Multi Device Cyber Forensic Audit -- 2

@rbtech1984

Hello There!!! ★★★★ (Multi-device forensic investigation with full chain-of-custody analysis and system hardening) ★★★★ Project understanding: I understand you need a deep forensic investigation across Raspberry Pi, iPhone, and Samsung device due to suspected unauthorized access, possible MITM activity, and persistent malicious profiles or MDM control. The work includes evidence acquisition, root cause analysis, cleanup, and securing all devices with proper verification and reporting. Services: ⚜ Full forensic imaging with integrity hash verification ⚜ Malware, MDM profile, and persistence mechanism detection ⚜ Network traffic and log analysis (Wireshark, Volatility, OSINT tools) ⚜ Root cause analysis with clear timeline of compromise ⚜ Complete remediation and secure cleanup process ⚜ Device hardening (SSH, firmware, iOS/Android security settings) ⚜ Final security audit report with validation proof I have worked on security audits and incident response style investigations where tracing hidden persistence and network anomalies was key. My approach is structured: first evidence capture, then isolation analysis, followed by safe remediation and re-validation to ensure nothing remains active. I can start immediately and keep clear communication throughout the process with proper documentation at each stage. Warm Regards, Farhin B.

@SkillCrafts

Your description of altered AI responses and persistent unauthorized log-ins on your Raspberry Pi, iPhone, and Samsung Z Fold strongly suggests a sophisticated compromise, potentially involving a hidden MDM profile or advanced persistence techniques. My experience with similar complex multi-device investigations, including uncovering covert network injections and analyzing rootkit-level persistence on embedded systems, has equipped me to tackle this challenge. My approach will involve secure, forensically sound imaging of each device using industry-standard tools like FTK Imager and `dd` for the Pi, followed by deep analysis. For the mobile devices, I'll leverage Cellebrite UFED and XRY for logical and physical acquisitions, focusing on extracting volatile data, system logs, application artifacts, and any unusual configurations. I will meticulously examine network traffic logs, kernel modules, and boot processes on the Pi, alongside app manifests and MDM profiles on the phones, to identify the root cause and all persistence mechanisms. Cleanup will involve precise removal of identified malware and exploits, followed by hardening measures to prevent recurrence. Before proceeding, could you confirm if you have any specific types of unusual log entries you've observed that might point towards a particular attack vector? I’m confident I can provide a comprehensive audit and remediation. Let’s schedule a brief call to discuss the specifics further.

@markupdudes

Hi, I appreciate the detailed overview of your multi-device forensic challenges and understand the urgency. With extensive experience in iOS development and reverse engineering, I am confident in conducting thorough forensic acquisition and analysis across your Raspberry Pi, iPhone 17 Pro Max, and Samsung Z Fold. My approach will include leveraging approved forensic tools to identify persistence mechanisms, executing meticulous cleanup, and applying stringent hardening protocols to prevent recurrence. I will ensure clear documentation with verification hashes, root-cause analysis, remediation proof, and tailored security hardening. We can coordinate real-time for efficient progress, aiming for a swift resolution meeting all acceptance criteria. I look forward to your logs and remote access to get started promptly. Which device would you prefer prioritizing for the forensic analysis to best manage your concerns? Thanks,

@invoketech

HELLO, WE HAVE CAREFULLY REVIEWED YOUR REQUIREMENT AND CAN PERFORM A COMPREHENSIVE MULTI-DEVICE DIGITAL FORENSIC AUDIT WITH EVIDENCE PRESERVATION, THREAT ANALYSIS, AND SECURITY HARDENING. We have over 10+ years of experience in cybersecurity, digital forensics, incident response, and system security. Our approach follows forensic best practices to preserve evidence, identify indicators of compromise, analyze persistence mechanisms, and document every finding with clear remediation steps. We focus on delivering reproducible results while maintaining chain-of-custody standards throughout the investigation. WORKING FLOW FORENSIC ACQUISITION → Verify device images, collect evidence, and preserve forensic integrity THREAT ANALYSIS → Investigate logs, persistence methods, MDM profiles, network activity, and possible IoCs ROOT CAUSE REPORT → Build a detailed timeline with validated findings and supporting evidence REMEDIATION & HARDENING → Remove threats, secure devices, and apply system/network hardening measures VALIDATION & DOCUMENTATION → Verify clean state, generate reports, and provide ongoing security recommendations We ensure a structured forensic investigation with complete documentation, validated remediation, and practical recommendations to strengthen your overall security posture. Let’s discuss in chat as I have some queries to ask regarding the project to proceed further. Invoke Tech

@toriquldev123

Hello Dear! I’m Md Toriqul Islam, and I’m excited to partner with you. I can dive into your project immediately. I have rich experience in digital forensics, cybersecurity, Linux administration, network security, malware analysis, and incident response. I understand you need a complete forensic investigation across your Raspberry Pi, iPhone, and Samsung devices, including evidence acquisition, compromise analysis, persistence detection, remediation, system hardening, and comprehensive documentation following forensic best practices. I am skilled in Linux, Wireshark, Volatility, Autopsy, network analysis, and digital forensics. I’m ready to start immediately and would be happy to discuss the investigation scope and methodology. Looking forward to hearing from you. Best regards, Md Toriqul Islam

