You will get a RAM Forensics – Memory Acquisition & Analysis
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Top Rated
Project details
This project enables forensic memory acquisition and analysis, providing critical insights into malware infections, insider threats, and cyber incidents. Using LiME, Belkasoft RAM Capture, fmem, Netcat, and Volatility, RAM can be captured both locally and remotely, ensuring forensic integrity while uncovering hidden threats.
Use Case:
✅ Real-time Threat Detection – Identify malware, rootkits, and credential theft.
✅ Minimal System Impact – Capture memory without disrupting active processes.
✅ Remote Acquisition – Securely extract RAM from compromised machines.
✅ Forensic Accuracy – Preserve integrity for legal and compliance purposes.
✅ Deep Analysis – Extract processes, network activity, and encryption keys.
Use Case:
✅ Real-time Threat Detection – Identify malware, rootkits, and credential theft.
✅ Minimal System Impact – Capture memory without disrupting active processes.
✅ Remote Acquisition – Securely extract RAM from compromised machines.
✅ Forensic Accuracy – Preserve integrity for legal and compliance purposes.
✅ Deep Analysis – Extract processes, network activity, and encryption keys.
Cybersecurity Assessment Type
Compromise AssessmentCybersecurity Expertise
Audit, Cyber Threat Intelligence, Risk AssessmentTechnology Type
Operating SystemCybersecurity Regulation
GDPR, NIST Cybersecurity Framework, SOC 2What's included
| Service Tiers |
Starter
$275
|
Standard
$350
|
Advanced
$500
|
|---|---|---|---|
| Delivery Time | 4 days | 7 days | 10 days |
Application Audit | - | - | - |
Project Plan | - | - | - |
Cost Estimation | - | - | - |
Frequently asked questions
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About Stephen
AI Security & Red Teaming | Digital Forensics, DFIR & Data Recovery
100%
Job Success
Machakos, Kenya - 8:17 am local time
My main focus is now offensive AI security and AI red teaming. I test AI systems from an attacker’s perspective to identify how they could be manipulated, exposed, poisoned, or abused before those weaknesses are discovered by someone with malicious intent.
AI security services include:
▪ Offensive AI red team assessments
▪ LLM application security testing
▪ Prompt injection and jailbreak testing
▪ System prompt and sensitive data leakage assessment
▪ AI reconnaissance and attack surface mapping
▪ AI agent and tool-use security testing
▪ RAG and vector database security
▪ Adversarial machine learning and model privacy testing
▪ Data and training pipeline security
▪ AI infrastructure and supply chain security
▪ AI security testing, evaluation, and hardening
▪ AI incident response and forensics
My offensive AI work is strictly authorized and defensive in purpose. Testing is performed within an agreed scope and clear rules of engagement, with findings translated into practical remediation steps.
I also provide digital forensics, DFIR, cyber breach investigation, data recovery, malware analysis, and OSINT investigation.
Digital forensics and incident response services include:
▪ Data recovery from computers, drives, mobile devices, and storage media
▪ Forensic investigation of devices, files, accounts, logs, and user activity
▪ Cyber breach investigation and root-cause analysis
▪ Email, cloud, and account compromise investigation
▪ Malware and suspicious-file analysis
▪ Mobile device forensics
▪ OSINT and online investigations
▪ Evidence preservation and forensic analysis
▪ Clear technical reports explaining findings in plain language
Tools I work with include:
Magnet AXIOM, Cellebrite UFED, Autopsy, FTK Imager, R-Studio, Disk Drill, R-Drive Image, Volatility, Registry Explorer, RegRipper, Wireshark, tcpdump, Zeek, ADB, Linux forensic utilities, security testing tools, and AI security/red teaming frameworks.
I can review disk images, memory dumps, mobile backups, cloud exports, email files, logs, AI applications, LLM workflows, AI agents, APIs, RAG systems, and other evidence or environments provided within the agreed scope.
I approach every engagement carefully, ethically, and confidentially. I do not promise unsupported conclusions or impossible recovery results. Findings are based on evidence that can be verified.
For AI security, the same principle applies: the goal is not simply to find what can be broken, but to understand the risk and make the system safer.
I believe AI should serve people, not put them at risk. My work is focused on helping organizations adopt AI securely while protecting users, systems, and sensitive information.
If you need help testing an AI system, investigating a cyber incident, analyzing evidence, or recovering important data, I can help you move from uncertainty to clear, actionable findings.
Steps for completing your project
After purchasing the project, send requirements so Stephen can start the project.
Delivery time starts when Stephen receives requirements from you.
Stephen works on your project following the steps below.
Revisions may occur after the delivery date.
Identify Target System
Determine the OS, architecture, and access level required for acquisition.
Prepare Acquisition Tools
Install and configure LiME, Belkasoft, fmem, Netcat, and Volatility.