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BROWSER-NATIVE DIGITAL FORENSICS & EVIDENCE MANAGEMENT

VERIDEX Evidence Analyzer

Collect, analyze, preserve, and validate digital evidence directly within isolated browser memory. Execute instant SHA-256 cryptographic hashing, automated chain of custody logging, offline PST email triage, and Smart DeNIST filtering without transferring sensitive corporate evidence to cloud vendors.


SHA-256 Cryptographic Hashing

Smart DeNIST & NSRL Filtering

Offline PST & MBOX Email Triage

Automated Chain of Custody

ArchitectureZero-Footprint Browser WASM
RuntimeChromium V8 · SpiderMonkey · JavaScriptCore
HashingSHA-256 · MD5 Dedup
StandardsFRE 902(13) · FRCP 37(e)
Data Residency100% On-Device · Zero Cloud Egress


Product Overview

Browser-Native Digital Evidence Platform

VERIDEX Evidence Analyzer is an air-gapped, WebAssembly-powered forensic triage and evidence processing platform that operates entirely within the investigator’s browser — zero server installation, zero cloud egress, full court defensibility.

300+
Supported file formats and forensic containers

30–50%
Data volume reduction via Smart DeNISTing (NSRL)

100GB+
Dataset capacity via OPFS chunked streaming

0 ms
Cloud upload time — all processing is local

The Problem

Why Traditional Investigation Tools Fail

Massive Data Bloat

A single workstation image exceeds 500 GB — 60–70% is OS files and DLLs that obscure evidence and inflate vendor processing fees.

Cloud Subpoena Risk

Uploading to third-party eDiscovery cloud platforms exposes sensitive employee data to vendor subpoenas and cross-border data transfer violations.

Sluggish Investigation Velocity

Network file transfers and cloud ingestion queues introduce days of delay during time-sensitive audits and regulatory investigations.

Metadata Contamination

Opening files on suspect systems alters “Last Accessed” timestamps, corrupting MAC metadata and inviting evidence spoliation challenges in court.

Fragmented Chain of Custody

Manual spreadsheet tracking introduces timestamp gaps and custody breaks that undermine admissibility when challenged in judicial proceedings.

Excessive Vendor Ingestion Fees

Cloud eDiscovery providers charge $200–$500 per GB to ingest raw data. Un-DeNISTed disk dumps result in tens of thousands in avoidable processing costs.

Complex Hardware Dependencies

Legacy forensic tools require expensive hardware dongles, dedicated server rigs, and thick desktop software that restrict examiner mobility.

Payload & Malware Risks

Parsing un-sandboxed suspect files directly on endpoint machines risks detonating malicious scripts or macro viruses across corporate networks.

Workflow

6-Stage Court-Defensible Investigation Pipeline

Every stage executes inside your local browser. No data leaves the corporate perimeter at any point in the pipeline.

1
Targeted Endpoint Collection
Gather user profile folders, PST archives, browser histories, and system logs via lightweight targeted collectors or local file drop — no full disk imaging required.

Local Collection

2
Instant SHA-256 Fingerprinting
Generates cryptographic SHA-256 hash digests directly on raw bit-streams the moment files enter browser memory, locking baseline evidence integrity before any parsing occurs.

Integrity Lock

3
Smart DeNISTing — NSRL Noise Removal
Cross-references file hashes against the NIST NSRL database, automatically filtering OS binaries, DLLs, and application graphics to reduce evidentiary dataset volume by 30–50%.

Volume Reduction

4
Offline Email & OCR Parsing
WebAssembly MAPI/MIME modules unpack PST/OST/EML containers in browser RAM. Client-side OCR converts scanned PDFs, receipts, and screenshots to searchable text — 100% offline.

Content Extraction

5
Entity & Pattern Extraction
Automatically detects PII, SSNs, IBAN bank numbers, tax identifiers, credit card strings, IP addresses, and custom regex patterns across all ingested evidence files.

PII & Pattern Detection

6
Defensible Export & Audit Certificates
Export filtered evidence packages with SHA-256 signed PDF Chain of Custody Audit Certificates and Concordance .DAT / EDRM XML load files ready for downstream review ingestion.

Court-Ready Output

Core Capabilities

Enterprise Forensic Feature Set

Purpose-built forensic processing modules that operate in browser-isolated memory — no cloud API calls, no third-party data exposure.

Remote Endpoint Evidence Collection

Gather targeted evidence from local and remote endpoints without business disruption or full disk imaging overhead.

