How does Ghostcode S10 encryption work?
The Ghostcode S10 is an external encryption device that acts autonomously, protecting messages outside the cell phone or computer, with maximum physical and logical security.
1. Secure boot
The device requires a master password to unlock. If a hacker attempts to access the device, the cryptographic keys are automatically erased.
2. Message Entry
The message is typed on the Ghostcode S10, encrypted, and transmitted via USB to the phone or computer.
3. Encryption with AES-256 + RSA
Ghostcode S10 generates an AES-256 session key, encrypts the contents, and then protects that key with RSA-4096 using the recipient's public key. The result is a fully protected packet.
4. Exporting encrypted content
The encrypted content is returned to the application, which can transmit it through any channel (email, app, QR code) without risk of exposure.
5. Authorized decryption
Only the recipient's device—which contains the corresponding RSA private key—can decrypt the AES key and open the message.
Without Ghostcode S10, the content is inaccessible.
Total privacy, zero dependency
No internet, Wi-Fi or Bluetooth: no remote spying channels.
Regardless of Android, iOS or vulnerable systems.
Nothing is recorded on the phone: all processing takes place within the secure hardware.
Result: your message never travels in readable form through any system. Only the legitimate recipient can access it — and only with the Ghostcode S10 device.
Hybrid encryption with AES-256 + RSA encapsulation
Each message is protected by a hybrid process:
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A unique AES-256 session key is generated to encrypt the message contents.
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This AES key is then encrypted with the recipient's RSA public key.
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Only the recipient's Ghostcode S10 device, which contains the unalterable RSA private key, can decrypt the AES key and access the message.
This model guarantees true end-to-end encryption, with confidentiality even in potentially insecure environments.
Message encoding
Each message is encoded through a two-step process:
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Content is encrypted with a unique AES-256 session key.
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This key is then protected with the recipient's RSA public key.
The result is an encrypted packet that can only be read by the recipient's Ghostcode S10 device, with the correct private key.
Random selection of encryption algorithm
The Ghostcode S10 system uses a single reliable encryption algorithm: AES-256, applied through a hybrid process:
Message decoding
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Each message is encrypted with a unique AES-256 session key.
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This key is then encrypted with the recipient's RSA public key.
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Only the Ghostcode S10 device that has the corresponding RSA private key can restore the AES key and, with it, decrypt the message.
Marketing Ético Ghostcode S10
Acreditamos que a privacidade é um direito, não um privilégio.
Nosso dispositivo foi criado para proteger aqueles que legitimamente exigem confidencialidade: jornalistas, diplomatas, ativistas, pesquisadores, executivos, defensores dos direitos humanos, desenvolvedores e cidadãos sob vigilância injusta.
Rejeitamos categoricamente o uso do Ghostcode S10 para atividades ilegais, violentas ou que violem os direitos humanos.
É por isso que implementamos políticas de controle proativas, rastreabilidade ética e práticas de vendas responsáveis.
Usar o Ghostcod S10 não significa desaparecer; significa existir com segurança.
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Enhanced security
Ghostcode S10's security is based on a solid cryptographic model:
Each message is encrypted with AES-256 and protected with RSA-4096.
Private keys never leave the device and cannot be accessed or copied.
Thanks to hybrid encryption and isolated physical execution, any unauthorized interception or decryption attempts are virtually impossible.
Resistance to attacks
Even if an attacker intercepts multiple encrypted messages, each uses a unique AES-256 key, making it impossible to correlate contents.
The RSA private key remains inaccessible and isolated in hardware, which prevents the application of any conventional cryptanalysis technique, even in long-term attacks.
No dependence on external connections
Operating autonomously, without the need for internet connectivity, the Ghostcode S10 eliminates common attack vectors associated with connected devices.
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