talk to an expert or request a demo to see how Fidelis Elevate can enhance endpoint visibility and protect your hybrid infrastructure.
See why security teams trust Fidelis to:
Cut threat detection time by 9x
Simplify security operations
Provide unmatched visibility and control
The post Enhancing Endpoint Visibility Through a Unified Security Approach appeared first on Fidelis Security.
No Responses