  • Targeted directory gathering — no full disk image required
  • Encrypted, hash-validated container packaging
  • Bypasses OS file openers to preserve original MAC timestamps
  • Browser history, cloud sync, and USB log collection

SHA-256 Evidence Fingerprinting

Computes cryptographic digests instantly upon ingestion using browser SubtleCrypto APIs. Satisfies FRE 902(13)/(14) self-authentication standards.

  • Immediate hash calculation on raw binary streams
  • Dynamic verification matching during export
  • Court-tested admissibility — FRE 902(13) & 902(14)
  • MD5 + SHA-256 dual-algorithm family deduplication

Smart DeNIST Filtering (NSRL)

Matches ingested file hashes against the NIST National Software Reference Library database to eliminate non-evidentiary system binaries before review.

  • Suppresses OS binaries, DLLs, and application cache
  • Reduces dataset volume by 30–50% prior to human review
  • Eliminates downstream eDiscovery vendor hosting charges
  • Both white-list and black-list NSRL modes supported

Offline Email Analysis — PST, OST, EML, MBOX, MSG

Custom WebAssembly MAPI/MIME parser unpacks complex email archives directly inside browser memory — no Outlook or server-side backend needed.

  • Parses multi-gigabyte PST/OST stores in browser RAM
  • Reconstructs email threads, headers, and inline attachments
  • Surfaces deleted email records and unindexed container items
  • Supports MS Teams, Slack, Google Chat JSON exports

Offline Local OCR Processing

Client-side Optical Character Recognition via WebAssembly converts scanned PDFs, bank slips, receipts, and screenshots into searchable text — zero cloud dependency.

  • Converts non-searchable image PDFs and screenshots to text
  • Operates 100% offline — no external cloud OCR APIs
  • EXIF metadata extraction from JPG/PNG/TIFF/HEIC images
  • Magic byte signature mismatch detection for tampered files

Automated Chain of Custody & Immutable Logging

Cryptographically signed audit certificates record every examiner interaction — collection timestamps, hash digests, query events, and export actions.

  • Automated logging of every examiner query and file interaction
  • Exportable PDF Audit Certificates for judicial submission
  • Defends against FRCP 37(e) spoliation motions
  • Immutable event log stored in browser-isolated storage

Automated PII & Pattern Extraction

Identifies SSNs, IBAN bank details, credit card numbers, and custom regex strings across millions of unindexed evidence records in memory.

  • Pre-built regex patterns for GDPR, HIPAA, and CCPA data types
  • Custom regex engine for proprietary account number formats
  • Automated PII masking prior to legal review export
  • Real-time pattern match scoring across multi-GB datasets

Concordance & EDRM Defensible Export

Generates production-ready load files (DAT, OPT, EDRM XML) and signed audit manifests for seamless ingestion into eDiscovery platforms.

  • Concordance .DAT and Opticon .OPT cross-reference files
  • EDRM XML metadata schema compatibility
  • SHA-256 signed PDF Chain of Custody Audit Certificates
  • Native file package bundling with zero metadata alteration

Technical Specifications

Architecture & Format Support

Full technical details for IT, security, and legal operations teams evaluating deployment requirements.

Runtime Environment
Execution ModelWebAssembly (Wasm) + JavaScript
Browser SupportChrome 108+ · Edge 108+ · Firefox 110+ · Safari 16.4+
Storage BackendOrigin Private File System (OPFS) + IndexedDB
Max Dataset Capacity100 GB+ via OPFS chunked streaming Verified
Cloud EgressZero — 100% local processing
Offline OperationFull air-gap support after initial cache Yes
Server InfrastructureNone required
Email & Communication Formats
Microsoft OutlookPST · OST · MSG
Internet StandardEML · MBOX · RFC 822
Chat PlatformsTeams JSON · Slack JSON · Google Chat · WhatsApp
Email ThreadingIn-Reply-To · Message-ID · References header parsing

Cryptographic Integrity
Primary Hash AlgorithmSHA-256 (FIPS 180-4) Court-tested
Deduplication HashMD5 (file-level) + SHA-256 (family-level)
Hash APIWeb Crypto SubtleCrypto API (browser-native)
Chain of Custody ExportSigned PDF Audit Certificate
Legal Standard — IntegrityFRE 902(13) · FRE 902(14)
Legal Standard — PreservationFRCP Rule 37(e)
Export & Output Formats
Review Load FilesConcordance DAT · Opticon OPT · EDRM XML
Document FormatsPDF · TIFF · Native files · Text extraction
Archive FormatsZIP · TAR · 7Z · RAR (with password unlock)
NSRL Filter VersionNIST NSRL 2.x (periodically updated) NSRL Verified
Pattern DetectionSSN · IBAN · Tax IDs · Credit cards · IP addresses · Custom regex
Compliance FrameworksGDPR · HIPAA · CCPA · SOC 2 Type II · NIST SP 800-53

Integrations

Upstream & Downstream Integrations

VERIDEX Evidence Analyzer export packages load directly into all major eDiscovery review platforms via standard load file formats.