@mobiwebsolutions

✋ Hi There!!! ✋ THE GOAL OF THE PROJECT:- CONDUCT MULTI DEVICE DIGITAL FORENSIC ANALYSIS TO IDENTIFY REMOVE AND HARDEN AGAINST POSSIBLE CYBER INTRUSION ACROSS RASPBERRY PI AND IOS AND ANDROID DEVICES I have carefully read the complete project requirements and understand you need a full forensic investigation, remediation, and system hardening across multiple compromised devices with proper evidence tracking and validation. I am 9+ years experience as a full stack developer with strong cybersecurity and systems analysis background. I am the best fit because I have experience in network security auditing, device hardening, and forensic level troubleshooting of compromised systems. Key points: forensic image analysis with integrity verification, identification of persistence mechanisms and unauthorized access patterns, and complete remediation with system hardening across all devices. I will provide UI design where applicable, database management, testing, full source code delivery if scripts are built, and detailed forensic reporting with structured documentation. I have worked on similar security audits and intrusion analysis projects involving multi device environments and network security validation. Looking forward to chat with you for make a deal Best Regards Elisha Mariam

@shaxzodj

As an experienced IT Specialist with a versatile skill set and extensive Linux administration experience, I am more than ready to offer my services to tackle your complex technological predicament. My proficiency in system troubleshooting, network diagnostics, and infrastructure security paired with a deep understanding of sophisticated exploitation techniques undoubtedly fits the profile of your job request. I take pride in my ability to identify and solve intricate technical issues efficiently, ensuring systems stay secure and operational. Throughout my career, I have established a strong footing in remote support and vulnerability assessment—both crucial facets for delving into your Raspberry Pi, iPhone 17 Pro Max, and Samsung Z Fold devices remotely. Be assured that I always approach every project while adhering to strict chain-of-custody principles.

@purealmaz

Regarding your project, I have a quick question: Regarding the suspected MITM attack, have you managed to capture any raw network traffic logs (PCAPs), or are the logs you collected purely from the devices themselves? I plan to approach this by using a combination of industry-standard remote tooling, like the ones you mentioned, complemented by custom Python scripts for automated log correlation and analysis across the three disparate systems (Pi, iOS, Android). My approach focuses on memory forensics and filesystem analysis to identify the root compromise. I previously tackled a similar challenge when I led the response for a compromised production server environment. The incident involved sophisticated malware that established persistence across a Docker-based microservice architecture. I performed live forensic analysis to trace the intrusion, neutralized the threat, and implemented a comprehensive hardening plan to secure the system and its APIs. Let's connect to discuss the architecture. Regards, Philip O.

@Aaleen110

I understand you need a multi-device cyber forensic audit for your Raspberry Pi, iPhone 17 Pro Max, and Samsung Z Fold, focusing on unusual activity, unauthorized log-ins, reoccurring applications, and altered AI responses suggesting a hidden MDM profile. I recently conducted a similar deep dive on a compromised IoT network and successfully identified and removed a sophisticated rootkit, restoring full device integrity. My approach will involve creating bit-for-bit forensic images of each device using `dd` for the Pi and specialized tools like Cellebrite UFED for the mobile devices. Analysis will then proceed using Autopsy and Volatility frameworks, examining file systems, memory dumps, and network logs for persistence mechanisms and signs of a MITM attack. I will then surgically remove identified exploits and profiles, followed by hardening each device to prevent future intrusions. Given the altered AI responses and suspected MDM, what specific types of data are most critical to recover or preserve during the acquisition phase? Ready to start as soon as you confirm scope.

@johnedwardl

Hi, I will conduct a thorough forensic analysis of your Raspberry Pi, iPhone 17 Pro Max, and Samsung Z Fold to identify and eliminate any malicious activity. My experience with similar cases has equipped me to handle potential MITM attacks and unauthorized MDM profiles effectively. Using tools like Autopsy, Volatility, and Cellebrite, I will verify the integrity of your devices, document every indicator of compromise, and provide a detailed clean-up and hardening plan. My approach will ensure that all lingering threats are removed, and I will deliver verification hashes to confirm the integrity of the devices post-remediation. To streamline the process, I’ll need to review the logs you’ve collected and coordinate for any required remote forensic tooling. This will help in creating a comprehensive timeline of the attack and ensure all findings are reproducible. I’m ready to start immediately and will keep you updated throughout the process. Thank you.

@kishanbwts

You’ve outlined a serious and complex breach affecting multiple device types with signs of persistent compromise and possible illegal MDM profiles. Based on a similar engagement where I investigated unauthorized re-installation of apps and remote access vectors on mixed-device environments, I know this will require meticulous forensic imaging and multi-layer analysis. Starting with the Raspberry Pi image you provide, I’ll verify hash integrity, parse logs with Volatility and Autopsy, and cross-check network traffic captures for MITM indicators. For the phones, are you able to provide Cellebrite or Magnet AXIOM output files, or would you prefer shipping devices for deeper manual extraction? Early clarity on this helps plan scope and timelines. After isolating persistence methods—including any hidden MDM profiles or rogue SSH keys—I’ll remove them cleanly, then apply hardened configurations tailored per device. I’ll document every step with before/after hashes and screenshots to ensure full reproducibility. A question: have you noticed if the unusual app reinstallation correlates with any scheduled tasks or external command triggers? This might help pinpoint active exploit paths faster. I’m ready to start as soon as you share the initial logs and forensic data. We’ll work step-by-step until every compromise is removed and your devices are secure.

@jeremiasg17

Hello! I’ve tackled similar security breaches involving multiple devices and achieved full remediation and hardening, resulting in a significant reduction in unauthorized access attempts. I can share my approach and examples in chat if you're interested. For your project, I would start by conducting a forensic analysis to identify the persistence mechanisms and unauthorized profiles across your devices. I’d use tools like Autopsy and Volatility for in-depth analysis and ensure all findings are documented clearly. Have you already identified any specific indicators of compromise in your logs that stand out? If you’re open, I can share a similar build and we can see if it fits your needs. Looking forward to your thoughts!