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What this tool does

Parses OpenPGP armored messages to identify whether they are encrypted, signed, or both, and shows structural headers.

This page focuses on practical, step‑by‑step usage for **PGP Message Decoder**, with clear examples and common pitfalls.

When you should use it

Use it when you receive a PGP block and need to know what it contains before attempting decryption/verification.

How to use

  1. Paste the ASCII-armored PGP block.
  2. The tool identifies message type and packets at a high level.
  3. Use the output to choose decrypt or verify flow.

Quick example

Example: Tell apart a detached signature block from an encrypted message block.

Notes

Actual decryption requires the private key and should be done in a secure environment.

PGP Message Decoder

Comprehensive PGP analysis with key inspection, message decoding, and signature verification

Complete PGP Analysis:

PGP Key Analysis

Analyze public and private PGP keys, extract fingerprints and metadata

Message Decoding

Decode PGP messages, extract packets, and analyze structure

Signature Verification

Verify PGP signatures and check certificate validity

Security Analysis

Check key strength, algorithms, and security configurations

Fingerprint Generation

Generate key fingerprints and key IDs for identification

Packet Inspection

Inspect PGP packet structure and extract detailed information

Validity Periods

Check key creation, expiration, and validity timelines

Format Conversion

Convert between armored and binary PGP formats

PGP Key Analysis

Analyze PGP public or private keys to extract fingerprints, algorithms, and metadata

Supports both armored and binary PGP key formats

PGP Message Analysis

Decode PGP messages, analyze packet structure, and extract content information

Supports encrypted messages, signed messages, and cleartext signatures

PGP Signature Verification

Verify PGP signatures using public keys and check certificate validity

Privacy & Security

No Data Storage

We do NOT store or log any PGP keys or messages. All analysis happens locally in your browser.

Client-Side Processing

All PGP analysis happens in your browser - sensitive data never leaves your computer.

No Tracking

We do not track your analysis requests or collect personal information.

Instant Analysis

Get immediate results without any server processing delays.

PGP Security Best Practices

🔑 Use Strong Keys

Use at least 2048-bit RSA or 256-bit ECC keys with strong passphrases.

⏰ Key Rotation

Regularly rotate your PGP keys and update key revocation certificates.

🛡️ Verify Keys

Always verify key fingerprints through secure channels before use.

PGP Reference Guide

🔑 Key Types: RSA, DSA, ECDSA, EdDSA, ECDH
📧 Message Types: Encrypted, Signed, Cleartext, Compressed
🔐 Algorithms: AES, 3DES, CAST5, Twofish, Camellia
📋 Hash Functions: SHA-1, SHA-256, SHA-512, RIPEMD-160
🆔 Key IDs: 8-character (short) or 16-character (long) identifiers
👤 User IDs: Name, email, and optional comment in key
📦 Packets: Public Key, Secret Key, Signature, Encrypted Data
🛡️ Security: Use strong passphrases and verify fingerprints

FAQ

Is PGP Message Decoder encryption?

No. It is primarily an analysis/encoding utility. If you need confidentiality, use a real encryption scheme and manage keys properly.

What should I do if the input fails to decode/parse?

Start by checking for missing padding, wrong alphabet/variant, or extra whitespace. If the data looks multi-layered, try decoding step-by-step (e.g., URL decode → Base64 decode).

Is it safe to paste sensitive data here?

For best security, avoid pasting real secrets (private keys, live tokens, seed phrases). Use test data or work offline, especially for anything that could grant access or move funds.