VERIDEX Review Studio
Relativity Load Files
Everlaw Ingestion
Nuix Workstation
CS Disco Import
Logikcull Packages
Concordance DAT Exports
Exterro Legal Hold
OpenText Axcelerate
EDRM XML Manifests

Benefits by Stakeholder

For Forensic Investigators

  • Begin searching PST dumps in seconds — no cloud indexing queue
  • Browser isolation prevents malicious payloads from infecting workstations
  • Automated SSN/IBAN/credit card detection across millions of records
  • Run complete forensic analysis on standard laptops — Chrome, Edge, Firefox

For Legal & eDiscovery Teams

  • FRE 902(13)/(14) SHA-256 self-authentication — no expert witness fees
  • FRCP 37(e) spoliation defense via immutable chain-of-custody logging
  • 30–50% cost savings via pre-filtering before loading into review platforms
  • Concordance DAT + EDRM XML output for instant review ingestion

For Compliance & Audit Leadership

  • Zero-cloud data processing — 100% behind your corporate firewall
  • GDPR & HIPAA alignment — prevents illegal cross-border data transfers
  • Silent executive audits under attorney-client privilege — no vendor footprint
  • Global deployment via lightweight browser access — no installs required

Use Cases

Real-World Investigation Scenarios

How enterprise investigation teams deploy VERIDEX Evidence Analyzer across critical investigation types.

Employee Misconduct

Workplace Harassment & Misconduct Investigations

Challenge

HR receives a whistleblower report alleging executive misconduct and unauthorized expense reimbursements across corporate messaging and email accounts.

VERIDEX Solution

Load exported MBOX/EML archives into Evidence Analyzer. SHA-256 baseline hashes lock integrity. Smart DeNISTing filters non-human system emails. Offline pattern matching isolates date-stamped communications and expense receipt PDFs — 100% in private browser memory.

Insider Threat

Departing Employee Data Exfiltration

Challenge

A senior sales director resigns to join a competitor. IT flags unusual late-night USB device activity and bulk cloud downloads 48 hours prior to resignation.

VERIDEX Solution

Deploy targeted collection to extract the custodian’s local profile, cloud sync directories, browser download history, and USB connection logs. SHA-256 hashes match extracted ZIPs against master customer databases to prove exact file exfiltration within hours for TRO filings.

Financial Fraud

Corporate Fraud & Off-Books Accounting Audits

Challenge

Internal audit discovers financial discrepancies in vendor invoice approvals pointing to altered PDF bank details and off-books shell company accounts.

VERIDEX Solution

Load 80 GB of PST archives, ERP spreadsheet dumps, and scanned PDF invoices. Automated pattern recognition extracts IBAN numbers, tax IDs, and altered dollar amounts. Offline OCR parses scanned invoices while preserving continuous chain of custody.

IP Theft

Intellectual Property & Trade Secret Theft

Challenge

A technology firm suspects a departing R&D engineer copied proprietary source code and CAD schematics before launching a rival company.

VERIDEX Solution

Ingest source code repositories, archived CAD drawings, and personal cloud logs. SHA-256 hashes identify renamed code modules. Extracts compressed archives in PST attachments. Generates cryptographic audit log for federal DTSA litigation.

Incident Response

Cybersecurity Incident Response & Payload Triage

Challenge

Enterprise network detects a ransomware incident. IR teams must isolate web shell payloads and log artifacts rapidly without risking host workstation infection.

VERIDEX Solution

Ingest IIS web server logs, PowerShell execution histories, and suspect payload samples. Browser-isolated RAM safely parses log structures, extracts malicious IP addresses and execution flags, and computes payload SHA-256 hashes without infecting the analyst workstation.

Regulatory Compliance

Anti-Bribery (FCPA) & Regulatory Subpoena Ingestion

Challenge

Legal counsel receives an urgent DOJ subpoena demanding 30-day triage and production of 15 custodians’ archived PST stores for suspected FCPA violations.

