Assemble unified .ovpn configuration profiles with embedded CA, client certs, and TLS auth keys for mobile and desktop.
Controls the profile file identifier setting for OpenVPN Client Profile & Inline Cert Builder in real time.
Controls the remote server hostname or ip * setting for OpenVPN Client Profile & Inline Cert Builder in real time.
Controls the port setting for OpenVPN Client Profile & Inline Cert Builder in real time.
Controls the protocol setting for OpenVPN Client Profile & Inline Cert Builder in real time.
Controls the virtual device setting for OpenVPN Client Profile & Inline Cert Builder in real time.
Traditional OpenVPN installations relied on separate disk files ( ca.crt , client.crt , client.key ). Mobile operating systems (iOS and Android sandboxed apps) cannot access disparate file paths. Inline XML-like tags ( , ) bundle all cryptographic primitives into a single zero-dependency file.
Legacy tls-auth signs control channel packets using an HMAC signature to mitigate DoS attacks. Modern tls-crypt goes further: it symmetrically encrypts the entire initial TLS handshake, hiding certificate Common Names, client identities, and protocol fingerprints from active network monitors and firewalls.
redirect-gateway def1 modifies the operating system default route with two /1 masks ( 0.0.0.0/1 and 128.0.0.0/1 ), cleanly overriding default gateway routing without deleting original routes. In contrast, split tunnels only push explicit private IP subnets ( 10.0.0.0/8 ).
Verify that your profile file identifier matches the expected string format. Load a built-in sample preset to compare structural formatting.
Check the remote server hostname or ip * setting in OpenVPN Client Profile & Inline Cert Builder to ensure encoding, precision, or specification version matches your target runtime.
Audit website HTTP response headers for missing Content-Security-Policy, Strict-Transport-Security, and X-Frame-Options.
Convert JSON Web Keys (JWKS / JWK) to standard PKCS#8 PEM public and private keys for JWT verification.
Décodez vos tokens JWT, inspectez les claims de header et payload, calculez l'expiration et vérifiez l'intégrité localement.
Générez des mots de passe robustes à haute entropie, des passphrases mémorisables (Diceware), des codes PIN et des jetons d'API avec l'API Web Crypto CSPRNG conforme à la norme NIST SP 800-63B.
Calculez instantanément les empreintes SHA-256, SHA-512, MD5, SHA-1, SHA-3, Keccak et CRC32 localement dans votre navigateur avec l'API Web Crypto 100% sécurisée.
Decode, verify, and inspect JWT headers, payloads, and claims with local secret or public key without sending data to servers.