Digital Forensic Analyst

The technical workflow centers on live volatile memory preservation using specialized forensic hardware taps or cryptographically validated acquisition tools before volatile evidence evaporates on system shutdown. Utilizing open source and commercial memory analysis frameworks including Volatility 3 and Rekall, the analyst inspects virtual memory address spaces, traverses active process trees, analyzes process environment blocks PEB, inspects loaded dynamic link libraries DLLs, and scans for injected shellcode, unlinked process structures, and malicious API hook modifications. The specialist reconstructs network sockets, parses unencrypted credentials cached in memory, and maps attacker lateral movement.

While automated malware sandbox engines and AI driven Endpoint Detection and Response EDR platforms automatically flag suspicious memory anomalies, advanced threat actors develop sophisticated evasions such as direct kernel object manipulation DKOM, process hollowing, and ghost process injection designed to fool automated telemetry. Reconstructing weaponized memory dumps, tracing stolen memory handles, and delivering sworn expert witness testimony in court conforming to NIST SP 800 86 and ISO/IEC 27037 forensic standards necessitate skilled, analytical human DFIR memory analysts.

At 07:15, the memory analyst receives an urgent escalation from the corporate SOC; a domain controller serving executive banking operations is exhibiting anomalous outbound encrypted beaconing to an unclassified IP address in Eastern Europe, yet disk antivirus software reports zero infected files. The analyst instructs the local team never to reboot the server, preserving volatile memory intact. Connecting via an isolated out of band forensic bridge, the analyst executes WinPmem with cryptographic SHA 256 hash logging, dumping 128 gigabytes of physical RAM into a write protected target storage unit within fourteen minutes. Opening the raw memory dump in Volatility 3,

the analyst inspects the active process list with the windows.pslist and windows.psscan plugins. The analyst immediately spots a suspicious discrepancy; a process masquerading as svchost.exe lacks a parent process ID corresponding to services.exe and points to an unlinked virtual address space. Running the malfind plugin, the analyst discovers executable injected memory pages marked PAGE EXECUTE READWRITE containing a base64 encoded payload. Carving the injected memory blob, the analyst imports the raw binary into Ghidra, identifying a reflective DLL loader executing an in memory Cobalt Strike beacon. By mid afternoon, the.

A Digital Forensic Incident Response DFIR Memory Analyst acquires, extracts, analyzes, and reconstructs volatile random access memory RAM to uncover stealthy cyber attacks, fileless malware, kernel rootkits, and advanced persistent threat APT intrusions. Operating within corporate cyber defense teams, specialized digital forensics consultancies, and national security response units, the analyst acts as the ultimate detective when adversaries bypass disk based antivirus protections and execute malicious code entirely in host memory.

Core responsibilities include acquire live volatile physical memory images from compromised windows, linux, and macos endpoints., operational coordination, and ensuring strict adherence to Kenyan statutory frameworks and quality standards.

Key organizations hiring for this role include Kenya Bureau of Standards KEBS, National Construction Authority NCA, KenGen Kenya Electricity Generating Company, Safaricom PLC, alongside expanding opportunities in Nairobi, Mombasa, Kisumu, and regional infrastructure projects.

Digital Forensic Analyst Specialist, Senior Digital Forensic Analyst, Digital Forensic Analyst Lead, Digital Forensic Analyst Consultant

While automated malware sandbox engines and AI driven Endpoint Detection and Response EDR platforms automatically flag suspicious memory anomalies, advanced threat actors develop sophisticated evasions such as direct kernel object manipulation DKOM, process hollowing, and ghost process injection designed to fool automated telemetry. Reconstructing weaponized memory dumps, tracing stolen memory handles, and delivering sworn expert witness testimony in court conforming to NIST SP 800 86 and ISO/IEC 27037 forensic standards necessitate skilled, analytical human DFIR memory analysts. Employment opportunities concentrate across major industrial, commercial, and financial hubs including Nairobi, Mombasa, Kisumu, Nakuru, and Eldoret, alongside specialized regional project sites.