VERIDEX Solution

Ingest PST stores directly into Evidence Analyzer. Smart DeNISTing eliminates 40% OS noise instantly. Automated PII and IBAN extraction isolates suspicious transactions, producing Concordance DAT load files for downstream review in hours rather than weeks.

Competitive Analysis

VERIDEX vs. Traditional DFIR & Cloud eDiscovery

A head-to-head operational comparison across key evaluation criteria for corporate legal teams.

Evaluation Criteria Traditional DFIR Software Cloud eDiscovery Vendors VERIDEX Evidence Analyzer
Data Location & Privacy Local Workstation (Heavy DB) Third-Party Cloud Servers 100% On-Device Browser RAM
Ingestion Velocity Hours (Complex DB indexing) Days (Network transfer queues) Seconds (Instant Wasm Processing)
Hardware & Licensing Cost $15,000+ hardware + dongles $200–$500 per GB ingest fees Zero specialized hardware required
Chain of Custody Logging Manual / Spreadsheet logs System audit logs only Automated SHA-256 signed audit logs
Smart DeNISTing (NSRL) Supported (requires local DB) Often billed as premium add-on Automated client-side NSRL matching
Offline Email & OCR Requires desktop modules Cloud API token dependency 100% offline Wasm PST parsing & OCR
Spoliation Protection High Moderate (vendor cloud risk) Absolute (read-only + SHA-256 hashing)
Air-Gap / Offline Deployment Supported Not supported Full air-gap after initial browser cache

FAQ

Frequently Asked Questions

Technical, legal, and operational questions from enterprise evaluation teams.

