Question 1

How does TheCorpTrust's browser-based forensic engine work without server uploads?

Accepted Answer

TheCorpTrust executes forensic document, media, and text analysis directly within your web browser sandbox using client-side WebAssembly, HTML5 Canvas, and Web Audio APIs. Files are never uploaded to remote cloud servers or third-party databases. Instead, your local CPU computes cryptographic hashes (SHA-256), parses binary byte streams, evaluates font embedding tables, and calculates compression variance entirely in volatile browser memory.

Question 2

What privacy guarantees does TheCorpTrust provide for sensitive corporate files?

Accepted Answer

TheCorpTrust operates on a strict zero-knowledge, zero-retention privacy architecture. Because file parsing occurs locally on-device, confidential contracts, payroll records, offer letters, and identification credentials are never transmitted over the internet or saved to external storage. This enables complete compliance with GDPR, HIPAA, and sovereign data residency laws while protecting corporate intellectual property.

Question 3

What file types and digital formats are supported for verification?

Accepted Answer

TheCorpTrust supports a wide variety of file formats and digital assets: PDF documents (contracts, employment offer letters, financial statements, and certificates), raster images (JPEG, PNG, WebP, and TIFF for seal tampering and error level analysis), multimedia recordings (MP4, WebM, WAV, and MP3 for deepfake video and synthetic voice cloning analysis), raw text communications (emails, SMS text messages, and recruiter outreach), and domain infrastructure (DNS records, MX routing, SPF alignment, and DMARC enforcement).

Question 4

How does the Document Authenticator spot file anomalies and alterations client-side?

Accepted Answer

The Document Authenticator analyzes file formats directly inside the browser using HTML5 Canvas APIs and byte-level stream dissection. It reads the binary header, structure, and compression tables of uploaded PDFs and images. It looks for layered editing markers, mismatched JPEG quantization signatures, text position shifts, and local compression changes that indicate forged stamps or altered numbers.

Question 5

How does VerifyJob detect employment scams and fraudulent recruiter outreach?

Accepted Answer

VerifyJob analyzes interview requests, offer letters, and recruiter communication patterns against known hiring fraud indicators. It inspects domain registration age, verifies sender MX/SPF/DMARC records, flags suspicious financial advance requests (such as home office equipment checks), and scores linguistic urgency triggers to protect job seekers.

Question 6

How does the Link Verifier and DNS Inspector evaluate domain risks?

Accepted Answer

The Link Verifier runs local heuristics directly within your browser sandbox, decomposing URLs to isolate top-level domains, identifying internationalized homograph punycode attacks, and checking domain age. The DNS Inspector performs live infrastructure queries against authorative name servers to evaluate MX mail servers, SPF rules, and DMARC enforcement policies.

Question 7

How does the Audio & Video Forensic Shield analyze synthetic media on-device?

Accepted Answer

The Audio & Video engine uses the Web Audio API to process speech waves directly on your device. It extracts spectral attributes and checks for abnormal vocoder spikes, missing high-frequency harmonics, and robotic pitch changes. For video assets, the engine analyzes face boundaries and frame-by-frame color space shifts.

Question 8

How do the 12 Free Trial Credits work, and why is email verification required?

Accepted Answer

All new users receive 12 Free Universal Trial Credits valid for 30 days upon registration. Mandatory email verification ensures fair usage, prevents automated bot abuse, and guarantees secure workspace provisioning before trial credits are unlocked across all verification modules.