Defensive Security

    SOC ENGINEERING & OPTIMIZATION

    Turn your noisy SIEM into a precision weapon. Faltrox Security tunes, optimizes, and automates your existing SOC infrastructure. We build custom detection rules (Sigma/YARA), develop SOAR playbooks, and reduce false positives to empower your analysts to focus on real hunting, not alert fatigue.

    Overview

    Silence The Noise

    A SOC with 10,000 alerts a day is a SOC with 0 alerts a day. Alert fatigue causes analysts to miss the critical "low and slow" attacks.

    We are Detection Engineers. We treat your SIEM as code. We write custom correlation rules that match your specific business logic, filtering out the background radiation of the internet.

    We implement SOAR (Security Orchestration, Automation, and Response) to automatically close routine Tier 1 tickets (password resets, geo-blocks, and known false positives) without human intervention.

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    Landscape

    Optimization Modules

    Tuning the engine of your defense.

    01

    Detection Engineering

    Writing custom SIGMA, YARA, and SPL rules tailored to your high-value assets and threat landscape.

    02

    SOAR Automation

    Building Python/Logic App playbooks to automate Tier 1 triage, enrichment, and response tasks.

    03

    Noise Reduction

    Systematically reviewing firing alerts to tune out benign activity and keep false positives from drowning out real signal.

    04

    SOC Architecture

    Designing the ideal technology stack (SIEM, EDR, NDR) and log ingestion pipeline for cost-effective visibility.

    05

    Maturity Assessment

    Evaluating your current SOC capabilities against frameworks like SOC-CMM and providing a 12-month roadmap.

    06

    Playbook Library

    Deploying our library of battle-tested response playbooks for Ransomware, BEC, and Insider Threats.

    Process

    Detection Cycle

    Continuous improvement of your detection coverage.

    1. 01

      USE CASE

      Identifying gaps in coverage (e.g., 'We don't detect lateral movement via SMB').

    2. 02

      DEVELOP

      Writing the detection logic (SPL/KQL) and mapping it to MITRE ATT&CK techniques.

    3. 03

      TEST

      Simulating the attack (Purple Teaming) to verify the alert fires as expected.

    4. 04

      TUNE

      Adjusting thresholds and whitelisting legitimate admin activity to reduce noise.

    5. 05

      AUTOMATE

      Attaching a SOAR playbook to handle the initial triage steps automatically.

    6. 06

      DOCUMENT

      Creating a runbook for analysts explaining exactly what to do when this fires.

    Scope

    Operational Pain

    Why SOCs fail.

    01critical

    Alert Fatigue

    Analysts ignoring critical alerts because they receive 10,000 emails a day.

    02high

    Vendor Lock-in

    Being trapped in a SIEM that charges purely by data volume, discouraging logging.

    03high

    Skill Gaps

    Junior analysts escalating everything because they lack the playbooks to handle it.

    04medium

    Missing Context

    Alerts that say 'Malware Detected' but don't tell you User, Host, or Impact.

    Outcomes

    Key benefits

    Efficiency at scale.

    Reduced MTTR

    Slash Mean Time To Respond from hours to minutes with automation. SOAR playbooks handle the boring parts so your analysts can spend their day hunting, not copy-pasting hashes into VirusTotal.

    Analyst Retention

    Stop burning out your team with boring, repetitive tasks. Let them hunt.

    Cost Savings

    Reduce SIEM ingestion costs by filtering noise at the edge or pipeline.

    Higher Fidelity

    When an alert fires, your team will trust it and act immediately.

    Detection as Code

    Version control your security logic (Git) for auditability and rollback.

    Full Coverage

    Visualize your MITRE ATT&CK coverage to see exactly where you are blind.

    Who we serve

    Who We Help

    01

    Mature SOCs

    Teams drowning in alerts looking to implement engineering principles.

    02

    MSSPs

    Service providers needing to scale customer operations efficiently.

    03

    Lean Teams

    Small security teams using automation to punch above their weight.

    Differentiators

    Why Faltrox?

    FeatureStandard vendorFaltrox Security
    MethodologyAutomated scanningManual exploit chaining with AI assist
    ValidationScanner outputEvery finding reproduced by a practitioner
    Business logicIgnoredDeep inspection
    ReportingGeneric PDFDev-ready artefacts and proofs of concept
    Re-testingExtra costIncluded

    Compliance

    Compliance aligned

    Our methodology and reports are structured to satisfy rigorous security audits.

    Frameworks we map to

    • MITRE ATT&CK
    • SOC-CMM
    • NIST CSF DETECT/RESPOND
    • ISO 27035
    • SIGMA
    • OpenCTI

    Audit ready

    Letters of attestation included.

    Standardised

    OWASP ASVS and NIST 800-115.

    FAQ

    Common questions

    01How does this differ from my MSSP?

    Most MSSPs monitor alerts (Tier 1). We engineer the system (Tier 3) to stop the alerts from firing in the first place unless they matter. We focus on tuning and automation.

    02Which SIEMs do you support?

    We are platform-agnostic but specialize in Splunk, Microsoft Sentinel, Elastic Stack, and Palo Alto Cortex XSOAR.

    03Can you automate our phishing triage?

    Yes. This is our most common use case. We build playbooks to parse headers, check attachments, and purge malicious emails automatically.

    04Do you provide rules for us?

    Yes. We deploy our proprietary library of detection rules (mapped to MITRE ATT&CK) customized for your log sources.

    05What is Detection as Code?

    It means managing your security rules like software. We store them in Git, require code review (PRs) for changes, and run automated tests before deploying them to production.

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    Secure what’s next.

    Speak with the engineering team to define scope, walk through the methodology, and decide whether Faltrox is the right team to test and run your environment.

    Contact us