01. How does VERIDEX Evidence Analyzer process digital evidence locally without server-side cloud uploads?
VERIDEX utilizes client-side WebAssembly (Wasm) compiled binaries combined with the browser’s Origin Private File System (OPFS) direct-to-disk streaming APIs. Ingested PST stores, disk dumps, and forensic containers are parsed directly within workstation RAM and isolated local storage. At no point are evidence files transmitted over external networks or stored on third-party cloud infrastructure.
02. How does SHA-256 cryptographic fingerprinting satisfy FRE 902(13) and 902(14) self-authentication standards?
Under Federal Rules of Evidence 902(13) and 902(14), electronic data certified by a process of digital identification is self-authenticating. VERIDEX computes SHA-256 hash digests directly on raw binary streams upon initial ingestion using native browser SubtleCrypto APIs. The generated hash signatures lock evidence baselines, allowing legal counsel to establish court admissibility without requiring expert witness testimony.
03. What is Smart DeNISTing and how does it reduce raw evidence volume by 30% to 50%?
Smart DeNISTing cross-references file hash signatures against the NIST National Software Reference Library (NSRL) reference database. It automatically identifies and flags known operating system binaries, DLLs, application executables, and standard system media. Suppressing these non-evidentiary files reduces dataset volume prior to review, cutting downstream eDiscovery hosting and processing costs.
04. How does the WebAssembly MAPI/MIME parser process PST, OST, and MSG email stores without Microsoft Outlook?
VERIDEX embeds a standalone, WebAssembly-compiled MAPI and MIME parsing engine. It reads compound file binary structures (CFBF) and Outlook PST/OST table trees directly inside browser memory. The parser extracts raw RFC 822 email headers, HTML/Plaintext message bodies, inline attachments, and metadata flags without relying on local Microsoft Office installations or MAPI DLL dependencies.
05. Can VERIDEX Evidence Analyzer operate in fully air-gapped, offline forensic environments?
Yes. Once the web application and WebAssembly binaries are cached in the examiner’s browser Service Worker, VERIDEX operates with complete zero-cloud dependency. Full forensic parsing, SHA-256 hashing, client-side OCR, regex pattern searching, and PDF audit certificate generation execute entirely offline without an active internet connection.
06. How does Origin Private File System (OPFS) handle 100 GB+ dataset streams without memory allocation crashes?
Standard browser JS engines hit memory ceilings when loading multi-gigabyte files into array buffers. VERIDEX bypasses V8 heap limits by using OPFS synchronous access handles and chunked binary streaming. Data is written to high-speed origin-isolated disk storage in sequential 64 KB blocks, maintaining predictable memory consumption even under 100 GB+ evidence workloads.
07. What measures prevent evidence spoliation and timestamp contamination during local browser triage?
VERIDEX opens evidence containers in strict read-only binary streams via browser File System Access handles. By bypassing host operating system shell extensions and native application openers, VERIDEX leaves underlying OS file system metadata untouched, fully preserving original Modified, Accessed, and Created (MAC) timestamps to defend against FRCP Rule 37(e) spoliation motions.
08. How does client-side Optical Character Recognition (OCR) convert scanned PDFs into searchable text?
VERIDEX embeds an offline WebAssembly OCR engine compiled from Tesseract. When non-searchable image PDFs, TIFFs, or screenshots are ingested, client-side threads render image pages to canvas buffers and extract textual data locally. Extracted text is indexed alongside document metadata for instant keyword querying without sending image data to external cloud OCR endpoints.
09. What regex patterns and PII types can VERIDEX automatically extract from ingested evidence?
VERIDEX includes pre-configured regex detectors for Social Security Numbers (SSN), International Bank Account Numbers (IBAN), credit card numbers (Luhn validated), Tax Identification Numbers (TIN), IP addresses, email addresses, and phone numbers. Examiners can also define custom regular expressions to isolate proprietary project numbers, account patterns, or sensitive keyword lists.
10. What eDiscovery review load file formats can be exported from VERIDEX Evidence Analyzer?
VERIDEX exports industry-standard eDiscovery production packages containing Concordance .DAT metadata load files, Opticon .OPT image cross-reference files, EDRM XML manifests, extracted text files (.TXT), and preserved native files. Exported packages are plug-and-play compatible with Relativity, VERIDEX Review Studio, Everlaw, Nuix, Disco, and Logikcull.
11. How does VERIDEX handle password-protected or encrypted ZIP, PDF, and PST containers?
When encrypted containers are encountered, VERIDEX flags the file in an Exception Manifest and logs the specific encryption offset. Examiners can supply known passphrase lists or decryption keys locally in browser RAM to attempt container unlock. The system maintains batch processing continuity without crashing or dropping unencrypted items in the queue.
12. What compliance and privacy regulations govern data processed within VERIDEX Evidence Analyzer?
Because all evidence processing occurs within local browser memory behind corporate firewalls, VERIDEX natively aligns with GDPR, HIPAA, CCPA/CPRA, SOC 2 Type II, and NIST SP 800-53 security controls. No personal data, protected health information (PHI), or confidential attorney work product is exposed to third-party SaaS vendors.
13. How does dual-algorithm hashing (MD5 + SHA-256) support family-level deduplication?
VERIDEX calculates dual MD5 and SHA-256 hashes for every ingested item. Primary SHA-256 hashes serve as tamper-proof judicial integrity locks, while MD5 hashes enable rapid file-level deduplication across massive datasets. Family-level deduplication groups parent emails with their corresponding attachments to prevent fragmenting email threads during review.
14. How does VERIDEX preserve email thread relationships and chat transcript exports?
The email parser reads In-Reply-To, Message-ID, and References header strings to automatically reconstruct email conversational threads. For enterprise messaging platforms (MS Teams, Slack, Google Chat JSON/CSV exports), VERIDEX parses timestamped message streams, user IDs, and channel metadata into unified chronological conversation views.
15. What audit records are included in the exportable PDF Chain of Custody Audit Certificate?
