[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"me":3,"catalog:en:security\u002Fbt-incident-triage-classification":4,"config":232},null,{"field_key":5,"field_name":6,"seniority":7,"topic_key":8,"topic_name":9,"spec_key":7,"spec_name":7,"locale":10,"cell_total":11,"field_total":12,"seniorities":13,"topics":17,"specs":130,"samples":147},"security","Security","","bt-incident-triage-classification","Bt Incident Triage Classification","en",75,2850,[14,15,16],"junior","mid","senior",[18,21,24,27,30,33,36,39,42,45,46,49,52,55,58,61,64,67,70,73,76,79,82,85,88,91,94,97,100,103,106,109,112,115,118,121,124,127],{"key":19,"name":20,"count":11},"as-access-control-idor","As Access Control Idor",{"key":22,"name":23,"count":11},"as-api-security","As Api Security",{"key":25,"name":26,"count":11},"as-authentication-session","As Authentication Session",{"key":28,"name":29,"count":11},"as-crypto-implementation-pitfalls","As Crypto Implementation Pitfalls",{"key":31,"name":32,"count":11},"as-injection-input-validation","As Injection Input Validation",{"key":34,"name":35,"count":11},"as-secure-sdlc-sast-dast","As Secure Sdlc Sast Dast",{"key":37,"name":38,"count":11},"bt-crisis-communication-management","Bt Crisis Communication Management",{"key":40,"name":41,"count":11},"bt-detection-engineering-tuning","Bt Detection Engineering Tuning",{"key":43,"name":44,"count":11},"bt-digital-forensics-fundamentals","Bt Digital Forensics Fundamentals",{"key":8,"name":9,"count":11},{"key":47,"name":48,"count":11},"bt-ir-playbook-execution","Bt Ir Playbook Execution",{"key":50,"name":51,"count":11},"bt-threat-intelligence-application","Bt Threat Intelligence Application",{"key":53,"name":54,"count":11},"cse-container-workload-security","Cse Container Workload Security",{"key":56,"name":57,"count":11},"cse-cspm-misconfiguration","Cse Cspm Misconfiguration",{"key":59,"name":60,"count":11},"cse-data-protection-governance","Cse Data Protection Governance",{"key":62,"name":63,"count":11},"cse-detection-incident-response","Cse Detection Incident Response",{"key":65,"name":66,"count":11},"cse-iam-privilege-escalation","Cse Iam Privilege Escalation",{"key":68,"name":69,"count":11},"cse-network-perimeter-zero-trust","Cse Network Perimeter Zero Trust",{"key":71,"name":72,"count":11},"ds-iac-policy-as-code","Ds Iac Policy As Code",{"key":74,"name":75,"count":11},"ds-pipeline-security-gates","Ds Pipeline Security Gates",{"key":77,"name":78,"count":11},"ds-secrets-pipeline-management","Ds Secrets Pipeline Management",{"key":80,"name":81,"count":11},"ds-security-metrics-blameless-culture","Ds Security Metrics Blameless Culture",{"key":83,"name":84,"count":11},"ds-shift-left-security-culture","Ds Shift Left Security Culture",{"key":86,"name":87,"count":11},"ds-software-supply-chain-pipeline","Ds Software Supply Chain Pipeline",{"key":89,"name":90,"count":11},"pt-legal-ethical-boundaries","Pt Legal Ethical Boundaries",{"key":92,"name":93,"count":11},"pt-methodology-phases","Pt Methodology Phases",{"key":95,"name":96,"count":11},"pt-red-team-engagement-management","Pt Red Team Engagement Management",{"key":98,"name":99,"count":11},"pt-reporting-remediation-prioritization","Pt Reporting Remediation Prioritization",{"key":101,"name":102,"count":11},"pt-scoping-rules-of-engagement","Pt Scoping Rules Of Engagement",{"key":104,"name":105,"count":11},"pt-vulnerability-assessment-vs-pentest","Pt Vulnerability Assessment Vs Pentest",{"key":107,"name":108,"count":11},"security-authn-authz","Security Authn Authz",{"key":110,"name":111,"count":11},"security-cloud-infra-security","Security Cloud Infra Security",{"key":113,"name":114,"count":11},"security-compliance-risk","Security Compliance Risk",{"key":116,"name":117,"count":11},"security-cryptography-basics","Security Cryptography Basics",{"key":119,"name":120,"count":11},"security-incident-response","Security Incident Response",{"key":122,"name":123,"count":11},"security-network-security","Security Network Security",{"key":125,"name":126,"count":11},"security-secure-sdlc","Security Secure Sdlc",{"key":128,"name":129,"count":11},"security-web-vulnerabilities","Security Web Vulnerabilities",[131,135,138,141,144],{"key":132,"name":133,"count":134},"appsec","AppSec",450,{"key":136,"name":137,"count":134},"blue-team-incident","Blue Team \u002F