Privacy-first DFIR & OSINT utilities by Pranith Jain — Security Analyst: Threat Intel & Security Automation. Every tool runs entirely in your browser; sensitive data never leaves your device.
Client-side processing by default — no accidental uploads, no tracking, no accounts.
Predictable, inspectable tool behaviour built on standard Web APIs.
Ready-to-use in the browser. Nothing to install, no keys to provision.
Outputs are easy to copy, export (CSV/JSON) and link onward for investigation.
A collection of browser-based utilities for incident-response triage: IOC extraction, timestamp conversion, hashing, email-header analysis, log and PCAP triage, Windows artifact parsing (EVTX, registry hives, prefetch, PE), SQLite/iOS artifact inspection and more. Built for SOC analysts, DFIR responders, blue-teamers and students who need fast, trustworthy tools without setup overhead — and without shipping enterprise data to a third party.
Lightweight reconnaissance and collection tools: dork building, brand-impersonation discovery, username mapping, DNS/CT lookups, email OSINT, EXIF/metadata extraction, image fingerprinting, screenshot intelligence, archive/redirect analysis and reverse-image pivots. Designed for investigators, journalists and analysts who need quick, reliable utilities that keep public-record data under the operator's control.
Many online security tools require uploads or proxy your input through external services — an unnecessary exposure when you're handling logs, hashes, headers or reconnaissance data that can contain confidential infrastructure detail or PII. These tools take the opposite stance: modern browser APIs do the work locally, so capability doesn't cost you confidentiality.
Disclaimer
This platform aggregates data from the following sources for reference and decision-support purposes only. Source reliability varies — always validate indicators in your own environment before taking action. The platform does not verify, endorse, or guarantee the accuracy of third-party data.
Backend data sources (32)
Reliability graded per NATO Admiralty Code (A=best, F=unassessed). Risk level indicates how much corroboration is recommended before acting on data from each source.
Open source tools & libraries