The generated PDF Audit Certificate contains a complete forensic execution trail: examiner credentials, machine hostname, session start/end UTC timestamps, ingestion file names, bit-stream SHA-256 hashes, NSRL filtering statistics, query execution logs, and export hash verification receipts signed with a cryptographic signature.
16. How does Magic Byte signature analysis detect altered or disguised file extensions?
Attackers often rename executable files (.exe, .bat) or archive containers (.zip) to innocent extensions (.jpg, .pdf) to bypass corporate filters. VERIDEX inspects initial header byte signatures (Magic Bytes) of every file upon ingest, automatically flagging mismatch anomalies (e.g., a file named report.pdf starting with 4D 5A PE header bytes).
17. What hardware specifications are recommended for optimal browser-native Wasm performance?
VERIDEX is optimized to run on standard corporate laptops (Intel Core i5/i7 or Apple M-Series, 16 GB RAM, SSD storage) running 64-bit Google Chrome, Microsoft Edge, Mozilla Firefox, or Apple Safari. Multi-threaded Web Workers scale processing across all available CPU cores without requiring specialized GPU hardware or local database servers.
18. How does VERIDEX Evidence Analyzer integrate with VERIDEX Legal Hold Manager?
Custodial evidence scope defined under VERIDEX Legal Hold Manager can be handed directly into Evidence Analyzer for initial forensic culling and hash verification. Once culled, the resulting defensible load file packages flow seamlessly into VERIDEX Review Studio for TAR 2.0 predictive coding and production export.
19. Can VERIDEX process damaged or partially corrupted PST and OST email archives?
Yes. VERIDEX incorporates fault-tolerant MAPI table recovery routines that scan corrupt PST/OST stores block-by-block. When unreadable sectors or broken internal pointers are detected, the recovery engine extracts all salvageable email headers and attachments, logging corrupt byte offsets in an immutable audit manifest.
20. What is the difference between white-list and black-list NSRL DeNISTing modes?
In Black-List mode, VERIDEX suppresses known operating system binaries and application noise identified in the NIST NSRL database. In White-List mode, examiners specify approved reference hash sets (e.g., proprietary corporate software builds), filtering out everything except verified baseline files during specialized IP audits.
21. How does browser memory isolation protect analyst workstations from malicious payloads?
Because evidence files are parsed inside sandboxed WebAssembly execution contexts, malicious macros, web shells, and executable payloads cannot break out of browser memory to compromise the underlying host operating system. Analysts can safely inspect suspect files without risking malware detonation across corporate networks.
22. How are EXIF and IPTC metadata extracted from photographic and image evidence?
During image ingest, VERIDEX extracts embedded EXIF, IPTC, and XMP metadata fields including camera make/model, GPS latitude/longitude coordinates, capture timestamps, exposure settings, and software modification tags, mapping spatial metadata directly to investigation timelines.
23. Does VERIDEX require administrative privileges or software installation on custodian machines?
No. VERIDEX Evidence Analyzer operates 100% inside standard modern web browsers via web URLs. It requires zero local administrative rights, zero driver installations, zero registry modifications, and zero desktop software footprints, enabling instant deployment across enterprise networks.
24. How does VERIDEX search unindexed container files and nested archive structures?
The ingestion pipeline recursively unpacks nested archives (ZIP inside PST inside 7Z) down to 32 levels deep in memory. Text content and metadata from all nested layers are indexed into a local WebAssembly full-text search index, allowing instant Boolean, wildcard, proximity, and fuzzy queries across the entire evidence tree.
25. How does VERIDEX protect sensitive executive investigations under Attorney-Client Privilege?
In internal investigations involving C-suite executives, uploading data to external eDiscovery cloud platforms creates subpoena exposure and audit trail leaks. VERIDEX enables legal teams to conduct end-to-end evidence triage locally within privileged legal counsel workstations without alerting cloud SaaS administrators or third-party vendors.
26. What legal precedent supports the admissibility of browser-calculated SHA-256 hash digests?
Federal courts consistently recognize SHA-256 hash verification as mathematically bulletproof under FRE 902(13). Prominent cases (e.g., Lorraine v. Markel American Insurance Co.) affirm that matching cryptographic digests produced by validated software algorithms satisfy authentication standards without requiring expert witness testimony.
27. How does VERIDEX handle multi-language documents and non-Latin character sets?
The text extraction and indexing engine supports full UTF-8 encoding, handling complex character sets across CJK (Chinese, Japanese, Korean), Cyrillic, Arabic, Hebrew, and European character sets. Client-side OCR includes language pack support for over 100 international languages.
28. How does VERIDEX Evidence Analyzer compare to traditional thick-client DFIR software?
Traditional desktop DFIR software requires expensive per-seat licenses, specialized hardware rigs, and cumbersome SQL database maintenance. VERIDEX delivers instant zero-footprint browser deployment, automatic NSRL pre-filtering, and client-side Wasm speed without multi-thousand dollar hardware or licensing overhead.
29. Can custom regex patterns be exported and shared across corporate investigation teams?
Yes. Examiners can export defined PII regex libraries, keyword search strings, and NSRL filter rules as encrypted JSON configuration profiles. Teams can import these profiles into any browser session to enforce standardized triage protocols across global investigation branches.
30. How do I request an enterprise pilot or schedule a technical demonstration of VERIDEX?
Enterprise legal, compliance, and IT security teams can request a guided demonstration or initiate a 30-day proof-of-concept evaluation by contacting our technical team via the Schedule Enterprise Demo page or reaching out directly to DiscoveryTechLab representatives.

Accelerate Your Evidence Analysis Workflow with VERIDEX

Manual file inspection and un-DeNISTed cloud uploads inflate processing costs and expose your team to evidentiary spoliation challenges. Schedule a legal operations consultation to discover how VERIDEX Evidence Analyzer operates 100% on-device in browser RAM while preserving complete data privacy.


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