The PDF and ODT files of this guide are cryptographically signed using GPG and Minisign. Their integrity can be verified with the published SHA256 Checksum hashes on this website. SHA256 checksums of all the PDF and ODT files are available here in the sha256sum.txt file. SHA256 checksums, signatures, and VirusTotal (“VT”) checks of the releases files (containing the whole repository) are available within the latest release information at https://github.com/Anon-Planet/thgtoa/releases/latest which will be available as soon as we have a stable release.
The GPG signatures for each PDF and ODT files are available here: - PDF (Light Theme) Main and Mirrors: guide.pdf.asc - ODT Main and Mirrors: guide.odt.asc
The Minisign signatures for each PDF and ODT files are available here: - PDF (Light Theme) Main and Mirrors: guide.pdf.minisig - ODT Main and Mirrors: guide.odt.minisig
First get the hash of your local file by following these steps for your OS:
Windows: - From a command prompt, run
certutil -hashfile filename.txt sha256 - Compare the
obtained hash result of your local file to the online file’s published
hash. They should match.
macOS: - From a terminal, run
shasum -a 256 /full/path/to/your/file - Compare the
obtained hash result of your local file to the online file’s published
hash. They should match.
Linux: - From a terminal, run
sha256sum /full/path/to/your/file - Compare the obtained
hash result of your local file to the online file’s published hash. They
should match.
All commits and releases on this repository are cryptographically signed and verified by each collaborator (check for the “Verified” tags on commits and releases).
To verify files with GPG signatures, you should first install gpg on your system: - Windows: Install gpg4win from https://www.gpg4win.org/download.html - MacOS: Install GPG Tools from https://gpgtools.org/ - Linux: gpg should be installed by default. If not, use your Linux package manager to install it such as apt (debian) or rpm (red hat).
Import the master signing key from a trusted source of the publisher using the following command from a command prompt or terminal:
gpg --auto-key-locate nodefault,wkd --locate-keys 9EA98278639F1CD853E096CBFF94507587A6A9B9
In theory this command should fetch the key from the a default pool server. If this doesn’t work, you can also download/view it directly from here (in our case): https://anonymousplanet.org/pgp/AnonymousPlanet-Master-Signing-Key_9EA98278639F1CD853E096CBFF94507587A6A9B9.asc
As well as the published key on any keyserver below (search for the
fingerprint 9EA98278639F1CD853E096CBFF94507587A6A9B9): - https://pgp.mit.edu - https://keys.openpgp.org
- https://keyserver.ubuntu.com
You should then import it manually by issuing the following command on any OS:
gpg --import 9EA98278639F1CD853E096CBFF94507587A6A9B9.asc
The master signing key allows you to verify all other project-related keys. Once you have the master signing key and are confident it’s the correct key (nobody has tampered with it), mark the key as trusted by locally signing it:
gpg --lsign-key 9EA98278639F1CD853E096CBFF94507587A6A9B9
Alternatively, if you use Kleopatra, it will ask you to certify the key. Certify the key to mark it as trusted.
Once you have the master key downloaded, imported, and certified, you will obtain a copy of the release key.
gpg --auto-key-locate nodefault,wkd --locate-keys 83A6CF9EF57AC25B5C7F5D29285E6048A12321B2
(to import the release signing key)
https://anonymousplanet.org/pgp/AnonymousPlanet-Release-Signing-Key_83A6CF9EF57AC25B5C7F5D29285E6048A12321B2.asc (to download the key yourself)
If you use GPG directly, you won’t need to mark the release signing key as trusted, because it’s already signed by the master signing key. If you use Kleopatra, the process to import the release signing key is the same as importing the master signing key.
Finally, verify the asc signature file (links above) against the PDF file by issuing the following example command:
gpg --verify guide.pdf.asc guide.pdf
This should output a result showing it matches a signature created by the release signing key, and is therefore a good result.
To verify the files with Minisign:
minisign -Vm guide.pdf -p minisign.pub.Signature and comment signature verified.Note: we do not endorse VirusTotal. It should be used with extreme caution, never with any sensitive files, due to their privacy policies. Do not upload sensitive files to VirusTotal.
The PDF and ODT files of this guide have been automatically scanned by VT, see the links below for an example but do not trust these hashes blindly. Check the hashes match and re-upload to VT if needed: - PDF file: [VT Scan] - ODT file: [VT Scan]
For additional safety, you can always double check the PDF files using the PDFID tool which you can download at https://blog.didierstevens.com/programs/pdf-tools/. (You might be wondering: “Why should I trust a random python script?” Well, it is open-source and well-known. It is also probably a safer bet than trusting a random PDF).
Here are the steps:
python pdfid.py file-to-check.pdf
And you should see the following entries at 0 for safety, this 0 means there is no Javascript or any action that could possibly execute malicious macros, scripts, etc. Normally this won’t be necessary as most modern PDF readers won’t execute those scripts anyway.
/JS 0 #This indicates the presence of Javascript which could be malicious
/JavaScript 0 #This indicates the presence of Javascript which could be malicious
/AA 0 #This indicates the presence of automatic action on opening
/OpenAction 0 #This indicates the presence of automatic action on opening
/AcroForm 0 #This indicates the presence of AcroForm which could contain malicious JavaScript
/JBIG2Decode 0 #This indicates the PDF uses JBIG2 compression which could be used for obfuscating malicious content
/RichMedia 0 #This indicates the presence rich media within the PDF such as Flash
/Launch 0 #This counts the launch actions
/EmbeddedFile 0 #This indicates there are embedded files within the PDF
/XFA 0 #This indicates the presence of XML Forms within the PDF