Security Monitoring
Continuous visibility into your security posture with 24/7 monitoring, threat detection, and rapid response to keep your organization protected.
Capabilities
Monitoring Services
24/7 SOC Monitoring
Round-the-clock security operations center monitoring with real-time threat detection, triage, and escalation by experienced analysts.
SIEM Management
Ongoing SIEM operations for logging architecture that's already in place - log onboarding, correlation rule development, tuning, and noise reduction so the platform keeps surfacing real signal as your environment changes.
Threat Detection & Alerting
Custom detection rules, behavioral analytics, and threat intelligence integration to catch advanced threats that evade signature-based tools.
Endpoint Detection & Response
EDR deployment and management - real-time endpoint visibility, automated response actions, and threat hunting across your fleet.
Threat Intelligence
Curated threat intelligence feeds, IOC monitoring, dark web surveillance, and industry-specific threat briefings.
Security Metrics & Reporting
Executive dashboards, KPI tracking, monthly security reports, and trend analysis to demonstrate security posture improvements.
Deliverables
What You'll Receive
About This Service
What Is Security Monitoring for Cloud Environments?
Security monitoring is the continuous collection, analysis, and correlation of log data and security signals across your cloud infrastructure, applications, and identity layer. In cloud environments this means ingesting events from AWS CloudTrail, GCP Cloud Audit Logs, Azure Monitor, and Kubernetes audit logs, then applying detection logic to surface behavior that warrants investigation.
Most cloud environments collect substantial log volume by default. The challenge is building the detection layer on top of that data. Without tuned rules, a SIEM filled with raw CloudTrail events generates thousands of low-signal alerts and surfaces nothing useful. Threat detection engineering maps detection logic to real attacker behavior in your specific environment, rather than applying vendor-default content written for generic workloads.
SIEM consulting covers platform selection, data source onboarding, use-case development, and alert tuning. Organizations that have deployed a SIEM but are generating high alert volumes with low detection value are the most common candidates. The problem is almost always detection logic and data quality, not the platform itself.
Regulated Environments
Security Monitoring for Healthcare, GovTech, and Financial Services
Healthcare and HIPAA
HIPAA Security Rule technical safeguards require audit controls that record and examine activity in systems containing PHI. In practice this means configuring audit logging across all cloud services that store or process protected health information, with retention, integrity controls, and access reviews that satisfy auditors. We design monitoring architectures for healthcare SaaS platforms and digital health companies that meet HIPAA requirements and surface real threats simultaneously.
GovTech and FedRAMP
FedRAMP requires cloud service providers to implement NIST 800-53 AU controls covering audit log generation, protection, retention, and review. These requirements are among the most specific in any compliance framework, with log content, retention minimums, and tamper protection all defined at the control level. We design and verify FedRAMP-aligned logging architectures for cloud platforms pursuing authorization, mapping each AU control to a verifiable infrastructure configuration.
SaaS and SOC 2
SOC 2 Type II auditors assess whether monitoring controls have been operating effectively over the audit period, not just whether they exist at a point in time. Detection rules, alert reviews, and incident response processes need to be operational and documented continuously. We build SOC 2 monitoring programs designed for Type II readiness from the start, with evidence collection, versioned detection rules, and alert review procedures that produce the audit trail examiners expect.
FAQ
Common Questions About Security Monitoring
What is the difference between security monitoring and a SIEM?
A SIEM is a platform that collects, stores, and correlates log data from across your environment. Security monitoring is the broader discipline that encompasses the SIEM, the detection rules built on top of it, the analysts who review alerts, the processes for escalation and response, and the ongoing tuning required to keep detection quality high as your environment changes. A SIEM with no detection engineering behind it produces high alert volume and low investigative value. Security monitoring is what makes a SIEM useful rather than just a log storage system with an alert queue no one trusts.
How does threat detection engineering differ from out-of-the-box SIEM rules?
Out-of-the-box SIEM content is written for generic environments and generates significant false-positive volume in cloud environments where API call patterns, IAM role assumptions, and workload behavior vary considerably between organizations. Detection engineering builds rules against your specific cloud control plane configuration, your workload behavior baselines, and your most likely threat scenarios. Each rule is mapped to a specific MITRE ATT&CK technique, tested against your environment's normal behavior before it goes into production, and tuned over time as your environment changes. The result is a detection library that fires on real attacker behavior rather than noise.
Which log sources should we prioritize for cloud security monitoring?
Priority depends on your environment and threat model, but the sources with the highest signal-to-noise ratio in cloud environments are typically CloudTrail or equivalent cloud control plane logs, IAM and identity provider authentication logs, and Kubernetes audit logs for container workloads. These sources record the actions most commonly associated with cloud-native attack techniques: privilege escalation through role assumptions, lateral movement through cross-account access, and container escape through admission controller misconfigurations. VPC flow logs and application logs provide useful context for investigation but generate lower-fidelity detection signals on their own. We prioritize sources based on your specific architecture rather than a fixed ordering.
What is SIEM consulting and when do organizations need it?
SIEM consulting covers platform selection, data source onboarding, use-case development, and alert tuning for organizations that need to build or significantly improve their SIEM program. The most common trigger is a SIEM that has been deployed but is not delivering value: high alert volumes that analysts have learned to ignore, data sources that are connected but not normalized correctly, or a platform that was purchased without a plan for the detection library that needs to be built on top of it. We also work with organizations selecting a SIEM for the first time, scoping the platform to their actual data volume and detection requirements before a purchasing decision is made.
How does security monitoring support SOC 2, HIPAA, and FedRAMP compliance?
Each of these frameworks has specific requirements that a well-designed monitoring program satisfies as a byproduct of its operational function. SOC 2 requires that security monitoring controls have been operating effectively over the audit period, which means detection rules must be documented, alert reviews must produce evidence, and the program must run continuously rather than being assembled before each audit. HIPAA requires audit controls that record and examine activity in systems containing PHI, with retention and integrity requirements on the log data itself. FedRAMP NIST 800-53 AU controls specify log content, retention minimums, tamper protection, and review processes at the control level. We design monitoring programs that satisfy operational and compliance requirements simultaneously rather than maintaining separate programs for each purpose.
How is security monitoring different from cloud security engineering?
Cloud security engineering is the design and build phase - standing up zero-trust architecture, IAM federation, and the initial logging and SIEM deployment. Security monitoring picks up from there: operating and tuning that SIEM day to day, building detection rules against real attacker behavior in your environment, staffing 24/7 monitoring, and managing the alert pipeline so it stays high-signal as your infrastructure evolves. Most organizations need both - an architecture that's well-designed still needs continuous tuning once it's live.
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