{"passwords":["kPy8YcS3sE7rKtzJ"],"length":16,"entropy_bits":93.3}
curl --location --request GET 'https://zylalabs.com/api/13142/strong+password+generator+and+strength+checker+api/26656/generate+password?length=16' --header 'Authorization: Bearer YOUR_API_KEY'
Após se cadastrar, cada desenvolvedor recebe uma chave de acesso à API pessoal, uma combinação única de letras e dígitos para acessar nosso endpoint de API. Para autenticar com a Strong Password Generator and Strength Checker API basta incluir seu token Bearer no cabeçalho Authorization.
| Cabeçalho | Descrição |
|---|---|
Authorization
|
Obrigatório
Deve ser Bearer access_key. Veja "Sua chave de acesso à API" acima quando você estiver inscrito.
|
Sem compromisso de longo prazo. Faça upgrade, downgrade ou cancele a qualquer momento. O teste gratuito inclui até 50 requisições.
(Economize 2 meses com cobrança anual 🎉)
Generate strong, random passwords using a cryptographically secure random source. Control the length and which character sets to include, request several passwords in a single call, and optionally check the strength of an existing password using an entropy based score. Passwords are never stored or logged.
The Generate Password endpoint returns a JSON object containing an array of generated passwords, along with metadata such as the length of the passwords and their entropy score in bits.
The key fields in the response data include "passwords" (an array of generated passwords), "length" (the length of each password), and "entropy_bits" (a measure of password strength based on entropy).
Users can customize their requests by specifying parameters such as "length" (to set password length) and "character sets" (to include specific types of characters like uppercase, lowercase, numbers, and symbols).
The response data is organized in a JSON format, with the main object containing an array of passwords and additional fields for length and entropy, making it easy to parse and utilize in applications.
Typical use cases include generating secure passwords for user accounts, creating temporary passwords for applications, and integrating password strength checks into user registration processes.
Users can utilize the returned passwords directly for secure authentication, while the entropy score can help assess password strength, guiding users to choose more secure options.
Data accuracy is maintained through the use of a cryptographically secure random generator, ensuring that generated passwords are unpredictable and meet security standards.
Generated passwords typically include a mix of character types based on user-defined parameters, resulting in diverse patterns that enhance security, such as combinations of uppercase letters, lowercase letters, numbers, and symbols.