Incident",{"key":139,"name":140,"count":134},"cloud-security","Cloud Security",{"key":142,"name":143,"count":134},"devsecops","DevSecOps",{"key":145,"name":146,"count":134},"offensive-pentest","Offensive \u002F Pentest",[148,166,179,193,206,219],{"id":149,"topic":9,"difficulty":150,"body":151,"options":152,"correct_key":154,"explanation":165},"019fad71-e7d2-75eb-b861-88be01104b7b",1,"A SOC analyst just received a new alert in the queue. What is the primary goal of the triage step, before any deep investigation begins?",[153,156,159,162],{"key":154,"text":155},"a","Quickly decide whether the alert deserves further investigation, and how urgently.",{"key":157,"text":158},"b","Immediately notify the CEO, regardless of what kind of alert it is.",{"key":160,"text":161},"c","Close the alert permanently without review, to keep the queue empty.",{"key":163,"text":164},"d","Rewrite the detection rule that generated the alert before looking at anything else.","Triage is a fast initial assessment: is this alert worth investigating, and how soon? It is not the deep investigation itself, and it is not a reason to skip review or jump straight into rule engineering.",{"id":167,"topic":9,"difficulty":150,"body":168,"options":169,"correct_key":154,"explanation":178},"019fad71-e7d7-78ab-a33e-a88cefc7b584","In SOC terminology, how does an alert's \"severity\" differ from its \"priority\" during triage?",[170,172,174,176],{"key":154,"text":171},"Severity reflects the potential technical impact if the underlying issue is real, while priority also weighs urgency and available responder capacity to decide handling order.",{"key":157,"text":173},"They are exactly the same concept, and SOC teams use the two words interchangeably with no distinction.",{"key":160,"text":175},"Severity is set only by the CEO, while priority is generated automatically and cannot be adjusted by analysts.",{"key":163,"text":177},"Priority always overrides severity, so severity ratings can safely be ignored once a priority is assigned.","Severity describes how bad the underlying issue would be if confirmed. Priority combines that severity with urgency and current responder capacity to decide what gets worked on first — a high-severity alert on an idle queue and the same alert during a major incident may still get different priority treatment.",{"id":180,"topic":9,"difficulty":181,"body":182,"options":183,"correct_key":160,"explanation":192},"019fad71-e7d8-7c02-bef2-9fa88b78ca41",2,"When scoring the severity of a suspicious login alert, why does the criticality of the affected asset (for example, a domain controller versus a test printer server) matter?",[184,186,188,190],{"key":154,"text":185},"It does not matter; every asset in the environment is treated as equally important during triage by definition, since severity frameworks are designed to never account for what data or business function a system supports.",{"key":157,"text":187},"Asset criticality only matters for billing purposes and has no bearing on how an alert is triaged.",{"key":160,"text":189},"The same suspicious behavior on a more critical asset carries higher potential impact, so it should generally be scored more severely.",{"key":163,"text":191},"A test asset should always receive higher severity, since test environments are inherently less monitored.","Severity scoring is not just about the technique observed — it also reflects what could be lost or affected if the alert turns out to be real. The same login anomaly on a domain controller has far greater potential blast radius than on a low-value test system.",{"id":194,"topic":9,"difficulty":181,"body":195,"options":196,"correct_key":163,"explanation":205},"019fad71-e7e2-71df-9811-c9e7510b27e2","During initial triage of a new alert, which basic set of questions should an analyst try to answer first?",[197,199,201,203],{"key":154,"text":198},"Which vendor sells the best SIEM product on the market this year.",{"key":157,"text":200},"How many years the analyst assigned to the alert has worked at the company, since tenure alone is assumed to fully substitute for checking the alert's actual technical details.",{"key":160,"text":202},"What color scheme the SOC dashboard uses to display the alert.",{"key":163,"text":204},"What triggered the alert, which asset and user are involved, and