Frequently Asked Questions

Digital forensics is the disciplined identification, preservation, collection, analysis, and presentation of electronic evidence in a manner that holds up in court, in arbitration, and before regulators.

You need it whenever an event has legal, regulatory, or financial consequences — internal investigations, IP theft, departing-employee disputes, data breaches, fraud, M&A disputes, or government inquiries. Engagements should be scoped under NIST SP 800-86 and ISO/IEC 27037 guidelines so that every artifact is admissible under FRE 901 authentication standards. Learn more about our digital forensics practice.

IT teams investigate to restore service; forensics teams investigate to preserve admissible evidence.

The difference is methodology — write-blockers, validated imaging tools, hash verification, and contemporaneous chain-of-custody documentation that survives cross-examination. In-house IT actions, no matter how well-intentioned, frequently overwrite slack space, wipe deletion artifacts, or break the evidentiary chain. We work alongside your IT and security teams so containment continues without compromising the legal posture of the matter.

The moment you have a credible signal — a litigation hold trigger, a regulator inquiry, an internal allegation, or a suspected breach.

Volatile evidence (RAM, logs, ephemeral messaging, cloud audit trails) has retention windows measured in hours or days. Engaging forensics counsel before that window closes preserves your strategic options and reduces the risk of spoliation findings under FRCP Rule 37(e). See our forensic investigations capabilities.

We are forensic practitioners and lawyers, not data-recovery technicians.

Our team includes attorneys, court-appointed special masters, certified forensic examiners (EnCE, GCFA, CCE, CFCE), and former federal investigators who have testified in U.S. District Court, state courts, AAA/JAMS arbitrations, SEC and DOJ proceedings, and international tribunals. Engagements are led by senior personnel from intake through expert testimony, governed by our proprietary Forensics Playbook framework.

Computers, servers (physical and virtual), mobile devices, cloud tenants, IoT and embedded systems, removable media, network captures, and synthetic-media files.

For traditional endpoints we use EnCase, FTK, X-Ways, and Magnet AXIOM with hardware write-blockers. Mobile acquisition is performed with Cellebrite UFED, GrayKey, Magnet GRAYKEY, and Oxygen Forensic Suite. Cloud collections leverage tenant-side admin APIs across AWS, Microsoft 365/Azure, and Google Workspace. Each acquisition class is matched to a service line — see computer forensics, mobile device forensics, server forensics, cloud forensics, and IoT forensics.

Often yes — recovery depends on the device, the wipe method, and how quickly we are engaged.

On most disk media we recover deleted files from unallocated space, Volume Shadow Copies, MFT records, and journaling artifacts. On modern SSDs with TRIM enabled and on full-disk-encrypted devices, recovery is materially harder and demands specialized techniques. For mobile devices, deleted SMS, iMessage, WhatsApp, and Signal artifacts can frequently be recovered from SQLite WAL files, backup containers, and cloud syncs. We will tell you within 24–48 hours of intake whether recovery is feasible.

We use tenant-native admin APIs and forensic connectors to capture data, audit logs, and configuration state with original metadata intact.

That includes Microsoft Purview eDiscovery, Unified Audit Log, Azure Activity Log, AWS CloudTrail, GuardDuty findings, S3 inventory, and Google Vault/Workspace Admin Audit. Where native tools are insufficient, we deploy targeted forensic agents to capture volatile state and memory before it rotates. See cloud computing forensics.

Yes — within the limits set by current device firmware and applicable law.

We support full file system and physical extractions of iOS and Android devices using Cellebrite Premium, GrayKey, and Magnet GRAYKEY, including BFU (before-first-unlock) acquisitions where supported. Some recent device/firmware combinations resist physical extraction; in those cases we proceed with logical, advanced logical, or iCloud/Google account-based collections under proper legal authority. See mobile device forensics.

Yes — IoT and embedded evidence is increasingly outcome-determinative in personal-injury, product-liability, and corporate-investigation matters.

We acquire data from connected vehicles (telematics, infotainment, ECM/EDR), wearables, smart-home hubs, industrial control systems, and consumer IoT. Where the device lacks a documented forensic interface, we use chip-off, JTAG, or ISP techniques and validate against ISO/IEC 27037 acquisition principles. See our IoT forensics service.

Yes — we apply a dual-validation methodology that combines AI-based detection with human forensic examination.

AI screening uses Reality Defender and similar synthetic-media detectors; human review applies error-level analysis, photo-response non-uniformity (PRNU), audio spectrogram analysis, lip-sync coherence, and metadata/container forensics. Reports are written to satisfy Daubert and FRE 702 reliability requirements for admissibility. See deepfake forensics.

Every artifact is hashed (MD5/SHA-1/SHA-256), logged at acquisition, transported under documented custody, and re-verified at every handoff.

We use hardware write-blockers for endpoint imaging, validated forensic suites (EnCase, FTK, X-Ways, AXIOM), and contemporaneous chain-of-custody forms aligned with NIST SP 800-86 and ISO/IEC 27037. The result is an evidence record that we can authenticate under FRE 901 and explain — step by step — under cross-examination.

We use validated tools, peer-reviewed methods, documented error rates, and standard operating procedures that mirror the Daubert reliability factors.

Each examiner is certified (EnCE, GCFA, CCE, CFCE, GASF, GCFE) and follows written SOPs grounded in NIST SP 800-86, ISO/IEC 27037/27041/27042/27043, and SWGDE best practices. Our reports document tools, versions, hash values, and reasoning so opposing experts can reproduce the analysis — the gold-standard test for reliability under FRE 702 and the Daubert/Kumho Tire framework.

Retain an expert when the opposing party challenges your collection methodology, when a court orders a forensic protocol, when sanctions are at stake, or when complex technical issues require credible explanation to a judge or jury.

Our experts have testified in federal and state courts, AAA and JAMS arbitrations, SEC and DOJ proceedings, and international tribunals — covering chain of custody, deletion artifacts, system metadata, mobile artifacts, cloud audit trails, and synthetic-media authentication. Several of our team members have served as court-appointed special masters and neutrals. See our digital forensics expert witness service.

We draft, negotiate, and execute forensic protocols that constrain scope, define search terms, protect privilege and privacy, and produce a defensible record for both sides.

Typical elements include custodian and device lists, imaging methodology, hash verification, search-term and date-range filters, privilege-screening procedures, deliverable formats, and dispute-resolution provisions. We frequently serve as the neutral or court-appointed examiner in commercial, employment, and family-law matters where neither party wants the other touching the evidence.

Every report is written to be read by a judge, opposing expert, and jury — not just by another technologist.

We produce an executive summary, scope and methodology section, tool/version/hash inventory, factual findings tied to specific artifacts, opinions with explicit reasoning, and exhibits. Where a Rule 26 expert disclosure is required, the report includes the examiner's CV, prior testimony list, compensation rate, and statement of qualifications. See forensic analysis and digital forensics consulting.