{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:51:51.082Z","occupation":{"soc":"15-1299.06","title":"Digital Forensics Analysts","group":"Computer & Mathematical","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers digital forensics analysis practice across enterprise IT, legal, and law enforcement-adjacent environments, from supervised evidence handling and tool operation through autonomous investigation leadership, organizational capability building, and strategic program governance.","levels":{"emerging":{"label":"Emerging","statements":["Digital forensic imaging tools — operate under direct supervision to create verified bit-for-bit copies of storage media in a controlled lab environment.","Chain-of-custody documentation — complete accurately following established protocols when handling evidence submitted to a forensic investigation unit.","Operating system software — identify and navigate file structures on Windows and Linux platforms to locate artifacts relevant to an assigned case.","Network monitoring software — run pre-configured queries under guidance to identify anomalous traffic patterns on an enterprise network.","Computer program malfunctions — recognize and escalate common system errors to senior analysts in a digital forensics support environment.","Database query software — execute basic SQL queries under supervision to extract records relevant to a forensic investigation.","Written case notes — draft clear, factual observations using standard report templates during evidence processing activities.","Hash verification procedures — apply MD5 and SHA-256 algorithms under direction to confirm integrity of forensic evidence copies.","Technical documentation — read and comprehend vendor manuals and forensic tool guides to support assigned investigative tasks.","Staff and user support requests — assist with routine computer-related problems under supervision in a forensic operations environment."]},"developing":{"label":"Developing","statements":["Forensic examination workflows — execute independently across common case types including malware incidents and data theft investigations with reduced oversight.","Network monitoring software — configure and run analyses on captured traffic data to identify intrusion indicators within a corporate network environment.","System malfunction diagnosis — troubleshoot recurring program and operating system errors, restoring normal functioning on forensic workstations with minimal guidance.","File system software — analyze NTFS, FAT, and ext4 artifacts routinely to recover deleted files and reconstruct user activity timelines.","Forensic reports — produce structured written findings that document methodology, evidence, and conclusions for review by senior analysts or legal teams.","Database forensics — query and interpret database logs and transaction records to support business problem analysis and fraud investigations.","Expert system software — apply established forensic suites such as EnCase or FTK to process digital evidence across standard case scenarios.","Active listening and interviewing — gather accurate technical information from witnesses and system users to inform forensic examination scope.","Computer program testing — test and monitor deployed forensic tools and scripts to ensure reliable performance across case environments.","Evidence triage — apply deductive reasoning to prioritize examination of digital artifacts based on investigative leads in time-sensitive cases."]},"proficient":{"label":"Proficient","statements":["Complex multi-device investigations — lead end-to-end forensic analysis autonomously across mixed operating system environments including cloud and mobile platforms.","Enterprise network forensics — use network monitoring and switch or router software to trace lateral movement and data exfiltration across large-scale corporate infrastructures.","Non-routine malfunction resolution — diagnose and resolve atypical program and system failures that deviate from known patterns in high-stakes investigative contexts.","Development environment software — write and maintain custom forensic scripts and automation tools to address gaps in commercial forensic capabilities.","Object-oriented forensic tooling — develop or adapt component-based software modules to extend analysis capabilities for emerging evidence types.","Integrated business problem analysis — apply digital evidence findings to support resolution of complex organizational issues such as intellectual property theft or financial fraud.","Expert testimony preparation — synthesize technical forensic findings into clear, legally defensible written reports and oral presentations for court or regulatory proceedings.","Enterprise application integration software — examine application logs and integration layer data to reconstruct event sequences across interconnected business systems.","Critical judgment under ambiguity — evaluate competing hypotheses and make sound investigative decisions when evidence is incomplete or contradictory.","Mentored case reviews — guide junior analysts through complex forensic examinations, providing real-time technical feedback in an active investigations unit."]},"advanced":{"label":"Advanced","statements":["Forensic program strategy — define organizational standards, methodologies, and tool selection policies that govern digital forensics operations across the enterprise.","Workforce development — design and deliver structured training curricula that advance analyst competency from emerging to proficient levels within a forensic investigations team.","Cross-functional leadership — direct collaborative response to major incidents by coordinating forensic, legal, IT, and executive stakeholders in high-pressure organizational environments.","Innovation roadmap — identify and pilot emerging forensic technologies, integrating new storage networking and expert system capabilities into production investigation workflows.","Policy and governance — author enterprise-level digital evidence handling policies, ensuring compliance with legal, regulatory, and industry standards across jurisdictions.","Organizational problem-solving — lead the application of digital forensics capabilities to solve complex business problems, including fraud detection program design and insider threat programs.","Quality assurance oversight — establish and enforce peer-review and quality-control frameworks that maintain the scientific and legal integrity of all forensic outputs.","Stakeholder communication — translate highly technical forensic findings into strategic intelligence briefings for executive leadership and external legal counsel.","Budget and resource planning — allocate personnel, tools, and infrastructure investments to sustain and scale a digital forensics capability aligned with organizational risk priorities.","Industry thought leadership — represent the organization in professional forums, contribute to published research, and shape evolving best practices in the digital forensics field."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}