🔒 Offline-First · Privacy-By-Design · Vanguard v1.2.0
Parse, trace, and evaluate complex webpage source code to identify embedded media endpoints — without telemetry, external tracking, or brittle headless automation. Built for the independent digital forensic consultant.
See It In Action
A living, forensic-grade analysis environment. Paste HTML, review scored candidates, export tamper-evident reports.
Real interface. Offline-first. No cloud dependencies.
Capabilities
Solving a specific infrastructure problem: mapping underlying resource URLs from obfuscated HTML without leaking analysis data to a SaaS provider.
🛡️
The engine processes HTML entirely on your local hardware. No phone-home analytics, no cloud dependencies, no silent metrics. Ideal for airgapped forensic labs.
🧮
Mathematically parses the Abstract Syntax Tree of raw HTML. The same input always yields the exact same confidence-scored output. Verifiable via SHA-256.
📋
Immutable operation logging with timestamps, user attribution, and forensic-grade audit trails. Every action is recorded and exportable.
🔐
Automatically detects and logs authorization boundaries (e.g., Age Gates, Premium Paywalls, Logins) as legal refusals, preserving your operational standing.
📦
Export results as CSV, JSON, or structured HTML/PDF. Every report is cryptographically signed with a hardware-bound session key using HMAC-SHA256.
🖥️
Context isolation, disabled Node integration, sandboxed rendering. Includes an Enterprise Safe-Mode UI toggle for high-stress field operations.
New in Vanguard v1.2
🦀
A native, memory-safe Rust binary operating outside the V8 heap. Safely processes massive 100MB+ minified HTML or HAR logs without crashing.
📂
Exported case artifacts are fully encrypted at rest using AES-256-GCM, tied directly to your specific hardware node fingerprint.
⌨️
A polished Node wrapper (`hypersnatch-cli`) for the Rust core, allowing seamless integration into SOC/SOAR automated pipelines.
Proof of Determinism
Verify HyperSnatch's deterministic behavior yourself. Run the sample payload and check the SHA-256 hash against our published proof.
2
Load the file into HyperSnatch (drag-and-drop or File → Open).
3
Export the analysis manifest as JSON and compute its SHA-256 hash.
4
Compare your hash against the published expected output below.
e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855
Get-FileHash -Algorithm SHA256 .\manifest_output.json | Select-Object Hash
sha256sum manifest_output.json
License Topology
From free community access to zero-friction enterprise deployments. No telemetry. No hidden recurring fees.
Community
$0
Free Forever · Limited Exports
Sovereign Edition
$149
One-time payment · Includes v1.x core updates
🛡️ 14-Day Deterministic Guarantee — Full refund if the engine doesn't meet its promises.
Institutional
$499
One-time volume license · Direct engineering access
Common Questions
Unlike dynamic automation that executes arbitrary scripts, HyperSnatch mathematically parses the Abstract Syntax Tree (AST) of raw HTML. The same input source always yields the exact same confidence-scored output. This is verifiable via SHA-256 hash comparison.
Absolutely not. HyperSnatch operates entirely on publicly accessible, static input data. It is an analysis utility, not a circumvention tool, and cannot decode encrypted DRM streams. The Cash Policy Shield proactively logs access boundaries as refusals.
The analysis engine processes HTML locally — completely offline. The application requires a brief internet connection solely for cryptographic license verification on first launch. All analysis operations remain entirely off-grid.
Security researchers, digital forensics investigators, compliance auditors, and technical journalists who need to analyze digital artifacts offline with verifiable, tamper-evident audit trails — without relying on expensive enterprise tools or cloud SaaS providers.
HyperSnatch analyzes HTML files and HAR (HTTP Archive) logs. Results can be exported as CSV, JSON, plain text, or formatted PDF. Manifest files include SHA-256 hashes and HMAC signatures for data provenance verification.
A one-time $149 payment secures unlimited artifact processing, all export formats, email support with 12-hour response times, and every v1.x feature update. No subscription, no recurring charges, no telemetry. Backed by a 14-day deterministic guarantee.