Maximum Security: Client-Side Encryption

Expose the Truth Securely

Share whistleblower information with zero server-side storage and client-side encryption.

Submit Information Browse Submissions

Client-Side Encryption

All submissions are encrypted in your browser before transmission. Your sensitive information never leaves your device in an unencrypted form.

Zero Server Storage

We use decentralized storage technology (IPFS) to ensure your submissions are not stored on any central server that could be compromised.

Anonymous Submission

All identifying metadata is stripped from your submission. Optional Tor integration provides network-level anonymity.

Submit Information

Use this form to securely submit whistleblower information. All data is encrypted in your browser before transmission.

Files will be encrypted before upload
🔒 Your submission will be encrypted using PGP encryption

Browse Submissions

View securely submitted whistleblower information. All content is decrypted in your browser.

Example: Government Surveillance Program Exposed

Submitted anonymously • Verified • IPFS: Qm...
government surveillance privacy

This is an example of how a decrypted submission would appear. Real submissions would be decrypted client-side using the platform's private key.

🔒 This content was decrypted in your browser

About This Platform

DoItForDeepState is a secure whistleblower platform designed with maximum security in mind:

How It Works

1. Client-Side Encryption: All submissions are encrypted in your browser using PGP encryption.
2. Decentralized Storage: Encrypted content is stored on IPFS, a distributed file system.
3. Zero Server Knowledge: The server never sees or stores unencrypted content.
4. Public Verification: Submissions can be cryptographically verified without compromising security.

Security Features

  • End-to-end encryption using OpenPGP
  • Metadata stripping to remove identifying information
  • Decentralized storage with IPFS
  • Optional Tor integration for network anonymity
  • Cryptographic verification of submission authenticity