To decrypt an HTTP Custom file (commonly with a extension), you generally need a specialized decryption tool or a modified version of the app, as these files are encrypted by the creators to protect SSH account details and payloads. Methods for Decrypting .hc Files 1. Use an Automated Decryption Tool
node HCDecryptor.js /path/to/your/file.hc
Decrypting an HTTP Custom file link (usually ending in .hc or .hc2) is a common goal for users looking to understand the server settings, SNI host, or proxy details within a configuration. These files are typically encrypted to protect the creator's private servers and prevent "payload leaking."
decoded = base64.b64decode(encoded).decode("utf-8") print(decoded) how to decrypt http custom file link
Searching the internet for "HTTP Custom decrypters" will lead to various third-party websites, Telegram bots, and modified APKs. Using these tools carries significant security risks.
The first step is to analyze the URL and identify the type of encryption or security measure used. This can be done by examining the URL's structure, query parameters, and headers.
If the configuration uses standard proxy protocols without strict SSL pinning inside the tunnel, researchers route the device's traffic through a local interception proxy. To decrypt an HTTP Custom file (commonly with
openssl enc -d -aes-256-gcm -iv $(cat iv.bin) -K $(xxd -p < aes.key) -in encrypted.bin -out payload.txt
: Advanced users may use tools like Wireshark to capture and decrypt traffic while the HTTP Custom app is establishing a connection, though this requires setting up a TLS key log file to see the encrypted data in plaintext. Steps Using a Python Decryptor
git clone https://github.com/HCTools/hcdecryptor.git cd hcdecryptor pip3 install -r requirements.txt These files are typically encrypted to protect the
On Linux/macOS. For Windows, use:
Encryption in .hc files serves as a barrier to protect the integrity and confidentiality of the data inside. When a file is "locked," the application uses an encryption algorithm—often involving a user-defined password or a hardcoded system key—to transform the plain-text JSON data into ciphertext. Security Mechanisms