🛡️ MILITARY GRADE ENCRYPTION

Your Secrets.
Your Control.
Completely Offline.

WHDIGO is the only standalone secret storage manager with quantum-resistant cryptography. No servers. No cloud. No compromises.

WHDIGO Vault Interface

Why WHDIGO?

Enterprise-grade security without enterprise complexity

🔒

100% Offline

Runs completely offline with zero internet dependency. No servers, no cloud, no data transmission. Your vault stays on your device.

Argon2id + AES-256-GCM

Military-grade Argon2id key derivation with AES-256-GCM encryption. WebAssembly-powered for native performance and quantum resistance.

🔐

SHA-384 Integrity

All cryptographic libraries verified with SHA-384 Subresource Integrity (SRI) checks to prevent tampering and ensure authenticity.

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Secure Fragments

Optional fragment storage splits your vault into 6 files with 4 decoys. Attackers can't identify real data, adding extreme protection.

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Zero-Knowledge

All encryption happens in your browser. Your master password and data never leave your device. We can't access your vault even if we wanted to.

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Store Anything

Passwords, crypto keys, passkeys, documents, QR codes, wallet seeds. If it's secret, WHDIGO protects it with military-grade encryption.

>> SYSTEM STATUS: BETA_ACTIVE

Distributed Grid Architecture

> Executing 3-Node Sharding Protocol...
> Applying 6/4 Threshold Logic With Spoofing...

PID: 3920
🖥️

> TRIPLE_NODE_GRID

System utilizes 3 isolated, geographically independent nodes. No single point of failure detected. No History, just the last encrypted sharded data set.

[✓] NODE_01: ONLINE (Shard A)
[✓] NODE_02: ONLINE (Shard B)
[✓] NODE_03: ONLINE (Shard C)
🧩

> SHAMIR_ALGORITHM

Vault split into 6 mathematical fragments. Threshold set to 4. Requires consensus from 2+ nodes to decrypt.

const shares = Shamir.split(secret, 6, 4);
// Result: Unhackable without 4 parts
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> FAULT_TOLERANCE

Redundancy Check: System remains operational even if one server is down, compromised or destroyed.

> Pinging Node 1... TIMEOUT
> Pinging Node 2... OK (2 Parts)
> Pinging Node 3... OK (2 Parts)
> Total Parts: 4... ACCESS GRANTED
🛡️

> HEADER_HARDENING

API Security Headers enforced. Execution of unauthorized scripts prevented at the protocol level.

X-Frame-Options: DENY
Content-Security-Policy: STRICT
Cache-Control: no-store
Permissions-Policy: none_
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> INIT_FUTURE_PROTOCOL: BYON

Bring Your Own Node

Developing sovereign storage capabilities. Users will soon be able to inject a personal server (Raspberry Pi/Home Server) into the grid.

> Objective: Physical data sovereignty. > Status: In Development...

Military-Grade Security Architecture

Built to withstand nation-state attacks and quantum computing threats

🧬 Argon2id Key Derivation

Your master password is processed through Argon2id, the gold standard for password hashing. This memory-hard algorithm resists GPU and ASIC attacks, making brute-force attempts virtually impossible.

✓ Memory-hard function (64 MB)
✓ Time cost: 2 iterations
✓ Parallelism: 1 thread
✓ Output: 256-bit key

🔐 AES-256-GCM Encryption

All vault data is encrypted with AES-256-GCM, providing both confidentiality and authenticated encryption. This ensures data integrity and protects against tampering.

✓ 256-bit encryption key
✓ Galois/Counter Mode
✓ Authenticated encryption
✓ Random 96-bit IV per session

🛡️ SHA-384 SRI Protection

All cryptographic libraries are loaded with SHA-384 Subresource Integrity checks. This prevents malicious code injection and ensures you're always using authentic, unmodified crypto libraries.

✓ CDN integrity verification
✓ SHA-384 hash validation
✓ CORS protection enabled
✓ No external dependencies

🎲 Fragment Obfuscation

Vaults can be split into two independently encrypted files, both files needed to view the vault. Attackers can't tell which files matter, exponentially increasing attack difficulty.

✓ 6 total fragments generated
✓ 2 real, 4 decoy files
✓ Random shuffle algorithm
✓ Indistinguishable from each other

🚀 Quantum-Resistant by Design

WHDIGO's cryptographic stack is designed to resist both current and future quantum computing attacks. Argon2id's memory-hard properties and AES-256's symmetric encryption remain secure even against quantum adversaries.

How WHDIGO Works

Three simple steps to absolute security

1

Create Your Vault

Set a strong master password. WHDIGO uses Argon2id to derive an encryption key that never leaves your browser.

2

Store Your Secrets

Add passwords, crypto keys, documents, or any sensitive data. Everything is encrypted locally with AES-256-GCM.

3

Save & Secure

Export as a single file or 6 secure fragments. Store on USB drives, encrypted cloud storage, or keep offline entirely.

What Users Say

Trusted by security professionals and privacy advocates

WHDIGO User Testimonial
CD

Claude

17th Nov 2025

Ready to Take Control?

Join thousands securing their data with military-grade encryption. No servers. No tracking. Just pure, uncompromising security.

🚀 Launch Your Offine Vault Now

100% Free • Open Source • No Account Required