whether the pattern looks expected or anomalous.","Effective triage starts with concrete context: what fired, which asset\u002Fuser is involved, and whether the observed pattern is normal for that context. These answers drive the severity and priority decision; the other options are irrelevant to the triage itself.",{"id":207,"topic":9,"difficulty":181,"body":208,"options":209,"correct_key":157,"explanation":218},"019fad71-e7e5-7215-8fc2-ed019a821f10","An analyst investigates an alert and confirms the flagged activity was a scheduled vulnerability scan run by the internal security team, not an attacker. How should this alert be classified?",[210,212,214,216],{"key":154,"text":211},"A confirmed true positive incident requiring full incident response activation.",{"key":157,"text":213},"A false positive for this alert instance, since the underlying activity was expected and authorized.",{"key":160,"text":215},"An unresolved alert that must stay open indefinitely until an attacker is eventually identified, since authorized activity can never be the reason a detection rule fires in the first place.",{"key":163,"text":217},"A critical zero-day exploit that bypasses all existing detection controls.","When the activity is confirmed to be legitimate and expected (an authorized scan), the alert instance is a false positive — the detection fired correctly but on benign activity. It should be documented and closed, not escalated as an incident.",{"id":220,"topic":9,"difficulty":181,"body":221,"options":222,"correct_key":160,"explanation":231},"019fad71-e7ed-7429-8d6e-0c82d623990e","What is \"alert fatigue\" in a SOC context?",[223,225,227,229],{"key":154,"text":224},"A software feature that automatically deletes alerts older than 24 hours regardless of status, intended purely to keep dashboard storage usage low rather than to reflect anything about analyst behavior.",{"key":157,"text":226},"A formal certification that SOC analysts must renew every year to keep working night shifts.",{"key":160,"text":228},"A state where analysts become desensitized to a high volume of low-value alerts, increasing the risk of missing a genuine incident.",{"key":163,"text":230},"A metric that measures how many hours an analyst has slept the night before their shift.","Alert fatigue happens when analysts are overwhelmed by noisy, mostly-benign alerts and start treating everything with less scrutiny — which raises the risk that a real incident hiding in the noise gets missed or delayed.",{"fields":233,"seniorities":407,"interview_shapes":408,"locales":413,"oauth":415,"question_count":418,"coach_enabled":419,"jd_match_enabled":419},[234,259,279,296,320,333,352,371,381,388,394,401],{"key":235,"name_tr":236,"name_en":236,"sort":150,"specializations":237},"backend","Backend",[238,241,244,247,250,253,256],{"key":239,"name":240,"field":235},"general","Genel",{"key":242,"name":243,"field":235},"go","Go",{"key":245,"name":246,"field":235},"python","Python",{"key":248,"name":249,"field":235},"java","Java",{"key":251,"name":252,"field":235},"csharp","C#\u002F.NET",{"key":254,"name":255,"field":235},"nodejs","Node.js",{"key":257,"name":258,"field":235},"php","PHP",{"key":260,"name_tr":261,"name_en":261,"sort":181,"specializations":262},"frontend","Frontend",[263,264,267,270,273,276],{"key":239,"name":240,"field":260},{"key":265,"name":266,"field":260},"javascript","JavaScript",{"key":268,"name":269,"field":260},"typescript","TypeScript",{"key":271,"name":272,"field":260},"react","React",{"key":274,"name":275,"field":260},"vue","Vue",{"key":277,"name":278,"field":260},"angular","Angular",{"key":280,"name_tr":281,"name_en":281,"sort":282,"specializations":283},"fullstack","Fullstack",3,[284,285,286,287,288,289,290,291,292,293,294,295],{"key":239,"name":240,"field":280},{"key":242,"name":243,"field":235},{"key":245,"name":246,"field":235},{"key":248,"name":249,"field":235},{"key":251,"name":252,"field":235},{"key":254,"name":255,"field":235},{"key":257,"name":258,"field":235},{"key":265,"name":266,"field":260},{"key":268,"name":269,"field":260},{"key":271,"name":272,"field":260},{"key":274,"name":275,"field":260},{"key":277,"name":278,"field":260},{"key":297,"name_tr":298,"name_en":298,"sort":299,"specializations":300},"devops-cloud","DevOps 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